{"text_format":"1","workbook":"xlsx","n_sheets":8,"sheets":["About","Battery Design","Battery Recycling","Inventory Tables","RecyclingProcessData","Chem","Lists","Refs"],"not_rendered":{"charts":11,"images":3,"macros":1,"external_links":0,"defined_names":24,"comments":4,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"About","index":0,"n_rows":28,"n_cols":2,"rows_kept":28,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"SUPPLEMENTARY INFORMATION"]
[]
[null,"On the environmental competitiveness of Sodium-Ion batteries under a full life cycle perspective – A cell-chemistry specific modelling approach"]
[null,"Jens F. Petersa,b*, Manuel Baumannc, Joachim Binderd, Marcel Weilc,e"]
[]
[null,"aUniversity of Alcalá (UAH), Department of Economics, Alcalá de Henares, Madrid, Spain"]
[null,"bIMDEA Energy, Systems Analysis Unit, Móstoles, Madrid, Spain"]
[null,"cInstitute for Technology Assessment and System Analysis (ITAS), Karlsruhe Institute of Technology (KIT), Germany. "]
[null,"dInstitute for Applied Materials (IAM-ESS), Karlsruhe Institute of Technology (KIT), Germany. "]
[null,"eHelmholtz Institute Ulm for Electrochemical Energy Storage (HIU), Ulm, Germany"]
[]
[]
[]
[null,"This spreadsheet calculator is a modification of the BatPac Software Tool developed and provided by Argonne National Laboratories under the below stated open source license."]
[]
[null,"Use and further development of the calculation tool is permitted under proper citation of the underlying publications"]
[]
[]
[]
[]
["Paul Nelson, Shabbir Ahmed, Kevin Gallagher, Dennis Dees, Joseph Kubal, Juhyun Song, David Robertson"]
["Chemical Sciences and Engineering Division"]
["Argonne National laboratory"]
["9700 S. Cass Avenue, Argonne IL 60439"]
["https://www.anl.gov/tcp/batpac-battery-manufacturing-cost-estimation"]
["https://www.anl.gov/cse/batpac-model-software"]

{"sheet":"Battery Design","index":1,"n_rows":118,"n_cols":66,"rows_kept":118,"cut":false,"hidden":false,"merged":[[133,1,133,5],[122,1,122,5],[123,1,123,5],[124,1,124,5],[125,1,125,5],[126,1,126,5],[128,1,128,5],[129,1,129,5],[127,1,127,5],[130,1,130,5],[131,1,131,5],[132,1,132,5],[138,1,138,5],[134,1,134,5],[135,1,135,5],[136,1,136,5],[137,1,137,5],[0,1,0,24],[121,26,121,30],[121,32,121,36],[121,38,121,42],[120,1,120,5],[121,1,121,5],[119,1,119,5],[29,27,29,29],[0,25,0,48],[4,64,4,65],[4,52,4,53],[4,54,4,55],[4,56,4,57],[4,58,4,59],[4,62,4,63],[4,60,4,61]]}
[null,"Program for Calculating Performance and Materials Requirements / Battery Design"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"(table for publication)"]
[null,"Generic parameters:","C-rate (charge):",null,2,null,"Charging time:",null,{"$f":"60/E3","v":30},"min","(applies to all battery cells equally)",null,null,null,{"$f":"1","v":1},"Restart calc.(0/1)",null,1,"OR","CTRL+ SHIFT + R if Macro Enabled to Reconverge Calculation"]
[null,"Cell layout",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Mass balance",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Mass balance"]
[null,"Positive Electrode",null,null,null,null,{"$f":"Chem!C5","v":"NaFCN-HC"},null,null,{"$f":"Chem!D5","v":"NaNMMT-HC"},null,null,{"$f":"Chem!E5","v":"NaMMO-HC"},null,null,{"$f":"Chem!F5","v":"NaMVP-HC"},null,null,{"$f":"Chem!G5","v":"NaNMC-HC"},null,null,{"$f":"Chem!H5","v":"NMC622-G"},null,null,{"$f":"Chem!I5","v":"LFP-G"},null,null,null,{"$f":"G5","v":"NaFCN-HC"},null,null,{"$f":"J5","v":"NaNMMT-HC"},null,null,{"$f":"M5","v":"NaMMO-HC"},null,null,{"$f":"P5","v":"NaMVP-HC"},null,null,{"$f":"S5","v":"NaNMC-HC"},null,null,{"$f":"V5","v":"NMC622-G"},null,null,{"$f":"Y5","v":"LFP-G"},null,null,null,null,"Composition","NMMT",null,{"$f":"AI5","v":"NaMMO-HC"},null,{"$f":"AL5","v":"NaMVP-HC"},null,"NNMC",null,{"$f":"AC5","v":"NaFCN-HC"},null,{"$f":"AU5","v":"LFP-G"},null,{"$f":"AR5","v":"NMC622-G"}]
[null,"Parameters for Finished Cell",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Anode",null,{"$f":"SUM(AC7:AC9)","v":287.01978770866026},{"$f":"AC6/AC$20","v":0.22344731315004457},null,{"$f":"SUM(AF7:AF9)","v":289.57889243165283},{"$f":"AF6/AF$20","v":0.31419936625592138},null,{"$f":"SUM(AI7:AI9)","v":330.27106009228339},{"$f":"AI6/AI$20","v":0.327745986408021},null,{"$f":"SUM(AL7:AL9)","v":239.16978600979508},{"$f":"AL6/AL$20","v":0.23010370090390098},null,{"$f":"SUM(AO7:AO9)","v":330.06830313968408},{"$f":"AO6/AO$20","v":0.28418522646301642},null,{"$f":"SUM(AR7:AR9)","v":139.08552293174955},{"$f":"AR6/AR$20","v":0.23883166769641342},null,{"$f":"SUM(AU7:AU9)","v":157.63516532027549},{"$f":"AU6/AU$20","v":0.19696593562077003},null,null,null,null,"mass (g)","mass share",{"$f":"BA6","v":"mass (g)"},{"$f":"BB6","v":"mass share"},"mass (g)","mass share","mass (g)",{"$f":"BF6","v":"mass share"},{"$f":"BM6","v":"mass (g)"},{"$f":"BN6","v":"mass share"},{"$f":"BG6","v":"mass (g)"},{"$f":"BH6","v":"mass share"},{"$f":"BK6","v":"mass (g)"},{"$f":"BL6","v":"mass share"}]
[null,"Positive Electrode, g",null,null,"Weight %","Density","value","Weight %","Density","value","Weight %","Density","value","Weight %","Density","value",null,null,"value",null,null,"value",null,null,"value",null,null,"Active material",{"$f":"G14","v":266.92840256905407},0.20780600122954149,null,{"$f":"J14","v":269.30836996143711},0.29220541061800681,null,{"$f":"M14","v":307.15208588582357},0.30480376735945958,null,{"$f":"P14","v":222.42790098910942},0.21399644184062791,null,{"$f":"S14","v":306.96352191990616},0.26429226061060523,null,{"$f":"V14","v":136.30381247311456},0.23405503434248517,null,{"$f":"Y14","v":154.48246201386999},0.19302661690835463,null,null,null,"Anode"]
[null,"Positive active material, g/cell",null,null,{"$f":"Chem!C10","v":96},{"$f":"Chem!C16","v":1.83},{"$f":"G63/G40*1000","v":416.66666666666669},{"$f":"Chem!D10","v":96},{"$f":"Chem!D16","v":4.6500000000000004},{"$f":"J63/J40*1000","v":333.33333333333331},{"$f":"Chem!E10","v":96},{"$f":"Chem!E16","v":4.6160704761227462},{"$f":"M63/M40*1000","v":336.1344537815126},{"$f":"Chem!F10","v":96},{"$f":"Chem!F16","v":3.45},{"$f":"P63/P40*1000","v":423.95336512983573},{"$f":"Chem!G10","v":96},{"$f":"Chem!G16","v":5.4852227215321498},{"$f":"S63/S40*1000","v":476.1904761904762},{"$f":"Chem!H10","v":96},{"$f":"Chem!H16","v":4.6500000000000004},{"$f":"V63/V40*1000","v":237.03703703703701},{"$f":"Chem!I10","v":96},{"$f":"Chem!I16","v":3.45},{"$f":"Y63/Y40*1000","v":325.005078204347},null,null,"Conducting carbon",{"$f":"G15","v":8.6105936312598104},6.7034193945013391E-3,null,{"$f":"J15","v":8.687366772949586},9.4259809876776415E-3,null,{"$f":"M15","v":9.9081318027685015},9.8323795922406303E-3,null,{"$f":"P15","v":7.1750935802938525},6.9031110271170299E-3,null,{"$f":"S15","v":9.9020490941905219},8.5255567938904916E-3,null,{"$f":"V15","v":0},0,null,{"$f":"Y15","v":0},0,null,null,null,"Active material",{"$f":"AF7","v":269.30836996143711},0.29220541061800681,{"$f":"AI7","v":307.15208588582357},0.30480376735945958,{"$f":"AL7","v":222.42790098910942},0.21399644184062791,{"$f":"AO7","v":306.96352191990616},0.26429226061060523,{"$f":"AC7","v":266.92840256905407},0.20780600122954149,{"$f":"AU7","v":154.48246201386999},0.19302661690835463,{"$f":"AR7","v":136.30381247311456},0.23405503434248517]
[null,"Carbon additive for positive electrode, g/cell",null,null,{"$f":"Chem!C11","v":2},{"$f":"Chem!C17","v":1.825},{"$f":"G$12*$E9/100","v":8.6805555555555554},{"$f":"Chem!D11","v":2},{"$f":"Chem!D17","v":1.825},{"$f":"J$12*H9/100","v":6.9444444444444438},{"$f":"Chem!E11","v":2},{"$f":"Chem!E17","v":1.825},{"$f":"M$12*K9/100","v":7.0028011204481793},{"$f":"Chem!F11","v":2},{"$f":"Chem!F17","v":1.825},{"$f":"P$12*N9/100","v":8.8323617735382438},{"$f":"Chem!G11","v":2},{"$f":"Chem!G17","v":1.825},{"$f":"S$12*Q9/100","v":9.9206349206349209},{"$f":"Chem!H11","v":2},{"$f":"Chem!H17","v":1.825},{"$f":"V$12*T9/100","v":4.9382716049382713},{"$f":"Chem!I11","v":2},{"$f":"Chem!I17","v":1.825},{"$f":"Y$12*W9/100","v":6.7709391292572283},null,null,"Binder",{"$f":"G16","v":11.480791508346412},8.9378925260017849E-3,null,{"$f":"J16","v":11.583155697266113},1.2567974650236853E-2,null,{"$f":"M16","v":13.210842403691336},1.310983945632084E-2,null,{"$f":"P16","v":9.5667914403918033},9.2041480361560405E-3,null,{"$f":"S16","v":13.202732125587364},1.1367409058520657E-2,null,{"$f":"V16","v":2.7817104586349912},4.7766333539282693E-3,null,{"$f":"Y16","v":3.1527033064055106},3.9393187124154017E-3,null,null,null,"Cond. carbon",8.687366772949586,9.4259809876776415E-3,9.9081318027685015,9.8323795922406303E-3,7.1750935802938525,6.9031110271170299E-3,9.9020490941905219,8.5255567938904916E-3,8.6105936312598104,6.7034193945013391E-3,0,0,0,0]
[null,"Positive electrode binder, g/cell",null,null,{"$f":"Chem!C12","v":2},{"$f":"Chem!C18","v":1.77},{"$f":"G$12*$E10/100","v":8.6805555555555554},{"$f":"Chem!D12","v":2},{"$f":"Chem!D18","v":1.77},{"$f":"J$12*H10/100","v":6.9444444444444438},{"$f":"Chem!E12","v":4},{"$f":"Chem!E18","v":1.1000000000000001},{"$f":"M$12*K10/100","v":14.005602240896359},{"$f":"Chem!F12","v":2},{"$f":"Chem!F18","v":1.77},{"$f":"P$12*N10/100","v":8.8323617735382438},{"$f":"Chem!G12","v":2},{"$f":"Chem!G18","v":1.77},{"$f":"S$12*Q10/100","v":9.9206349206349209},{"$f":"Chem!H12","v":2},{"$f":"Chem!H18","v":1.77},{"$f":"V$12*T10/100","v":4.9382716049382713},{"$f":"Chem!I12","v":2},{"$f":"Chem!I18","v":1.77},{"$f":"Y$12*W10/100","v":6.7709391292572283},null,null,"Foil",{"$f":"G21*E21*F21","v":70.181153895555639},5.4636617206509502E-2,null,{"$f":"J21*H21*I21","v":24.698953859570473},2.6798899549258116E-2,null,{"$f":"M21*K21*L21","v":27.574482579131718},2.7363663016865918E-2,null,{"$f":"P21*N21*O21","v":40.388761082785585},3.885776525171869E-2,null,{"$f":"S21*Q21*R21","v":30.056260348529801},2.5878113931356691E-2,null,{"$f":"V21*T21*U21","v":40.342326871272995},6.9274105617361414E-2,null,{"$f":"Y21*W21*X21","v":73.184556422021572},9.1444473061369838E-2,null,null,null,"Binder",11.583155697266113,1.2567974650236853E-2,13.210842403691336,1.310983945632084E-2,9.5667914403918033,9.2041480361560405E-3,13.202732125587364,1.1367409058520657E-2,11.480791508346412,8.9378925260017849E-3,3.1527033064055106,3.9393187124154017E-3,2.7817104586349912,4.7766333539282693E-3]
[null,"Positive electrode void fraction, %",null,null,"Vol. %",{"$f":"Chem!C14","v":35},null,"Vol. %",{"$f":"Chem!D14","v":35},null,"Vol. %",{"$f":"Chem!E14","v":35},null,"Vol. %",{"$f":"Chem!F14","v":35},null,"Vol. %",{"$f":"Chem!G14","v":35},null,"Vol. %",{"$f":"Chem!H14","v":35},null,"Vol. %",{"$f":"Chem!I14","v":35},null,null,"Cathode",null,{"$f":"SUM(AC12:AC14)","v":434.02777777777777},0.3378942669812407,null,{"$f":"SUM(AF12:AF14)","v":347.22222222222223},0.37674362677502221,null,{"$f":"SUM(AI12:AI14)","v":357.14285714285711},0.35441233624937729,null,{"$f":"SUM(AL12:AL14)","v":441.61808867691224},0.42487790069981046,null,{"$f":"SUM(AO12:AO14)","v":496.03174603174608},0.42707794943648747,null,{"$f":"SUM(AR12:AR14)","v":246.91358024691357},0.42398936211499189,null,{"$f":"SUM(AU12:AU14)","v":338.54695646286143},0.42301613282664369,null,null,null,"Foil",24.698953859570473,2.6798899549258116E-2,27.574482579131718,2.7363663016865918E-2,40.388761082785585,3.885776525171869E-2,30.056260348529801,2.5878113931356691E-2,70.181153895555639,5.4636617206509502E-2,73.184556422021572,9.1444473061369838E-2,40.342326871272995,6.9274105617361414E-2]
[null,"Total positive electrode coating, g/cell",null,null,{"$f":"SUM(E8:E11)","v":100},{"$f":"(100-F11)/(E8/F8+E9/F9+E10/F10)","v":1.1886290194600846},{"$f":"G8/$E8*100","v":434.02777777777777},null,{"$f":"(100-I11)/(H8/I8+H9/I9+H10/I10)","v":2.8420276170723722},{"$f":"J8/H8*100","v":347.22222222222217},null,{"$f":"(100-L11)/(K8/L8+K9/L9+K10/L10)","v":2.5461077032572583},{"$f":"M8/K8*100","v":350.14005602240894},null,{"$f":"(100-O11)/(N8/O8+N9/O9+N10/O10)","v":2.162923304653944},{"$f":"P8/N8*100","v":441.61808867691218},null,{"$f":"(100-R11)/(Q8/R8+Q9/R9+Q10/R10)","v":3.2949092514379705},{"$f":"S8/Q8*100","v":496.03174603174602},null,{"$f":"(100-U11)/(T8/U8+T9/U9+T10/U10)","v":2.8420276170723722},{"$f":"V8/T8*100","v":246.91358024691357},null,{"$f":"(100-X11)/(W8/X8+W9/X9+W10/X10)","v":2.162923304653944},{"$f":"Y8/W8*100","v":338.54695646286143},null,null,"Active material",{"$f":"G8","v":416.66666666666669},0.32437849630199106,null,{"$f":"J8","v":333.33333333333331},0.36167388170402126,null,{"$f":"M8","v":336.1344537815126},0.33356455176411987,null,{"$f":"P8","v":423.95336512983573},0.40788278467181804,null,{"$f":"S8","v":476.1904761904762},0.40999483145902793,null,{"$f":"V8","v":237.03703703703701},0.40702978763039221,null,{"$f":"Y8","v":325.005078204347},0.40609548751357799,null,null,null,"Cathode"]
[null,"Negative Electrode",null,null,"Weight %","Density",null,"Weight %","Density",null,"Weight %","Density",null,"Weight %","Density",null,"Weight %","Density",null,"Weight %","Density",null,"Weight %","Density",null,null,null,"Conducting carbon",{"$f":"G9","v":8.6805555555555554},6.7578853396248134E-3,null,{"$f":"J9","v":6.9444444444444438},7.5348725355004432E-3,null,{"$f":"M9","v":7.0028011204481793},6.94926149508583E-3,null,{"$f":"P9","v":8.8323617735382438},8.4975580139962092E-3,null,{"$f":"S9","v":9.9206349206349209},8.5415589887297486E-3,null,{"$f":"V9","v":4.9382716049382713},8.479787242299839E-3,null,{"$f":"Y9","v":6.7709391292572283},8.4603226565328742E-3,null,null,null,"Active material",{"$f":"AF12","v":333.33333333333331},0.36167388170402126,{"$f":"AI12","v":336.1344537815126},0.33356455176411987,{"$f":"AL12","v":423.95336512983573},0.40788278467181804,{"$f":"AO12","v":476.1904761904762},0.40999483145902793,{"$f":"AC12","v":416.66666666666669},0.32437849630199106,{"$f":"AU12","v":325.005078204347},0.40609548751357799,{"$f":"AR12","v":237.03703703703701},0.40702978763039221]
[null,"Negative active material per cell, g",null,null,{"$f":"Chem!C33","v":93},{"$f":"Chem!C39","v":2.2400000000000002},{"$f":"G63/G42*1000*G44*(1+G49/100)","v":266.92840256905407},{"$f":"Chem!D33","v":93},{"$f":"Chem!D39","v":2.2400000000000002},{"$f":"J63/J42*1000*J44*(1+J49/100)","v":269.30836996143711},{"$f":"Chem!E33","v":93},{"$f":"Chem!E39","v":2.2400000000000002},{"$f":"M63/M42*1000*M44*(1+M49/100)","v":307.15208588582357},{"$f":"Chem!F33","v":93},{"$f":"Chem!F39","v":2.2400000000000002},{"$f":"P63/P42*1000*P44*(1+P49/100)","v":222.42790098910942},{"$f":"Chem!G33","v":93},{"$f":"Chem!G39","v":2.2400000000000002},{"$f":"S63/S42*1000*S44*(1+S49/100)","v":306.96352191990616},{"$f":"Chem!H33","v":98},{"$f":"Chem!H39","v":2.2400000000000002},{"$f":"V63/V42*1000*V44*(1+V49/100)","v":136.30381247311456},{"$f":"Chem!I33","v":98},{"$f":"Chem!I39","v":2.2400000000000002},{"$f":"Y63/Y42*1000*Y44*(1+Y49/100)","v":154.48246201386999},null,null,"Binder",{"$f":"G10","v":8.6805555555555554},6.7578853396248134E-3,null,{"$f":"J10","v":6.9444444444444438},7.5348725355004432E-3,null,{"$f":"M10","v":14.005602240896359},1.389852299017166E-2,null,{"$f":"P10","v":8.8323617735382438},8.4975580139962092E-3,null,{"$f":"S10","v":9.9206349206349209},8.5415589887297486E-3,null,{"$f":"V10","v":4.9382716049382713},8.479787242299839E-3,null,{"$f":"Y10","v":6.7709391292572283},8.4603226565328742E-3,null,null,null,"Cond. carbon",6.9444444444444438,7.5348725355004432E-3,7.0028011204481793,6.94926149508583E-3,8.8323617735382438,8.4975580139962092E-3,9.9206349206349209,8.5415589887297486E-3,8.6805555555555554,6.7578853396248134E-3,6.7709391292572283,8.4603226565328742E-3,4.9382716049382713,8.479787242299839E-3]
[null,"Carbon additive for negative electrode, g/cell",null,null,{"$f":"Chem!C34","v":3},{"$f":"Chem!C40","v":1.95},{"$f":"G$18*$E15/100","v":8.6105936312598104},{"$f":"Chem!D34","v":3},{"$f":"Chem!D40","v":1.95},{"$f":"J$18*H15/100","v":8.687366772949586},{"$f":"Chem!E34","v":3},{"$f":"Chem!E40","v":1.95},{"$f":"M$18*K15/100","v":9.9081318027685015},{"$f":"Chem!F34","v":3},{"$f":"Chem!F40","v":1.95},{"$f":"P$18*N15/100","v":7.1750935802938525},{"$f":"Chem!G34","v":3},{"$f":"Chem!G40","v":1.95},{"$f":"S$18*Q15/100","v":9.9020490941905219},{"$f":"Chem!H34","v":0},{"$f":"Chem!H40","v":1.95},{"$f":"V$18*T15/100","v":0},{"$f":"Chem!I34","v":0},{"$f":"Chem!I40","v":1.95},{"$f":"Y$18*W15/100","v":0},null,null,"Foil",{"$f":"G20*E20*F20","v":66.986756886676417},5.2149752330513138E-2,null,{"$f":"J20*H20*I20","v":23.065118205370538},2.5026152499895357E-2,null,{"$f":"M20*K20*L20","v":25.79265675897889},2.5595460072078403E-2,null,{"$f":"P20*N20*O20","v":38.202239122122016},3.6754126645646035E-2,null,{"$f":"S20*Q20*R20","v":28.179926592924506},2.4262610933387108E-2,null,{"$f":"V20*T20*U20","v":16.976671750878531},2.9151609317286897E-2,null,{"$f":"Y20*W20*X20","v":31.211275251090441},3.8998646141285176E-2,null,null,null,"Binder",6.9444444444444438,7.5348725355004432E-3,14.005602240896359,1.389852299017166E-2,8.8323617735382438,8.4975580139962092E-3,9.9206349206349209,8.5415589887297486E-3,8.6805555555555554,6.7578853396248134E-3,6.7709391292572283,8.4603226565328742E-3,4.9382716049382713,8.479787242299839E-3]
[null,"Negative electrode binder, g/cell",null,null,{"$f":"Chem!C35","v":4},{"$f":"Chem!C41","v":1.1000000000000001},{"$f":"G$18*$E16/100","v":11.480791508346412},{"$f":"Chem!D35","v":4},{"$f":"Chem!D41","v":1.1000000000000001},{"$f":"J$18*H16/100","v":11.583155697266113},{"$f":"Chem!E35","v":4},{"$f":"Chem!E41","v":1.1000000000000001},{"$f":"M$18*K16/100","v":13.210842403691336},{"$f":"Chem!F35","v":4},{"$f":"Chem!F41","v":1.1000000000000001},{"$f":"P$18*N16/100","v":9.5667914403918033},{"$f":"Chem!G35","v":4},{"$f":"Chem!G41","v":1.1000000000000001},{"$f":"S$18*Q16/100","v":13.202732125587364},{"$f":"Chem!H35","v":2},{"$f":"Chem!H41","v":1.1000000000000001},{"$f":"V$18*T16/100","v":2.7817104586349912},{"$f":"Chem!I35","v":2},{"$f":"Chem!I41","v":1.1000000000000001},{"$f":"Y$18*W16/100","v":3.1527033064055106},null,"Electrolyte","Electrolyte",{"$f":"G24*F24*1000","v":342.51389904259662},0.26664994448152674,null,{"$f":"J24*I24*1000","v":188.94121462233795},0.20500530751900067,null,{"$f":"M24*L24*1000","v":214.28168332624952},0.21264340160869494,null,{"$f":"P24*O24*1000","v":221.90112447581527},0.21348963357157141,null,{"$f":"S24*R24*1000","v":222.50198977658798},0.19157179817527611,null,{"$f":"V24*U24*1000","v":89.661920782890107},0.15396358742490718,null,{"$f":"Y24*X24*1000","v":133.03410244700419},0.16622678324792051,null,null,null,"Foil",23.065118205370538,2.5026152499895357E-2,25.79265675897889,2.5595460072078403E-2,38.202239122122016,3.6754126645646035E-2,28.179926592924506,2.4262610933387108E-2,66.986756886676417,5.2149752330513138E-2,31.211275251090441,3.8998646141285176E-2,16.976671750878531,2.9151609317286897E-2]
[null,"Negative electrode void fraction, %",null,null,"Vol. %",{"$f":"Chem!C37","v":35},null,"Vol. %",{"$f":"Chem!D37","v":35},null,"Vol. %",{"$f":"Chem!E37","v":35},null,"Vol. %",{"$f":"Chem!F37","v":35},null,"Vol. %",{"$f":"Chem!G37","v":35},null,"Vol. %",{"$f":"Chem!H37","v":35},null,"Vol. %",{"$f":"Chem!I37","v":35},null,null,"Separator","Separator",{"$f":"G22*E22*F22","v":21.704219798191936},1.6896917235708971E-2,null,{"$f":"J22*H22*I22","v":7.4058158923845436},8.0354705429521445E-3,null,{"$f":"M22*K22*L22","v":8.2984940145735298},8.2350482229581416E-3,null,{"$f":"P22*N22*O22","v":12.300431192248977},1.1834165122907107E-2,null,{"$f":"S22*Q22*R22","v":9.0721773828945462},7.811046257839134E-3,null,{"$f":"V22*T22*U22","v":5.3944004864272586},9.2630321059940374E-3,null,{"$f":"Y22*W22*X22","v":9.9936943665280413},1.2487171610546919E-2,null,null,null,"Electrolyte",188.94121462233795,0.20500530751900067,214.28168332624952,0.21264340160869494,221.90112447581527,0.21348963357157141,222.50198977658798,0.19157179817527611,342.51389904259662,0.26664994448152674,133.03410244700419,0.16622678324792051,89.661920782890107,0.15396358742490718]
[null,"Total negative electrode coating, g/cell",null,null,{"$f":"SUM(E14:E17)","v":100},{"$f":"(100-F17)/(E14/F14+E16/F16+E15/F15)","v":1.3920810879477958},{"$f":"G14/$E14*100","v":287.01978770866032},{"$f":"SUM(H14:H17)","v":100},{"$f":"(100-I17)/(H14/I14+H16/I16+H15/I15)","v":1.3920810879477958},{"$f":"J14/H14*100","v":289.57889243165283},null,{"$f":"(100-L17)/(K14/L14+K16/L16+K15/L15)","v":1.3920810879477958},{"$f":"M14/K14*100","v":330.27106009228339},null,{"$f":"(100-O17)/(N14/O14+N16/O16+N15/O15)","v":1.3920810879477958},{"$f":"P14/N14*100","v":239.16978600979508},null,{"$f":"(100-R17)/(Q14/R14+Q16/R16+Q15/R15)","v":1.3920810879477958},{"$f":"S14/Q14*100","v":330.06830313968408},null,{"$f":"(100-U17)/(T14/U14+T16/U16+T15/U15)","v":1.4264339152119703},{"$f":"V14/T14*100","v":139.08552293174955},null,{"$f":"(100-X17)/(W14/X14+W16/X16+W15/X15)","v":1.4264339152119703},{"$f":"Y14/W14*100","v":157.63516532027552},null,"Cell","Cell housing",{"$f":"G30","v":35.305537225566695},2.7485656983271906E-2,null,{"$f":"J30","v":21.667162737982284},2.3509340558876348E-2,null,{"$f":"M30","v":23.890710954881147},2.3708055515698455E-2,null,{"$f":"P30","v":24.810236898773322},2.3869768108905103E-2,null,{"$f":"S30","v":24.638399070223887},2.1213394175855094E-2,null,{"$f":"V30","v":14.199143006373586},2.4382156622700137E-2,null,{"$f":"Y30","v":19.145669802450879},2.3922611163976225E-2,null,null,null,"Separator",7.4058158923845436,8.0354705429521445E-3,8.2984940145735298,8.2350482229581416E-3,12.300431192248977,1.1834165122907107E-2,9.0721773828945462,7.811046257839134E-3,21.704219798191936,1.6896917235708971E-2,9.9936943665280413,1.2487171610546919E-2,5.3944004864272586,9.2630321059940374E-3]
[null,"Balance of Cell",null,null,"Thick., mm","Density",null,"Thick., mm","Density",null,"Thick., mm","Density",null,"Thick., mm","Density",null,"Thick., mm","Density",null,"Thick., mm","Density",null,"Thick., mm","Density",null,null,null,"Cell terminals",{"$f":"+G25+G26","v":26.768538231265307},2.0839531631184478E-2,null,{"$f":"+J25+J26","v":19.061220015512095},2.0681836299073934E-2,null,{"$f":"+M25+M26","v":20.452417011830196},2.0296048906305895E-2,null,{"$f":"+P25+P26","v":21.009329457200657},2.0212939695540093E-2,null,{"$f":"+S25+S26","v":20.906025016771775},1.7999860626782088E-2,null,{"$f":"+V25+V26","v":29.784394545976035},5.1144479100344975E-2,null,{"$f":"+Y25+Y26","v":37.565471391577333},4.6938246327487457E-2,null,null,null,"Cell"]
[null,"Positive foil per cell, m2",null,{"$f":"IF(Chem!C23=\"aluminum\",\"Al\",\"Cu\")","v":"Al"},{"$f":"Chem!C24","v":15},{"$f":"Chem!C25","v":2.7},{"$f":"G96*G97*(G98+G99)/1000000","v":1.6539939972018867},{"$f":"Chem!D24","v":15},{"$f":"Chem!D25","v":2.7},{"$f":"J96*J97*(J98+J99)/1000000","v":0.56950909149063056},{"$f":"Chem!E24","v":15},{"$f":"Chem!E25","v":2.7},{"$f":"M96*M97*(M98+M99)/1000000","v":0.63685572244392319},{"$f":"Chem!F24","v":15},{"$f":"Chem!F25","v":2.7},{"$f":"P96*P97*(P98+P99)/1000000","v":0.94326516350918554},{"$f":"Chem!G24","v":15},{"$f":"Chem!G25","v":2.7},{"$f":"S96*S97*(S98+S99)/1000000","v":0.6958006566154199},{"$f":"Chem!H24","v":15},{"$f":"Chem!H25","v":2.7},{"$f":"V96*V97*(V98+V99)/1000000","v":0.41917708026860567},{"$f":"Chem!I24","v":15},{"$f":"Chem!I25","v":2.7},{"$f":"Y96*Y97*(Y98+Y99)/1000000","v":0.77064877163186263},null,"Total",null,{"$f":"SUM(AC12:AC19)+SUM(AC7:AC10)","v":1284.5076705662907},"g",null,{"$f":"SUM(AF12:AF19)+SUM(AF7:AF10)","v":921.64059998703283},"g",null,{"$f":"SUM(AI12:AI19)+SUM(AI7:AI10)","v":1007.7043618807854},"g",null,{"$f":"SUM(AL12:AL19)+SUM(AL7:AL10)","v":1039.3999969156532},"g",null,{"$f":"SUM(AO12:AO19)+SUM(AO7:AO10)","v":1161.4548273593625},"g",null,{"$f":"SUM(AR12:AR19)+SUM(AR7:AR10)","v":582.35796062248164},"g",null,{"$f":"SUM(AU12:AU19)+SUM(AU7:AU10)","v":800.3168914638095},"g",null,null,null,"Cell housing",{"$f":"AF18","v":21.667162737982284},{"$f":"AG18","v":2.3509340558876348E-2},{"$f":"AI18","v":23.890710954881147},{"$f":"AJ18","v":2.3708055515698455E-2},{"$f":"AL18","v":24.810236898773322},{"$f":"AM18","v":2.3869768108905103E-2},{"$f":"AO18","v":24.638399070223887},{"$f":"AP18","v":2.1213394175855094E-2},{"$f":"AC18","v":35.305537225566695},{"$f":"AD18","v":2.7485656983271906E-2},{"$f":"AU18","v":19.145669802450879},{"$f":"AV18","v":2.3922611163976225E-2},{"$f":"AR18","v":14.199143006373586},{"$f":"AS18","v":2.4382156622700137E-2}]
[null,"Negative foil per cell, m2",null,{"$f":"IF(Chem!C44=\"aluminum\",\"Al\",\"Cu\")","v":"Al"},{"$f":"Chem!C45","v":15},{"$f":"Chem!C46","v":2.7},{"$f":"(G96+1)*(G97+2)*(G98+G99+2)/1000000","v":1.7328679974211267},{"$f":"Chem!D45","v":15},{"$f":"Chem!D46","v":2.7},{"$f":"(J96+1)*(J97+2)*(J98+J99+2)/1000000","v":0.60985071258198686},{"$f":"Chem!E45","v":15},{"$f":"Chem!E46","v":2.7},{"$f":"(M96+1)*(M97+2)*(M98+M99+2)/1000000","v":0.68085142170695601},{"$f":"Chem!F45","v":15},{"$f":"Chem!F46","v":2.7},{"$f":"(P96+1)*(P97+2)*(P98+P99+2)/1000000","v":0.99725336006877974},{"$f":"Chem!G45","v":15},{"$f":"Chem!G46","v":2.7},{"$f":"(S96+1)*(S97+2)*(S98+S99+2)/1000000","v":0.74212988514888389},{"$f":"Chem!H45","v":10},{"$f":"Chem!H46","v":8.9600000000000009},{"$f":"(V96+1)*(V97+2)*(V98+V99+2)/1000000","v":0.45024918383117174},{"$f":"Chem!I45","v":10},{"$f":"Chem!I46","v":8.9600000000000009},{"$f":"(Y96+1)*(Y97+2)*(Y98+Y99+2)/1000000","v":0.81679192435291925},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cell terminals",{"$f":"AF19","v":19.061220015512095},{"$f":"AG19","v":2.0681836299073934E-2},{"$f":"AI19","v":20.452417011830196},{"$f":"AJ19","v":2.0296048906305895E-2},{"$f":"AL19","v":21.009329457200657},{"$f":"AM19","v":2.0212939695540093E-2},{"$f":"AO19","v":20.906025016771775},{"$f":"AP19","v":1.7999860626782088E-2},{"$f":"AC19","v":26.768538231265307},{"$f":"AD19","v":2.0839531631184478E-2},{"$f":"AU19","v":37.565471391577333},{"$f":"AV19","v":4.6938246327487457E-2},{"$f":"AR19","v":29.784394545976035},{"$f":"AS19","v":5.1144479100344975E-2}]
[null,"Separator per cell, m2",null,null,{"$f":"Chem!C49","v":15},{"$f":"Chem!C51","v":0.45},{"$f":"(G97+4)*(G98+6)*2*G96/1000000","v":3.2154399701025089},{"$f":"Chem!D49","v":15},{"$f":"Chem!D51","v":0.45},{"$f":"(J97+4)*(J98+6)*2*J96/1000000","v":1.0971579099828954},{"$f":"Chem!E49","v":15},{"$f":"Chem!E51","v":0.45},{"$f":"(M97+4)*(M98+6)*2*M96/1000000","v":1.22940652067756},{"$f":"Chem!F49","v":15},{"$f":"Chem!F51","v":0.45},{"$f":"(P97+4)*(P98+6)*2*P96/1000000","v":1.822286102555404},{"$f":"Chem!G49","v":15},{"$f":"Chem!G51","v":0.45},{"$f":"(S97+4)*(S98+6)*2*S96/1000000","v":1.3440262789473401},{"$f":"Chem!H49","v":15},{"$f":"Chem!H51","v":0.45},{"$f":"(V97+4)*(V98+6)*2*V96/1000000","v":0.79917044243366797},{"$f":"Chem!I49","v":15},{"$f":"Chem!I51","v":0.45},{"$f":"(Y97+4)*(Y98+6)*2*Y96/1000000","v":1.4805473135597098},null,"Capacity",{"$f":"B107","v":"Total cell energy storage, kWh"},{"$f":"G107*1000","v":159.43010111701989},"Wh",null,{"$f":"J107*1000","v":158.43935181748944},"Wh",null,{"$f":"M107*1000","v":158.2910841588311},"Wh",null,{"$f":"P107*1000","v":158.47437844640999},"Wh",null,{"$f":"S107*1000","v":158.31753555242449},"Wh",null,{"$f":"V107*1000","v":158.46573512417888},"Wh",null,{"$f":"Y107*1000","v":157.99753952784715},"Wh",null,null,null,"Total",{"$f":"SUM(BA13:BA21)+SUM(BA8:BA11)","v":921.64059998703283},"g",{"$f":"SUM(BC13:BC21)+SUM(BC8:BC11)","v":1007.7043618807854},"g",{"$f":"SUM(BE13:BE21)+SUM(BE8:BE11)","v":1039.3999969156532},"g",{"$f":"SUM(BG13:BG21)+SUM(BG8:BG11)","v":1161.4548273593625},"g",{"$f":"SUM(BI13:BI21)+SUM(BI8:BI11)","v":1284.5076705662907},"g",{"$f":"SUM(BK13:BK21)+SUM(BK8:BK11)","v":800.3168914638095},"g",{"$f":"SUM(BM13:BM21)+SUM(BM8:BM11)","v":582.35796062248164},"g"]
[null,"Separator void fraction, %",null,null,null,{"$f":"Chem!BY50","v":50},null,null,{"$f":"Chem!D50","v":50},null,null,{"$f":"Chem!E50","v":50},null,null,{"$f":"Chem!F50","v":50},null,null,{"$f":"Chem!G50","v":50},null,null,{"$f":"Chem!H50","v":50},null,null,{"$f":"Chem!I50","v":50},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Capacity","Total","Useable","Total","Useable","Total","Useable","Total","Useable","Total","Useable","Total","Useable","Total","Useable"]
[null,"Electrolyte per cell, L",null,null,null,{"$f":"Chem!C54","v":1.44},{"$f":"(G12/$F12*$F11/100+G18/$F18*$F17/100+G22*$E22*F23/100+G35*G97*G98/1000*0.02)/1000","v":0.23785687433513655},null,{"$f":"Chem!D54","v":1.44},{"$f":"(J12/I12*I11/100+J18/I18*I17/100+J22*H22*I23/100+J35*J97*J98/1000*0.02)/1000","v":0.13120917682106803},null,{"$f":"Chem!E54","v":1.44},{"$f":"(M12/L12*L11/100+M18/L18*L17/100+M22*K22*L23/100+M35*M97*M98/1000*0.02)/1000","v":0.14880672453211774},null,{"$f":"Chem!F54","v":1.44},{"$f":"(P12/O12*O11/100+P18/O18*O17/100+P22*N22*O23/100+P35*P97*P98/1000*0.02)/1000","v":0.15409800310820504},null,{"$f":"Chem!G54","v":1.44},{"$f":"(S12/R12*R11/100+S18/R18*R17/100+S22*Q22*R23/100+S35*S97*S98/1000*0.02)/1000","v":0.1545152706781861},null,{"$f":"Chem!H54","v":1.2},{"$f":"(V12/U12*U11/100+V18/U18*U17/100+V22*T22*U23/100+V35*V97*V98/1000*0.02)/1000","v":7.4718267319075091E-2},null,{"$f":"Chem!I54","v":1.2},{"$f":"(Y12/X12*X11/100+Y18/X18*X17/100+Y22*W22*X23/100+Y35*Y97*Y98/1000*0.02)/1000","v":0.11086175203917017},null,null,{"$f":"B108","v":"Useable cell energy storage, kWh"},{"$f":"G108*1000","v":135.51558594946692},"Wh",null,{"$f":"J108*1000","v":134.67344904486603},"Wh",null,{"$f":"M108*1000","v":134.54742153500644},"Wh",null,{"$f":"P108*1000","v":134.70322167944849},"Wh",null,{"$f":"S108*1000","v":134.56990521956081},"Wh",null,{"$f":"V108*1000","v":134.69587485555206},"Wh",null,{"$f":"Y108*1000","v":134.29790859867009},"Wh",null,null,null,"Cell capacity (Wh)",{"$f":"AF22","v":158.43935181748944},{"$f":"AF24","v":134.67344904486603},{"$f":"AI22","v":158.2910841588311},{"$f":"AI24","v":134.54742153500644},{"$f":"AL22","v":158.47437844640999},{"$f":"AL24","v":134.70322167944849},{"$f":"AO22","v":158.31753555242449},{"$f":"AO24","v":134.56990521956081},{"$f":"AC22","v":159.43010111701989},{"$f":"AC24","v":135.51558594946692},{"$f":"AU22","v":157.99753952784715},{"$f":"AU24","v":134.29790859867009},{"$f":"AR22","v":158.46573512417888},{"$f":"AR24","v":134.69587485555206}]
[null,"Cell positive terminal assembly, g",null,null,null,null,{"$f":"F20*(G101*G37*G100)/1000","v":13.384269115632653},null,"void",{"$f":"I20*(J101*J37*J100)/1000","v":9.5306100077560476},null,null,{"$f":"L20*(M101*M37*M100)/1000","v":10.226208505915098},null,null,{"$f":"O20*(P101*P37*P100)/1000","v":10.504664728600329},null,null,{"$f":"R20*(S101*S37*S100)/1000","v":10.453012508385887},null,null,{"$f":"U20*(V101*V37*V100)/1000","v":6.896900966906971},null,null,{"$f":"X20*(Y101*Y37*Y100)/1000","v":8.698694061514475},null,"Energy density","Total",{"$f":"AC22/AC20*1000","v":124.1176715174719},"Wh/kg",null,{"$f":"AF22/AF20*1000","v":171.91012615950146},"Wh/kg",null,{"$f":"AI22/AI20*1000","v":157.08087624369875},"Wh/kg",null,{"$f":"AL22/AL20*1000","v":152.46717232698828},"Wh/kg",null,{"$f":"AO22/AO20*1000","v":136.30967974223236},"Wh/kg",null,{"$f":"AR22/AR20*1000","v":272.11053310715465},"Wh/kg",null,{"$f":"AU22/AU20*1000","v":197.41872402425963},"Wh/kg",null,null,null,"Eng. dens. (Wh/kg)",{"$f":"AF25","v":171.91012615950146},{"$f":"AF26","v":146.12360723557626},{"$f":"AI25","v":157.08087624369875},{"$f":"AI26","v":133.51874480714395},{"$f":"AL25","v":152.46717232698828},{"$f":"AL26","v":129.59709647794006},{"$f":"AO25","v":136.30967974223236},{"$f":"AO26","v":115.86322778089752},{"$f":"AC25","v":124.1176715174719},{"$f":"AC26","v":105.50002078985115},{"$f":"AU25","v":197.41872402425963},{"$f":"AU26","v":167.80591542062069},{"$f":"AR25","v":272.11053310715465},{"$f":"AR26","v":231.29395314108152}]
[null,"Cell negative terminal assembly, g",null,null,null,null,{"$f":"F21*(G101*G37*G100)/1000","v":13.384269115632653},null,null,{"$f":"I21*(J101*J37*J100)/1000","v":9.5306100077560476},null,null,{"$f":"L21*(M101*M37*M100)/1000","v":10.226208505915098},null,null,{"$f":"O21*(P101*P37*P100)/1000","v":10.504664728600329},null,null,{"$f":"R21*(S101*S37*S100)/1000","v":10.453012508385887},null,null,{"$f":"U21*(V101*V37*V100)/1000","v":22.887493579069062},null,null,{"$f":"X21*(Y101*Y37*Y100)/1000","v":28.866777330062856},null,null,"Useable",{"$f":"AC24/AC20*1000","v":105.50002078985115},"Wh/kg",null,{"$f":"AF24/AF20*1000","v":146.12360723557626},"Wh/kg",null,{"$f":"AI24/AI20*1000","v":133.51874480714395},"Wh/kg",null,{"$f":"AL24/AL20*1000","v":129.59709647794006},"Wh/kg",null,{"$f":"AO24/AO20*1000","v":115.86322778089752},"Wh/kg",null,{"$f":"AR24/AR20*1000","v":231.29395314108152},"Wh/kg",null,{"$f":"AU24/AU20*1000","v":167.80591542062069},"Wh/kg",null,null,null,"Eng. dens. (Wh/l)",{"$f":"BA24/J104*1000","v":369.80499213348907},{"$f":"BB24/J104*1000","v":314.33424331346572},{"$f":"BC24/M104*1000","v":328.17294825487551},{"$f":"BD24/J104*1000","v":314.04008910393628},{"$f":"BE24/P104*1000","v":313.9286061238883},{"$f":"BF24/P104*1000","v":266.83931520530501},{"$f":"BG24/P104*1000","v":313.61790939441062},{"$f":"BH24/P104*1000","v":266.57522298524901},{"$f":"BI24/G104*1000","v":207.83030995568257},{"$f":"BJ24/G104*1000","v":176.65576346233019},{"$f":"BK24/Y104*1000","v":429.15362266142046},{"$f":"BL24/Y104*1000","v":364.78057926220737},{"$f":"BM24/V104*1000","v":625.78264054174451},{"$f":"BN24/V104*1000","v":531.91524446048288}]
[null,"Thickness of cell container aluminum layer, µm",null,null,null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,{"$f":"100","v":100},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AB26","v":"Useable"}]
[null,"Thickness of cell container (PET-Al-PP), µm",null,null,null,null,{"$f":"30+G27+20","v":150},null,null,150,null,null,150,null,null,150,null,null,150,null,null,150,null,null,150]
[null,"Density of cell container, g/cm3",null,null,null,null,{"$f":"(30*_rho_PET+G27*_rho_Al+20*_rho_PP)/G28","v":2.1959999999999997},null,null,{"$f":"(30*_rho_PET+J27*_rho_Al+20*_rho_PP)/J28","v":2.1959999999999997},null,null,2.1959999999999997,null,null,2.1959999999999997,null,null,2.1959999999999997,null,null,2.1959999999999997,null,null,2.1959999999999997]
[null,"Mass of cell container (PET-Al-PP), g",null,null,null,null,{"$f":"(G102+2*G35+6)*(G103-6)*G28*2/1000*G29/1000","v":35.305537225566695},null,null,{"$f":"(J102+2*J35+6)*(J103-6)*J28*2/1000*J29/1000","v":21.667162737982284},null,null,{"$f":"(M102+2*M35+6)*(M103-6)*M28*2/1000*M29/1000","v":23.890710954881147},null,null,{"$f":"(P102+2*P35+6)*(P103-6)*P28*2/1000*P29/1000","v":24.810236898773322},null,null,{"$f":"(S102+2*S35+6)*(S103-6)*S28*2/1000*S29/1000","v":24.638399070223887},null,null,{"$f":"(V102+2*V35+6)*(V103-6)*V28*2/1000*V29/1000","v":14.199143006373586},null,null,{"$f":"(Y102+2*Y35+6)*(Y103-6)*Y28*2/1000*Y29/1000","v":19.145669802450879},null,null,"gravimetric energy density (mAh/g)",null,null,"Voltage",null,"from Hard Carbon price paper (alexandra)"]
[null,"Cell mass, g",null,null,null,null,{"$f":"G12+G18+G20*$E20*$F20+G21*$E21*$F21+G22*$E22*$F22+G24*$F24*1000+G25+G26+G30","v":1284.5076705662907},null,null,{"$f":"J12+J18+J20*$E20*$F20+J21*$E21*$F21+J22*$E22*$F22+J24*$F24*1000+J25+J26+J30","v":921.64059998703283},null,null,{"$f":"M12+M18+M20*$E20*$F20+M21*$E21*$F21+M22*$E22*$F22+M24*$F24*1000+M25+M26+M30","v":1000.7015607603373},null,null,{"$f":"P12+P18+P20*$E20*$F20+P21*$E21*$F21+P22*$E22*$F22+P24*$F24*1000+P25+P26+P30","v":1039.3999969156532},null,null,{"$f":"S12+S18+S20*$E20*$F20+S21*$E21*$F21+S22*$E22*$F22+S24*$F24*1000+S25+S26+S30","v":1161.4548273593625},null,null,{"$f":"V12+V18+V20*$E20*$F20+V21*$E21*$F21+V22*$E22*$F22+V24*$F24*1000+V25+V26+V30","v":578.18310985294909},null,null,{"$f":"Y12+Y18+Y20*$E20*$F20+Y21*$E21*$F21+Y22*$E22*$F22+Y24*$F24*1000+Y25+Y26+Y30","v":786.81922846748205},null,"Cathode material","theoretical","experimental","commercial","Voltage"]
[null,"Length-to-width ratio for positive electrode",null,null,null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,null,{"$f":"3","v":3},null,"NCM333",280,160,170,3.7,null,"acc. To Nitta et al. 2015 - Li-ion battery materials: present and future"]
[null,"Default cell thickness target, mm","default: 20 for EV, 6 for microHEV, 12 for HP-HEV and 16 for PHEV",null,null,null,20,null,null,20,null,null,20,null,null,20,null,null,20,null,null,20,null,null,20,null,"LFP",170,165,160,3.2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"BA5","v":"NMMT"},{"$f":"BC5","v":"NaMMO-HC"},{"$f":"BE5","v":"NaMVP-HC"},{"$f":"BG5","v":"NNMC"},{"$f":"BI5","v":"NaFCN-HC"},{"$f":"BK5","v":"LFP-G"},{"$f":"BM5","v":"NMC622-G"}]
[null,"Override cell thickness target, mm",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NMMT",200,95,150,3.2,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Anode","Act. material",{"$f":"BA8","v":269.30836996143711},{"$f":"BC8","v":307.15208588582357},{"$f":"BE8","v":222.42790098910942},{"$f":"BG8","v":306.96352191990616},{"$f":"BI8","v":266.92840256905407},{"$f":"BK8","v":154.48246201386999},{"$f":"BM8","v":136.30381247311456}]
[null,"Cell thickness, mm",null,null,null,null,{"$f":"IF(G34=0,G33,G34)+G118","v":20},null,null,{"$f":"IF(J34=0,J33,J34)+J118","v":20},null,null,{"$f":"IF(M34=0,M33,M34)+M118","v":20},null,null,{"$f":"IF(P34=0,P33,P34)+P118","v":20},null,null,{"$f":"IF(S34=0,S33,S34)+S118","v":20},null,null,{"$f":"IF(V34=0,V33,V34)+V118","v":20},null,null,{"$f":"IF(Y34=0,Y33,Y34)+Y118","v":20},null,"NMO",null,110,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cond. carbon",{"$f":"BA9","v":8.687366772949586},{"$f":"BC9","v":9.9081318027685015},{"$f":"BE9","v":7.1750935802938525},{"$f":"BG9","v":9.9020490941905219},{"$f":"BI9","v":8.6105936312598104},{"$f":"BK9","v":0},{"$f":"BM9","v":0}]
[null,"Thickness of cell edge from positive electrode to outside of fold, mm",null,null,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Binder",11.583155697266113,13.210842403691336,9.5667914403918033,13.202732125587364,{"$f":"BI10","v":11.480791508346412},{"$f":"BK10","v":3.1527033064055106},{"$f":"BM10","v":2.7817104586349912}]
[null,"Thickness of terminal material, mm",null,null,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,null,1,null,"Anode materials",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Foil",24.698953859570473,27.574482579131718,40.388761082785585,30.056260348529801,{"$f":"BI11","v":70.181153895555639},{"$f":"BK11","v":73.184556422021572},{"$f":"BM11","v":40.342326871272995}]
[null,"Top of positive electrode to top of terminal, mm",null,null,null,null,15,null,null,15,null,null,15,null,null,15,null,null,15,null,null,15,null,null,15,null,"graphite",360,null,300,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cath.","Act. material",{"$f":"BA13","v":333.33333333333331},{"$f":"BC13","v":336.1344537815126},{"$f":"BE13","v":423.95336512983573},{"$f":"BG13","v":476.1904761904762},{"$f":"BI13","v":416.66666666666669},{"$f":"BK13","v":325.005078204347},{"$f":"BM13","v":237.03703703703701}]
[null,"Cell Capacity Parameters",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hard carbon",360,null,240,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cond. carbon",6.9444444444444438,7.0028011204481793,8.8323617735382438,9.9206349206349209,8.6805555555555554,6.7709391292572283,4.9382716049382713]
[null,"Positive active material capacity, mAh/g:",null,null,null,{"$f":"Chem!C8","v":120},{"$f":"F40","v":120},null,{"$f":"Chem!D8","v":150},{"$f":"I40","v":150},null,{"$f":"Chem!E8","v":170},{"$f":"L40","v":170},null,{"$f":"Chem!F8","v":111},{"$f":"O40","v":111},null,{"$f":"Chem!G8","v":120},{"$f":"R40","v":120},null,{"$f":"Chem!H8","v":180},{"$f":"U40","v":180},null,{"$f":"Chem!I8","v":150},{"$f":"X40","v":150},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Binder",6.9444444444444438,14.005602240896359,8.8323617735382438,9.9206349206349209,8.6805555555555554,6.7709391292572283,4.9382716049382713]
[null,"Positive electrode capacity, Ah/cm3",null,null,null,null,{"$f":"G40/1000*E8/100*F12","v":0.13693006304180175},null,null,{"$f":"J40/1000*H8/100*I12","v":0.40925197685842157},null,null,{"$f":"M40/1000*K8/100*L12","v":0.41552477717158459},null,null,{"$f":"P40/1000*N8/100*O12","v":0.23048110734392427},null,null,{"$f":"S40/1000*Q8/100*R12","v":0.37957354576565422},null,null,{"$f":"V40/1000*T8/100*U12","v":0.49110237223010594},null,null,{"$f":"Y40/1000*W8/100*X12","v":0.31146095587016792},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Foil",23.065118205370538,25.79265675897889,38.202239122122016,28.179926592924506,66.986756886676417,31.211275251090441,16.976671750878531]
[null,"Negative active material capacity, mAh/g:",null,null,null,{"$f":"Chem!C31","v":240},{"$f":"F42","v":240},null,{"$f":"Chem!D31","v":240},{"$f":"I42","v":240},null,{"$f":"Chem!E31","v":240},{"$f":"L42","v":240},null,{"$f":"Chem!F31","v":240},{"$f":"O42","v":240},null,{"$f":"Chem!G31","v":240},{"$f":"R42","v":240},null,{"$f":"Chem!H31","v":360},{"$f":"U42","v":360},null,{"$f":"Chem!I31","v":360},{"$f":"X42","v":360},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Electrolyte",null,188.94121462233795,214.28168332624952,221.90112447581527,222.50198977658798,342.51389904259662,133.03410244700419,89.661920782890107]
[null,"Negative electrode capacity, Ah/cm3",null,null,null,null,{"$f":"G42/1000*E14/100*F18","v":0.31071249882994806},null,null,{"$f":"J42/1000*H14/100*I18","v":0.31071249882994806},null,null,{"$f":"M42/1000*K14/100*L18","v":0.31071249882994806},null,null,{"$f":"P42/1000*N14/100*O18","v":0.31071249882994806},null,null,{"$f":"S42/1000*Q14/100*R18","v":0.31071249882994806},null,null,{"$f":"V42/1000*T14/100*U18","v":0.50324588528678316},null,null,{"$f":"Y42/1000*W14/100*X18","v":0.50324588528678316},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Separator",null,7.4058158923845436,8.2984940145735298,12.300431192248977,9.0721773828945462,21.704219798191936,9.9936943665280413,5.3944004864272586]
[null,"Negative-to-positive capacity ratio after formation",null,null,null,{"$f":"Chem!C30","v":1.25},{"$f":"F44","v":1.25},null,{"$f":"Chem!D30","v":1.25},{"$f":"I44","v":1.25},null,{"$f":"Chem!E30","v":1.25},{"$f":"L44","v":1.25},null,{"$f":"Chem!F30","v":1.1000000000000001},{"$f":"O44","v":1.1000000000000001},null,{"$f":"Chem!G30","v":1.25},{"$f":"R44","v":1.25},null,{"$f":"Chem!H30","v":1.1000000000000001},{"$f":"U44","v":1.1000000000000001},null,{"$f":"Chem!I30","v":1.1000000000000001},{"$f":"X44","v":1.1000000000000001},"cap ratio:","1.1 for LIB, 1.25 for SIB","https://www.sciencedirect.com/science/article/pii/S2405829719304441","https://link.springer.com/article/10.1007%2Fs10853-017-1206-3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cell","housing",{"$f":"BA20","v":21.667162737982284},{"$f":"BC20","v":23.890710954881147},{"$f":"BE20","v":24.810236898773322},{"$f":"BG20","v":24.638399070223887},{"$f":"BI20","v":35.305537225566695},{"$f":"BK20","v":19.145669802450879},{"$f":"BM20","v":14.199143006373586}]
[null,"Cell Voltage and Resistance Parameters",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cell","terminals",{"$f":"BA21","v":19.061220015512095},{"$f":"BC21","v":20.452417011830196},{"$f":"BE21","v":21.009329457200657},{"$f":"BG21","v":20.906025016771775},{"$f":"BI21","v":26.768538231265307},{"$f":"BK21","v":37.565471391577333},{"$f":"BM21","v":29.784394545976035}]
[null,"Cell OCV at full power, V",null,null,null,{"$f":"Chem!C61","v":3.1},{"$f":"F46","v":3.1},null,{"$f":"Chem!D61","v":3.04},{"$f":"I46","v":3.04},null,{"$f":"Chem!E61","v":2.6599999999999997},{"$f":"L46","v":2.6599999999999997},null,{"$f":"Chem!F61","v":3.23},{"$f":"O46","v":3.23},null,{"$f":"Chem!G61","v":2.6599999999999997},{"$f":"R46","v":2.6599999999999997},null,{"$f":"Chem!H61","v":3.5649999999999999},{"$f":"U46","v":3.5649999999999999},null,{"$f":"Chem!I61","v":3.246},{"$f":"X46","v":3.246}]
[null,"Open circuit voltage at 50% SOC, V",null,null,null,{"$f":"Chem!C62","v":3.2},{"$f":"F47","v":3.2},null,{"$f":"Chem!D62","v":3.2},{"$f":"I47","v":3.2},null,{"$f":"Chem!E62","v":2.8},{"$f":"L47","v":2.8},null,{"$f":"Chem!F62","v":3.4},{"$f":"O47","v":3.4},null,{"$f":"Chem!G62","v":2.8},{"$f":"R47","v":2.8},null,{"$f":"Chem!H62","v":3.75},{"$f":"U47","v":3.75},null,{"$f":"Chem!I62","v":3.282},{"$f":"X47","v":3.282},null,null,null,null,"(Ellingsen 2014)",null,"This work"]
[null,"Electrode system ASI for energy, ohm-cm²",null,null,null,{"$f":"Chem!C78","v":16.900000000000002},16.900000000000002,null,{"$f":"Chem!D78","v":16.900000000000002},16.900000000000002,null,{"$f":"Chem!E78","v":15.600000000000001},15.600000000000001,null,{"$f":"Chem!F78","v":32.5},32.5,null,{"$f":"Chem!G78","v":16.900000000000002},16.900000000000002,null,{"$f":"Chem!H78","v":16.900000000000002},16.900000000000002,null,{"$f":"Chem!I78","v":32.5},32.5,null,"Average cell container composition (PET-Al-PP composite)",null,null,0.5,"Al",{"$f":"AD48","v":0.5},{"$f":"AE48","v":"Al"}]
[null,"Excess negative area, %",null,null,null,null,{"$f":"(G97+2)*(G98+2)/G97/G98*100-100","v":2.5005065865167495},null,null,{"$f":"(J97+2)*(J98+2)/J97/J98*100-100","v":3.4144140651918491},null,null,{"$f":"(M97+2)*(M98+2)/M97/M98*100-100","v":3.2031008576367128},null,null,{"$f":"(P97+2)*(P98+2)/P97/P98*100-100","v":3.125663185859807},null,null,{"$f":"(S97+2)*(S98+2)/S97/S98*100-100","v":3.1397433650884636},null,null,{"$f":"(V97+2)*(V98+2)/V97/V98*100-100","v":4.5512197947185768},null,null,{"$f":"(Y97+2)*(Y98+2)/Y97/Y98*100-100","v":3.7068855219475267},null,null,null,null,0.32,"PP",{"$f":"AD49","v":0.32},{"$f":"AE49","v":"PP"}]
[null,"Cell terminal contact voltage loss, % of cell OCV",null,null,null,null,0.01,null,null,0.01,null,null,0.01,null,null,0.01,null,null,0.01,null,null,0.01,null,null,0.01,null,null,null,null,0.08,"nylon",{"$f":"1-AF49-AF48","v":0.17999999999999994},"PET"]
[null,"Rate of temperature rise of module  terminal at full power, oC/sec",null,null,null,null,0.05,null,null,0.05,null,null,0.05,null,null,0.05,null,null,0.05,null,null,0.05,null,null,0.05,null,null,null,null,2.5000000000000001E-2,"PE"]
[null,"Minimum % OCV limit at full power, %",null,null,null,null,80,null,null,80,null,null,80,null,null,80,null,null,80,null,null,80,null,null,80,null,null,null,null,7.8E-2,"PET"]
[null,"% OCV at full power adjusted for thickness limit, %",null,null,null,null,{"$f":"IF($R$3=0,G52,100/2*(1+1/G46*(G46^2-4*G64*1000*G77/G94)^0.5))","v":94.989666107856195},null,null,{"$f":"IF($R$3=0,J52,100/2*(1+1/J46*(J46^2-4*J64*1000*J77/J94)^0.5))","v":85.136190353766779},null,null,{"$f":"IF($R$3=0,M52,100/2*(1+1/M46*(M46^2-4*M64*1000*M77/M94)^0.5))","v":83.442944643950284},null,null,{"$f":"IF($R$3=0,P52,100/2*(1+1/P46*(P46^2-4*P64*1000*P77/P94)^0.5))","v":84.555695401062252},null,null,{"$f":"IF($R$3=0,S52,100/2*(1+1/S46*(S46^2-4*S64*1000*S77/S94)^0.5))","v":83.565110563618646},null,null,{"$f":"IF($R$3=0,V52,100/2*(1+1/V46*(V46^2-4*V64*1000*V77/V94)^0.5))","v":86.250463795835898},null,null,{"$f":"IF($R$3=0,Y52,100/2*(1+1/Y46*(Y46^2-4*Y64*1000*Y77/Y94)^0.5))","v":80},null,null,null,null,{"$f":"SUM(AD48:AD52)","v":1.0030000000000001}]
[]
[null,"Maximum current density to avoid lithium deposition, mA/cm²",null,null,null,null,{"$f":"Chem!$C79","v":9},null,null,{"$f":"Chem!D79","v":9},null,null,{"$f":"Chem!E79","v":15},null,null,{"$f":"Chem!F79","v":9},null,null,{"$f":"Chem!G79","v":9},null,null,{"$f":"Chem!H79","v":9},null,null,{"$f":"Chem!I79","v":9}]
[null,"Positive electrode thickness to meet discharge requirements and C/1 charging, µm",null,null,null,null,{"$f":"'Battery Design'!G83","v":120},null,null,{"$f":"'Battery Design'!J83","v":120},null,null,{"$f":"'Battery Design'!M83","v":120},null,null,{"$f":"'Battery Design'!P83","v":120},null,null,{"$f":"'Battery Design'!S83","v":120},null,null,{"$f":"'Battery Design'!V83","v":120},null,null,{"$f":"'Battery Design'!Y83","v":114.63787992136582}]
[null,"Maximum positive elecrode thickness limited by Li deposition during charging, µm",null,null,null,null,{"$f":"G55/1000/'Battery Design'!G41/((75%-15%)/$I3*60/10000)","v":547.72486285282832},null,null,{"$f":"J55/1000/'Battery Design'!J41/((75%-15%)/$I3*60/10000)","v":183.26117952008289},null,null,{"$f":"M55/1000/'Battery Design'!M41/((75%-15%)/$I3*60/10000)","v":300.82441978756702},null,null,{"$f":"P55/1000/'Battery Design'!P41/((75%-15%)/$I3*60/10000)","v":325.40628108005785},null,null,{"$f":"S55/1000/'Battery Design'!S41/((75%-15%)/$I3*60/10000)","v":197.59016621854997},null,null,{"$f":"V55/1000/'Battery Design'!V41/((75%-15%)/$I3*60/10000)","v":152.71764960006905},null,null,{"$f":"Y55/1000/'Battery Design'!Y41/((75%-15%)/$I3*60/10000)","v":240.80064799924281}]
[null,"Positive electrode thickness required for charging, µm",null,null,null,null,{"$f":"IF($R$3=0,60,MIN(G56:G57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(J56:J57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(M56:M57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(P56:P57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(S56:S57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(V56:V57))","v":120},null,null,{"$f":"IF($R$3=0,60,MIN(Y56:Y57))","v":114.63787992136582}]
[]
[null,"Calculated Cell Parameters"]
[null,"Capacity"]
[null,"Target capacity, Wh",null,null,null,null,160,null,null,160,null,null,160,null,null,160,null,null,160,null,null,160,null,null,160,null,null,"Typical parameters:",null,"Li-Ion SDI94 Battery Cell 3.7V 94AH, Samsung NMC"]
[null,"Cell capacity, Ah",null,null,null,null,{"$f":"G62/G47","v":50},null,null,{"$f":"J62/J47","v":50},null,null,{"$f":"M62/M47","v":57.142857142857146},null,null,{"$f":"P62/P47","v":47.058823529411768},null,null,{"$f":"S62/S47","v":57.142857142857146},null,null,{"$f":"V62/V47","v":42.666666666666664},null,null,{"$f":"Y62/Y47","v":48.750761730652044},null,null,null,"Weight (kg)","2,1"]
[null,"Target battery  power, kW",null,null,null,null,0.8,null,null,0.8,null,null,0.8,null,null,0.8,null,null,0.8,null,null,0.8,null,null,0.8]
[null,"ASI Calculations",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Height (mm)",133]
[null,"Limiting current density for power bursts, mA/cm²",null,null,null,null,{"$f":"Chem!$C$57","v":100},null,null,{"$f":"Chem!$D$57","v":100},null,null,{"$f":"Chem!$E$57","v":100},null,null,{"$f":"Chem!$F$57","v":100},null,null,{"$f":"Chem!$G$57","v":100},null,null,{"$f":"Chem!$H$57","v":100},null,null,{"$f":"Chem!$I$57","v":100},null,null,null,"Width (mm)",173]
[null,"Limiting C-rate for power bursts, A/Ah",null,null,null,null,{"$f":"Chem!$C$65","v":120},null,null,{"$f":"Chem!$D$65","v":120},null,null,{"$f":"Chem!$E$65","v":200},null,null,{"$f":"Chem!$F$65","v":120},null,null,{"$f":"Chem!$G$65","v":120},null,null,{"$f":"Chem!$H$65","v":120},null,null,{"$f":"Chem!$I$65","v":120},null,null,null,"Depth (mm)",45]
[null,"Negative electrode ASIinf, ohm-cm²",null,null,null,null,{"$f":"1/(Chem!$C$66*Chem!$C$42*G87*10^-4)","v":1.1580901107635031},null,null,{"$f":"1/(Chem!$D$66*Chem!$D$42*J87*10^-4)","v":0.38748096733028747},null,null,{"$f":"1/(Chem!$E$66*Chem!$E$42*M87*10^-4)","v":0.38163151895380615},null,null,{"$f":"1/(Chem!$F$66*Chem!$F$42*P87*10^-4)","v":0.78864161873051131},null,null,{"$f":"1/(Chem!$G$66*Chem!$G$42*S87*10^-4)","v":0.41777767087287498},null,null,{"$f":"1/(Chem!$H$66*Chem!$H$42*V87*10^-4)","v":0.89145458920578224},null,null,{"$f":"1/(Chem!$I$66*Chem!$I$42*Y87*10^-4)","v":0.7420741180377991},null,null,null,"Nominal Voltage (V)",3.7]
[null,"Positive electrode ASIinf, ohm-cm²",null,null,null,null,{"$f":"1/(Chem!$C$66*Chem!$C$21*G86*10^-4*((1-(G114/G67)^2)*(1-G113/G66))^0.5)","v":2.873760835690373E-2},null,null,{"$f":"1/(Chem!$D$66*Chem!$D$21*J86*10^-4*((1-(J114/J67)^2)*(1-J113/J66))^0.5)","v":2.8746305747394785E-2},null,null,{"$f":"1/(Chem!$E$66*Chem!$E$21*M86*10^-4*((1-(M114/M67)^2)*(1-M113/M66))^0.5)","v":2.8722421352932782E-2},null,null,{"$f":"1/(Chem!$F$66*Chem!$F$21*P86*10^-4*((1-(P114/P67)^2)*(1-P113/P66))^0.5)","v":2.319725111947591E-2},null,null,{"$f":"1/(Chem!$G$66*Chem!$G$21*S86*10^-4*((1-(S114/S67)^2)*(1-S113/S66))^0.5)","v":2.8747757550318727E-2},null,null,{"$f":"1/(Chem!$H$66*Chem!$H$21*V86*10^-4*((1-(V114/V67)^2)*(1-V113/V66))^0.5)","v":4.3117907527445064E-2},null,null,{"$f":"1/(Chem!$I$66*Chem!$I$21*Y86*10^-4*((1-(Y114/Y67)^2)*(1-Y113/Y66))^0.5)","v":1.8212471046890884E-2},null,null,null,"Capacity (Ah)",94]
[null,"Electrode system ASI for power at SOC for vehicle type, ohm-cm²",null,null,null,null,{"$f":"Chem!$C$75-Chem!$C$68+G68+G69","v":13.486827719120408},null,null,{"$f":"Chem!$D$75-Chem!$D$68+J68+J69","v":12.716227273077683},null,null,{"$f":"Chem!$E$75-Chem!$E$68+M68+M69","v":11.610353940306741},null,null,{"$f":"Chem!$F$75-Chem!$F$68+P68+P69","v":26.311838869849993},null,null,{"$f":"Chem!$G$75-Chem!$G$68+S68+S69","v":12.746525428423194},null,null,{"$f":"Chem!$H$75-Chem!$H$68+V68+V69","v":12.234572496733229},null,null,{"$f":"Chem!$I$75-Chem!$I$68+Y68+Y69","v":26.760286589084693},null,null,null,"Max discharge current (A)",409,null,"C-rate",{"$f":"AD70/AD69","v":4.3510638297872344}]
[null,"Cell current collector resistance parameter, ohms",null,null,null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,{"$f":"IF($D21=\"Cu\",1/(_Conductivity_Cu/100*$E$21*0.0001/2)+1/(_Conductivity_Al/100*$E20*0.0001/2),2/(_Conductivity_Al/100*$E20*0.0001/2))","v":7.073386383731211E-3},null,null,null,"Optimal discharge current (A)",150]
["X","Cell current collector ASI, ohms-cm²",null,null,null,null,{"$f":"G71*(G98^2/3+G98*G99)/100","v":3.0725861107687766},null,null,{"$f":"J71*(J98^2/3+J98*J99)/100","v":1.7778726783582539},null,null,{"$f":"M71*(M98^2/3+M98*M99)/100","v":1.9859952064747506},null,null,{"$f":"P71*(P98^2/3+P98*P99)/100","v":2.0724671584351015},null,null,{"$f":"S71*(S98^2/3+S98*S99)/100","v":2.0562906469052433},null,null,{"$f":"V71*(V98^2/3+V98*V99)/100","v":1.0919635961125453},null,null,{"$f":"Y71*(Y98^2/3+Y98*Y99)/100","v":1.5437601289652778},null,null,null,"Max charging current (A)",270]
[null,"Cell terminal and connection ASI, ohms-cm²",null,null,null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(F21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/G37)*G101/G100*G94 + G50/100*G46/G115*G94","v":0.83726639058180352},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(I21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/J37)*J101/J100*J94 + J50/100*J46/J115*J94","v":0.38920910449245594},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(L21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/M37)*M101/M100*M94 + M50/100*M46/M115*M94","v":0.40693136701471921},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(O21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/P37)*P101/P100*P94 + P50/100*P46/P115*P94","v":0.59251706455756148},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(R21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/S37)*S101/S100*S94 + S50/100*S46/S115*S94","v":0.43595109453395997},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(U21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/V37)*V101/V100*V94 + V50/100*V46/V115*V94","v":0.31345247414838706},null,null,{"$f":"(100/(_Conductivity_Al)+100/IF(X21=8.96,_Conductivity_Cu,_Conductivity_Al))*(10/Y37)*Y101/Y100*Y94 + Y50/100*Y46/Y115*Y94","v":0.4683920651083715},null,null,null,"Optimal charging current (A)",72]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"(source)","https://shop.gwl.eu/Samsung-SDI94-NCM/Li-Ion-SDI94-Battery-Cell-3-7V-94AH-Samsung-NCM.html"]
[null,"Total cell hardware and battery ASI, ohm-cm²",null,null,null,null,{"$f":"G72+G73+G75*G94","v":3.90985250135058},null,null,{"$f":"J72+J73+J75*J94","v":2.1670817828507101},null,null,{"$f":"M72+M73+M75*M94","v":2.3929265734894698},null,null,{"$f":"P72+P73+P75*P94","v":2.664984222992663},null,null,{"$f":"S72+S73+S75*S94","v":2.4922417414392033},null,null,{"$f":"V72+V73+V75*V94","v":1.4054160702609324},null,null,{"$f":"Y72+Y73+Y75*Y94","v":2.0121521940736491}]
["X","Total cell ASI for power, ohm-cm²",null,null,null,null,{"$f":"G70+G76","v":17.396680220470987},null,null,{"$f":"J70+J76","v":14.883309055928393},null,null,{"$f":"M70+M76","v":14.003280513796211},null,null,{"$f":"P70+P76","v":28.976823092842658},null,null,{"$f":"S70+S76","v":15.238767169862397},null,null,{"$f":"V70+V76","v":13.639988566994161},null,null,{"$f":"Y70+Y76","v":28.772438783158343},null,null,null,"Capacity",{"$f":"AD69*AD68","v":347.8}]
["X","Total cell ASI for energy (C/3 rate), ohm-cm²",null,null,null,null,{"$f":"G48 + G76","v":20.809852501350584},null,null,{"$f":"J48 + J76","v":19.067081782850714},null,null,{"$f":"M48 + M76","v":17.99292657348947},null,null,{"$f":"P48 + P76","v":35.164984222992665},null,null,{"$f":"S48 + S76","v":19.392241741439207},null,null,{"$f":"V48 + V76","v":18.305416070260936},null,null,{"$f":"Y48 + Y76","v":34.51215219407365}]
[null,"Electrode Coating Thickness Calculation"]
[null,"Negative-to-positive electrode thickness ratio",null,null,null,null,{"$f":"G41*G44/G43","v":0.55087123770945856},null,null,{"$f":"J41*J44/J43","v":1.6464254672709671},null,null,{"$f":"M41*M44/M43","v":1.6716610159565868},null,null,{"$f":"P41*P44/P43","v":0.81596079666261656},null,null,{"$f":"S41*S44/S43","v":1.527028793478765},null,null,{"$f":"V41*V44/V43","v":1.0734565850354987},null,null,{"$f":"Y41*Y44/Y43","v":0.68079454094680636}]
[null,"Positive Electrode Thickness Minimum Values for Discharge, µm"]
[null,"Optional override available in Dashboard, µm",null,null,null,null,{"$f":"IF(G34=0,\" \",G34)","v":" "},null,null,{"$f":"IF(J34=0,\" \",J34)","v":" "},null,null,{"$f":"IF(M34=0,\" \",M34)","v":" "},null,null,{"$f":"IF(P34=0,\" \",P34)","v":" "},null,null,{"$f":"IF(S34=0,\" \",S34)","v":" "},null,null,{"$f":"IF(V34=0,\" \",V34)","v":" "},null,null,{"$f":"IF(Y34=0,\" \",Y34)","v":" "}]
[null,"Determined by power at target OCV, µm",null,null,null,null,{"$f":"MIN(Chem!$C19,G63/G41/G92*10000)","v":120},null,null,{"$f":"MIN(Chem!$D19,J63/J41/J92*10000)","v":120},null,null,{"$f":"MIN(Chem!$E19,M63/M41/M92*10000)","v":120},null,null,{"$f":"MIN(Chem!$F19,P63/P41/P92*10000)","v":120},null,null,{"$f":"MIN(Chem!$G19,S63/S41/S92*10000)","v":120},null,null,{"$f":"MIN(Chem!$H19,V63/V41/V92*10000)","v":120},null,null,{"$f":"MIN(Chem!$I19,Y63/Y41/Y92*10000)","v":114.63787992136582}]
[null,"Determined by charging limits (if EV or PHEV), µm",null,null,null,null,{"$f":"IF($R$3=0,60,G58)","v":120},null,null,{"$f":"IF($R$3=0,60,J58)","v":120},null,null,{"$f":"IF($R$3=0,60,M58)","v":120},null,null,{"$f":"IF($R$3=0,60,P58)","v":120},null,null,{"$f":"IF($R$3=0,60,S58)","v":120},null,null,{"$f":"IF($R$3=0,60,V58)","v":120},null,null,{"$f":"IF($R$3=0,60,Y58)","v":114.63787992136582}]
[null,"Selected Electrode Thicknesses, µm"]
["X","Positive electrode thickness, µm",null,null,null,null,{"$f":"IF(G82=\" \", MIN('Battery Design'!G83:G84),G82)","v":120},null,null,{"$f":"IF(J82=\" \", MIN('Battery Design'!J83:J84),J82)","v":120},null,null,{"$f":"IF(M82=\" \", MIN('Battery Design'!M83:M84),M82)","v":120},null,null,{"$f":"IF(P82=\" \", MIN('Battery Design'!P83:P84),P82)","v":120},null,null,{"$f":"IF(S82=\" \", MIN('Battery Design'!S83:S84),S82)","v":120},null,null,{"$f":"IF(V82=\" \", MIN('Battery Design'!V83:V84),V82)","v":120},null,null,{"$f":"IF(Y82=\" \", MIN('Battery Design'!Y83:Y84),Y82)","v":114.63787992136582}]
["X","Negative electrode thickness, µm",null,null,null,null,{"$f":"G86*G80","v":66.10454852513503},null,null,{"$f":"J86*J80","v":197.57105607251606},null,null,{"$f":"M86*M80","v":200.59932191479041},null,null,{"$f":"P86*P80","v":97.915295599513982},null,null,{"$f":"S86*S80","v":183.24345521745181},null,null,{"$f":"V86*V80","v":128.81479020425985},null,null,{"$f":"Y86*Y80","v":78.04484283618136}]
["X","Positive electrode areal capacity, mAh/cm²",null,null,null,null,{"$f":"(G86/10000)*F$12*G40","v":1.7116257880225219},null,null,{"$f":"(J86/10000)*I$12*J40","v":5.1156497107302696},null,null,{"$f":"(M86/10000)*L$12*M40","v":5.1940597146448066},null,null,{"$f":"(P86/10000)*O$12*P40","v":2.8810138417990538},null,null,{"$f":"(S86/10000)*R$12*S40","v":4.7446693220706777},null,null,{"$f":"(V86/10000)*U$12*V40","v":6.1387796528763241},null,null,{"$f":"(Y86/10000)*X$12*Y40","v":3.7192941311706389}]
["X","Negative electrode areal capacity, mAh/cm²",null,null,null,null,{"$f":"(G87/10000)*F$18*G42","v":2.2085494039000282},null,null,{"$f":"(J87/10000)*I$18*J42","v":6.6008383364261558},null,null,{"$f":"(M87/10000)*L$18*M42","v":6.702012535025557},null,null,{"$f":"(P87/10000)*O$18*P42","v":3.2713447493976346},null,null,{"$f":"(S87/10000)*R$18*S42","v":6.1221539639621643},null,null,{"$f":"(V87/10000)*U$18*V42","v":6.6148482790177532},null,null,{"$f":"(Y87/10000)*X$18*Y42","v":4.0077291862410149}]
[null,"Cell Area Calculation, cm²"]
[null,"Area determined by positive thickness override, cm",null,null,null,null,{"$f":"IF(G82=\" \",\" \",G12/$F12/G82*10000)","v":" "},null,null,{"$f":"IF(J82=\" \",\" \",J12/I12/J82*10000)","v":" "},null,null,{"$f":"IF(M82=\" \",\" \",M12/L12/M82*10000)","v":" "},null,null,{"$f":"IF(P82=\" \",\" \",P12/O12/P82*10000)","v":" "},null,null,{"$f":"IF(S82=\" \",\" \",S12/R12/S82*10000)","v":" "},null,null,{"$f":"IF(V82=\" \",\" \",V12/U12/V82*10000)","v":" "},null,null,{"$f":"IF(Y82=\" \",\" \",Y12/X12/Y82*10000)","v":" "}]
[null,"Area determined by burst power at target % OCV",null,null,null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (G64*1000) * (1/G46) * (1/G46) * (100/G52) * (100/(100-G52)),   G77 * (G64*1000) * ( (1/G46)) * (1/G46) * (100/G52) * (100/(100-G52))   )","v":9051.3424664261111},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (J64*1000) * (1/J46) * (1/J46) * (100/J52) * (100/(100-J52)),   J77 * (J64*1000) * ( (1/J46)) * (1/J46) * (100/J52) * (100/(100-J52))   )","v":8052.3443212909006},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (M64*1000) * (1/M46) * (1/M46) * (100/M52) * (100/(100-M52)),   M77 * (M64*1000) * ( (1/M46)) * (1/M46) * (100/M52) * (100/(100-M52))   )","v":9895.4721251881201},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (P64*1000) * (1/P46) * (1/P46) * (100/P52) * (100/(100-P52)),   P77 * (P64*1000) * ( (1/P46)) * (1/P46) * (100/P52) * (100/(100-P52))   )","v":13887.233220313939},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (S64*1000) * (1/S46) * (1/S46) * (100/S52) * (100/(100-S52)),   S77 * (S64*1000) * ( (1/S46)) * (1/S46) * (100/S52) * (100/(100-S52))   )","v":10768.533530628074},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (V64*1000) * (1/V46) * (1/V46) * (100/V52) * (100/(100-V52)),   V77 * (V64*1000) * ( (1/V46)) * (1/V46) * (100/V52) * (100/(100-V52))   )","v":5366.1763667706582},null,null,{"$f":"IF(   $R$3=0, Chem!$D72 * (Y64*1000) * (1/Y46) * (1/Y46) * (100/Y52) * (100/(100-Y52)),   Y77 * (Y64*1000) * ( (1/Y46)) * (1/Y46) * (100/Y52) * (100/(100-Y52))   )","v":13653.677735201245}]
[null,"Area determined by EV or PHEV charging",null,null,null,null,{"$f":"G12/F12/MIN(G83:G84)*10000","v":30429.159047379355},null,null,{"$f":"J12/I12/MIN(J83:J84)*10000","v":10181.176640004604},null,null,{"$f":"M12/L12/MIN(M83:M84)*10000","v":11459.977896669219},null,null,{"$f":"P12/O12/MIN(P83:P84)*10000","v":17014.707507454004},null,null,{"$f":"S12/R12/MIN(S83:S84)*10000","v":12545.407378955555},null,null,{"$f":"V12/U12/MIN(V83:V84)*10000","v":7239.9478328921614},null,null,{"$f":"Y12/X12/MIN(Y83:Y84)*10000","v":13653.677735201247}]
[null,"Selected cell area including charging limits, if for EV batteries",null,null,null,null,{"$f":"IF(G82=\" \",MAX(G92,G93),G91)","v":30429.159047379355},null,null,{"$f":"IF(J82=\" \",MAX(J92,J93),J91)","v":10181.176640004604},null,null,{"$f":"IF(M82=\" \",MAX(M92,M93),M91)","v":11459.977896669219},null,null,{"$f":"IF(P82=\" \",MAX(P92,P93),P91)","v":17014.707507454004},null,null,{"$f":"IF(S82=\" \",MAX(S92,S93),S91)","v":12545.407378955555},null,null,{"$f":"IF(V82=\" \",MAX(V92,V93),V91)","v":7239.9478328921614},null,null,{"$f":"IF(Y82=\" \",MAX(Y92,Y93),Y91)","v":13653.677735201247}]
[null,"Cell Dimensions"]
[null,"Number of bicell layers (97% packing density)",null,null,null,null,{"$f":"(G35*1000-2*G28-E21)/(E20+E21+2*(E22+G86+G87))*0.97","v":44.178732308772133},null,null,{"$f":"(J35*1000-2*J28-H21)/(H20+H21+2*(H22+J86+J87))*0.97","v":27.468412093578067},null,null,{"$f":"(M35*1000-2*M28-K21)/(K20+K21+2*(K22+M86+M87))*0.97","v":27.231156489003013},null,null,{"$f":"(P35*1000-2*P28-N21)/(N20+N21+2*(N22+P86+P87))*0.97","v":38.510028100173088},null,null,{"$f":"(S35*1000-2*S28-Q21)/(Q20+Q21+2*(Q22+S86+S87))*0.97","v":28.649399862242262},null,null,{"$f":"(V35*1000-2*V28-T21)/(T20+T21+2*(T22+V86+V87))*0.97","v":34.560763080907194},null,null,{"$f":"(Y35*1000-2*Y28-W21)/(W20+W21+2*(W22+Y86+Y87))*0.97","v":43.371477472896615}]
[null,"Width of positive electrode, mm",null,null,null,null,{"$f":"(G94/G96/2/G32)^0.5*10","v":107.14273418987149},null,null,{"$f":"(J94/J96/2/J32)^0.5*10","v":78.597111168563302},null,null,{"$f":"(M94/M96/2/M32)^0.5*10","v":83.749692636408128},null,null,{"$f":"(P94/P96/2/P32)^0.5*10","v":85.812331322965392},null,null,{"$f":"(S94/S96/2/S32)^0.5*10","v":85.429722284339903},null,null,{"$f":"(V94/V96/2/V32)^0.5*10","v":59.08815531042201},null,null,{"$f":"(Y94/Y96/2/Y32)^0.5*10","v":72.434770826033159}]
[null,"Length of positive electrode, mm",null,null,null,null,{"$f":"G97*G32","v":321.42820256961448},null,null,{"$f":"J97*J32","v":235.79133350568992},null,null,{"$f":"M97*M32","v":251.24907790922438},null,null,{"$f":"P97*P32","v":257.43699396889616},null,null,{"$f":"S97*S32","v":256.28916685301971},null,null,{"$f":"V97*V32","v":177.26446593126605},null,null,{"$f":"Y97*Y32","v":217.30431247809946}]
[null,"Length of current collector tabs, mm",null,null,null,null,{"$f":"G35+8","v":28},null,null,{"$f":"J35+8","v":28},null,null,{"$f":"M35+8","v":28},null,null,{"$f":"P35+8","v":28},null,null,{"$f":"S35+8","v":28},null,null,{"$f":"V35+8","v":28},null,null,{"$f":"Y35+8","v":28}]
[null,"Width of terminals, mm",null,null,null,null,{"$f":"G97-8","v":99.14273418987149},null,null,{"$f":"J97-8","v":70.597111168563302},null,null,{"$f":"M97-8","v":75.749692636408128},null,null,{"$f":"P97-8","v":77.812331322965392},null,null,{"$f":"S97-8","v":77.429722284339903},null,null,{"$f":"V97-8","v":51.08815531042201},null,null,{"$f":"Y97-8","v":64.434770826033159}]
[null,"Length of terminal material, mm",null,null,null,null,{"$f":"2*G35+10","v":50},null,null,{"$f":"2*J35+10","v":50},null,null,{"$f":"2*M35+10","v":50},null,null,{"$f":"2*P35+10","v":50},null,null,{"$f":"2*S35+10","v":50},null,null,{"$f":"2*V35+10","v":50},null,null,{"$f":"2*Y35+10","v":50}]
[null,"Width of cell, mm",null,null,null,null,{"$f":"G97+2*G36","v":109.14273418987149},null,null,{"$f":"J97+2*J36","v":80.597111168563302},null,null,{"$f":"M97+2*M36","v":85.749692636408128},null,null,{"$f":"P97+2*P36","v":87.812331322965392},null,null,{"$f":"S97+2*S36","v":87.429722284339903},null,null,{"$f":"V97+2*V36","v":61.08815531042201},null,null,{"$f":"Y97+2*Y36","v":74.434770826033159}]
[null,"Length of cell, mm",null,null,null,null,{"$f":"G98+2*G38","v":351.42820256961448},null,null,{"$f":"J98+2*J38","v":265.79133350568992},null,null,{"$f":"M98+2*M38","v":281.24907790922441},null,null,{"$f":"P98+2*P38","v":287.43699396889616},null,null,{"$f":"S98+2*S38","v":286.28916685301971},null,null,{"$f":"V98+2*V38","v":207.26446593126605},null,null,{"$f":"Y98+2*Y38","v":247.30431247809946}]
[null,"Volume of cell, cm3",null,null,null,null,{"$f":"G35*G102*G103/1000","v":767.116697997595},null,null,{"$f":"J35*J102*J103/1000","v":428.44027308397546},null,null,{"$f":"M35*M102*M103/1000","v":482.34043969978393},null,null,{"$f":"P35*P102*P103/1000","v":504.81025097747835},null,null,{"$f":"S35*S102*S103/1000","v":500.60364701949123},null,null,{"$f":"V35*V102*V103/1000","v":253.22807770281702},null,null,{"$f":"Y35*Y102*Y103/1000","v":368.1607964719405}]
[null,"Cell Energy"]
[null,"Cell capacity, Ah",null,null,null,null,{"$f":"G63","v":50},null,null,{"$f":"J63","v":50},null,null,57.142857142857146,null,null,47.058823529411768,null,null,57.142857142857146,null,null,42.666666666666664,null,null,48.750761730652044]
[null,"Total cell energy storage, kWh",null,null,null,null,{"$f":"G63*(G110-G63/3*G78/G94)/1000","v":0.15943010111701988},null,null,{"$f":"J63*(J110-J63/3*J78/J94)/1000","v":0.15843935181748944},null,null,{"$f":"M63*(M110-M63/3*M78/M94)/1000","v":0.15829108415883109},null,null,{"$f":"P63*(P110-P63/3*P78/P94)/1000","v":0.15847437844640999},null,null,{"$f":"S63*(S110-S63/3*S78/S94)/1000","v":0.15831753555242448},null,null,{"$f":"V63*(V110-V63/3*V78/V94)/1000","v":0.15846573512417889},null,null,{"$f":"Y63*(Y110-Y63/3*Y78/Y94)/1000","v":0.15799753952784715}]
[null,"Useable cell energy storage, kWh",null,null,null,null,{"$f":"G107*G116/100","v":0.13551558594946692},null,null,{"$f":"J107*J116/100","v":0.13467344904486603},null,null,{"$f":"M107*M116/100","v":0.13454742153500643},null,null,{"$f":"P107*P116/100","v":0.13470322167944848},null,null,{"$f":"S107*S116/100","v":0.1345699052195608},null,null,{"$f":"V107*V116/100","v":0.13469587485555207},null,null,{"$f":"Y107*Y116/100","v":0.13429790859867008}]
[null,"OCV at full power, V",null,null,null,null,{"$f":"G46","v":3.1},null,null,{"$f":"J46","v":3.04},null,null,2.6599999999999997,null,null,3.23,null,null,2.6599999999999997,null,null,3.5649999999999999,null,null,3.246]
[null,"Nominal cell voltage (OCV at 80% SOC for HEV-HP, 50% others)",null,null,null,null,{"$f":"G47","v":3.2},null,null,{"$f":"J47","v":3.2},null,null,2.8,null,null,3.4,null,null,2.8,null,null,3.75,null,null,3.282]
[]
[null,"Maximum current at full power, A",null,null,null,null,{"$f":"G64*1000/G46/G53*100","v":271.67641144881213},null,null,{"$f":"J64*1000/J46/J53*100","v":309.10226737106854},null,null,{"$f":"M64*1000/M46/M53*100","v":360.42817158784561},null,null,{"$f":"P64*1000/P46/P53*100","v":292.91701452051433},null,null,{"$f":"S64*1000/S46/S53*100","v":359.90125265290453},null,null,{"$f":"V64*1000/V46/V53*100","v":260.17706710529916},null,null,{"$f":"Y64*1000/Y46/Y53*100","v":308.07147258163894}]
[null,"Maximum current density at full power, mA/cm²"]
["X","C-rate at full power, A/Ah",null,null,null,null,{"$f":"IF($R$3=0,5,G112/G63)","v":5.4335282289762423},null,null,{"$f":"IF($R$3=0,5,J112/J63)","v":6.1820453474213704},null,null,{"$f":"IF($R$3=0,5,M112/M63)","v":6.3074930027872975},null,null,{"$f":"IF($R$3=0,5,P112/P63)","v":6.2244865585609288},null,null,{"$f":"IF($R$3=0,5,S112/S63)","v":6.2982719214258287},null,null,{"$f":"IF($R$3=0,5,V112/V63)","v":6.0979000102804495},null,null,{"$f":"IF($R$3=0,5,Y112/Y63)","v":6.3193160813308689}]
[null,"Current carrying capacity of  terminals, A",null,null,null,null,{"$f":"1.5*G112","v":407.5146171732182},null,null,{"$f":"1.5*J112","v":463.65340105660277},null,null,{"$f":"1.5*M112","v":540.64225738176845},null,null,{"$f":"1.5*P112","v":439.37552178077146},null,null,{"$f":"1.5*S112","v":539.8518789793568},null,null,{"$f":"1.5*V112","v":390.26560065794877},null,null,{"$f":"1.5*Y112","v":462.10720887245839}]
[null,"Available battery energy, % of total",null,null,null,null,85,null,null,85,null,null,85,null,null,85,null,null,85,null,null,85,null,null,85]
[]
[null,"Addition to cell thickness to adjust for whole number of electrodes",null,null,null,null,0,null,null,0,null,null,0,null,null,0,null,null,0,null,null,0,null,null,0]

{"sheet":"Battery Recycling","index":2,"n_rows":206,"n_cols":37,"rows_kept":206,"cut":false,"hidden":false,"merged":[[0,1,0,12]]}
[null,"Recoverable Materials per Cell at End of Battery Life"]
[null,"Battery cell composition and metal content"]
[null,"Cell chemistry",null,null,null,null,{"$f":"'Battery Design'!G5","v":"NaFCN-HC"},{"$f":"'Battery Design'!J5","v":"NaNMMT-HC"},{"$f":"'Battery Design'!M5","v":"NaMMO-HC"},{"$f":"'Battery Design'!P5","v":"NaMVP-HC"},{"$f":"'Battery Design'!S5","v":"NaNMC-HC"},{"$f":"'Battery Design'!V5","v":"NMC622-G"},{"$f":"'Battery Design'!Y5","v":"LFP-G"},null,null,{"$f":"H3","v":"NaNMMT-HC"},{"$f":"I3","v":"NaMMO-HC"},{"$f":"J3","v":"NaMVP-HC"},{"$f":"K3","v":"NaNMC-HC"},{"$f":"L3","v":"NMC622-G"},{"$f":"G3","v":"NaFCN-HC"},{"$f":"M3","v":"LFP-G"},null,{"$f":"P3","v":"NaNMMT-HC"},{"$f":"Q3","v":"NaMMO-HC"},"NaMVP-HC","NaNMC-HC","NMC622-G","NaFCN-HC",{"$f":"V3","v":"LFP-G"}]
[]
[null,"Material parameters"]
[null,"Cathode active material molweight ",null,null,"g/mol",null,{"$f":"Chem!C7","v":313.7},{"$f":"Chem!D7","v":105.99325},{"$f":"Chem!E7","v":100.58825},{"$f":"Chem!F7","v":482.79},{"$f":"Chem!G7","v":110.74568300000001},{"$f":"Chem!H7","v":94.387},{"$f":"Chem!I7","v":157.76}]
[]
[null,"Design Details for Recovery Calculations"]
[null,"Mass of positive electrode active material per cell, g",null,null,null,null,{"$f":"'Battery Design'!G8","v":416.66666666666669},{"$f":"'Battery Design'!J8","v":333.33333333333331},{"$f":"'Battery Design'!M8","v":336.1344537815126},{"$f":"'Battery Design'!P8","v":423.95336512983573},{"$f":"'Battery Design'!S8","v":476.1904761904762},{"$f":"'Battery Design'!V8","v":237.03703703703701},{"$f":"'Battery Design'!Y8","v":325.005078204347}]
[null,"Mass of negative electrode active material per cell, g",null,null,null,null,{"$f":"'Battery Design'!G14","v":266.92840256905407},{"$f":"'Battery Design'!J14","v":269.30836996143711},{"$f":"'Battery Design'!M14","v":307.15208588582357},{"$f":"'Battery Design'!P14","v":222.42790098910942},{"$f":"'Battery Design'!S14","v":306.96352191990616},{"$f":"'Battery Design'!V14","v":136.30381247311456},{"$f":"'Battery Design'!Y14","v":154.48246201386999}]
[null,"Volume of electrolyte per cell, L",null,null,"l/cell",null,{"$f":"'Battery Design'!G24","v":0.23785687433513655},{"$f":"'Battery Design'!J24","v":0.13120917682106803},{"$f":"'Battery Design'!M24","v":0.14880672453211774},{"$f":"'Battery Design'!P24","v":0.15409800310820504},{"$f":"'Battery Design'!S24","v":0.1545152706781861},{"$f":"'Battery Design'!V24","v":7.4718267319075091E-2},{"$f":"'Battery Design'!Y24","v":0.11086175203917017}]
[null,"Lithium in electrolyte per cell, g",null,null,"g/cell",null,{"$f":"G11*Chem!C55","v":0},{"$f":"H11*Chem!D55","v":0},{"$f":"I11*Chem!E55","v":0},{"$f":"J11*Chem!F55","v":0},{"$f":"K11*Chem!G55","v":0},{"$f":"L11*Chem!H55","v":0.62225373023325736},{"$f":"M11*Chem!I55","v":0.9232566709822092}]
[null,"Sodium in electrolyte per cell, g",null,null,"g/cell",null,{"$f":"G11*Chem!C56","v":5.4707081097081405},{"$f":"H11*Chem!D56","v":3.0178110668845646},{"$f":"I11*Chem!E56","v":3.4225546642387079},{"$f":"J11*Chem!F56","v":3.5442540714887159},{"$f":"K11*Chem!G56","v":3.5538512255982804},{"$f":"L11*Chem!H56","v":0},{"$f":"M11*Chem!I56","v":0}]
[null,"Other salt in electrolyte",null,null,null,null,null,null,null,{"$f":"J13/23*(32/8)*Lists!L39","v":60.466823635634789}]
[null,"Total Salt  in electrolyte",null,null,"g/cell",null,{"$f":"G12/6.94*151.9+G13/23*168","v":39.959954888302939},{"$f":"H12/6.94*151.9+H13/23*168","v":22.04314170593943},{"$f":"I12/6.94*151.9+I13/23*168","v":24.999529721395781},{"$f":"J12/6.94*151.9+J13/23*Lists!L38+J14","v":73.102859890507602},{"$f":"K12/6.94*151.9+K13/23*168","v":25.958565473935266},{"$f":"L12/6.94*151.9+L13/23*168","v":13.619645766921007},{"$f":"M12/6.94*151.9+M13/23*168","v":20.20788016169994}]
[null,"Amount of binder",null,"PvDF","g/cell",null,{"$f":"G9*Chem!C12/100+G10*Chem!C35/100","v":19.010469436095498},{"$f":"H9*Chem!D12/100+H10*Chem!D35/100","v":17.43900146512415},{"$f":"I9*Chem!E12/100+I10*Chem!E35/100","v":25.731461586693449},{"$f":"J9*Chem!F12/100+J10*Chem!F35/100","v":17.376183342161092},{"$f":"K9*Chem!G12/100+K10*Chem!G35/100","v":21.802350400605768},{"$f":"L9*Chem!H12/100+L10*Chem!H35/100","v":7.4668169902030321},{"$f":"M9*Chem!I12/100+M10*Chem!I35/100","v":9.5897508043643391}]
[null,null,null,"CFC"]
[null,"Recoverable Metals per Pack"]
[null,"From Electrodes or Electrolyte"]
[null,"Sodium in electrodes and electrolyte, g/cell",null,null,"g/cell",null,{"$f":"(Chem!C86*G9+G13)","v":66.569422380242628},{"$f":"(Chem!D86*H9+H13)","v":82.582626121931298},{"$f":"(Chem!E86*I9+I13)","v":54.149364290644996},{"$f":"(Chem!F86*J9+J13)","v":84.332401282377276},{"$f":"(Chem!G86*K9+K13)","v":107.39537071850708},{"$f":"(Chem!H86*L9+L13)","v":0},{"$f":"(Chem!I86*M9+M13)","v":0},null,"Na",{"$f":"H20/H$63","v":8.9603936852492405E-2},5.3735367573065081E-2,8.11356566602153E-2,9.246624852614968E-2,0,{"$f":"G20/G$63","v":5.1824853915348509E-2},{"$f":"M20/M$63","v":0},{"$f":"O20","v":"Na"},{"$f":"P20*H$63","v":82.582626121931298},{"$f":"Q20*I$63","v":54.149364290644996},{"$f":"R20*J$63","v":84.332401282377276},{"$f":"S20*K$63","v":107.39537071850708},{"$f":"T20*L$63","v":0},{"$f":"U20*G$63","v":66.569422380242628},{"$f":"V20*M$63","v":0}]
[null,"Lithium in electrodes and electrolyte, g/cell",null,null,"g/cell",null,{"$f":"(Chem!C87*G9+Chem!C88*G10+G12)","v":0},{"$f":"(Chem!D87*H9+Chem!D88*H10+H12)","v":0},{"$f":"(Chem!E87*I9+Chem!E88*I10+I12)","v":0},{"$f":"(Chem!F87*J9+Chem!F88*J10+J12)","v":0},{"$f":"(Chem!G87*K9+Chem!G88*K10+K12)","v":0},{"$f":"(Chem!H87*L9+Chem!H88*L10+L12)","v":18.922325656334191},{"$f":"(Chem!I87*M9+Chem!I88*M10+M12)","v":15.220513534180538},null,"Li",0,0,0,0,3.2492602378283185E-2,{"$f":"G21/G$63","v":0},{"$f":"M21/M$63","v":1.9018108572395179E-2},{"$f":"O21","v":"Li"},0,0,0,0,18.922325656334191,0,15.220513534180537]
[null,"Nickel in positive electrode",null,null,"g/cell",null,{"$f":"G9*Chem!C89","v":0},{"$f":"H9*Chem!D89","v":55.390319666582542},{"$f":"I9*Chem!E89","v":0},{"$f":"J9*Chem!F89","v":0},{"$f":"K9*Chem!G89","v":79.860829815435267},{"$f":"L9*Chem!H89","v":84.040951967255367},{"$f":"M9*Chem!I89","v":0},null,"Ni",6.0099695767918494E-2,0,0,6.875930766675073E-2,0.14431150194533979,{"$f":"G22/G$63","v":0},{"$f":"M22/M$63","v":0},"Ni",55.390319666582542,0,0,79.860829815435267,84.040951967255367,0,0]
[null,"Cobalt in positive electrode",null,null,"g/cell",null,{"$f":"G9*Chem!C90","v":0},{"$f":"H9*Chem!D90","v":0},{"$f":"I9*Chem!E90","v":0},{"$f":"J9*Chem!F90","v":0},{"$f":"K9*Chem!G90","v":80.160086885089441},{"$f":"L9*Chem!H90","v":28.118624308353823},{"$f":"M9*Chem!I90","v":0},null,"Co",0,0,0,6.9016964755605884E-2,4.8284090215402677E-2,{"$f":"G23/G$63","v":0},{"$f":"M23/M$63","v":0},"Co",0,0,0,80.160086885089441,28.118624308353823,0,0]
[null,"Manganese in positive electrodes",null,null,"g/cell",null,{"$f":"G9*Chem!C91","v":0},{"$f":"H9*Chem!D91","v":86.389148994550737},{"$f":"I9*Chem!E91","v":174.41267291376963},{"$f":"J9*Chem!F91","v":48.244573997458879},{"$f":"K9*Chem!G91","v":74.732651849088981},{"$f":"L9*Chem!H91","v":26.214783972526032},{"$f":"M9*Chem!I91","v":0},null,"Mn",9.3734096561898642E-2,0.17307920806082924,4.641579193825407E-2,6.4344002098642245E-2,4.5014897614699186E-2,{"$f":"G24/G$63","v":0},{"$f":"M24/M$63","v":0},"Mn",86.389148994550737,174.41267291376963,48.244573997458879,74.732651849088981,26.214783972526032,0,0]
["X","Lithium in Electrodes and Electrolyte, kg/kWh",null,null,null,null,{"$f":"G21/'Battery Design'!G$107","v":0},{"$f":"H21/'Battery Design'!J$107","v":0},{"$f":"I21/'Battery Design'!M$107","v":0},{"$f":"J21/'Battery Design'!P$107","v":0},{"$f":"K21/'Battery Design'!S$107","v":0},{"$f":"L21/'Battery Design'!V$107","v":119.40957230600068},{"$f":"M21/'Battery Design'!Y$107","v":96.333864309943351},null,"Mg",{"$f":"H29/H$63","v":4.146718632939474E-3},{"$f":"I29/I$63","v":4.0299371102623487E-3},{"$f":"J29/J$63","v":0},{"$f":"K29/K$63","v":0},{"$f":"L29/L$63","v":0},{"$f":"G29/G$63","v":0},{"$f":"M29/M$63","v":0},"Mg",3.8217842488397453,4.0609852041166166,0,0,0,0,0]
["X","Nickel in positive electrode, kg/kWh",null,null,null,null,{"$f":"G22/'Battery Design'!G$107","v":0},{"$f":"H22/'Battery Design'!J$107","v":349.59950940968344},{"$f":"I22/'Battery Design'!M$107","v":0},{"$f":"J22/'Battery Design'!P$107","v":0},{"$f":"K22/'Battery Design'!S$107","v":504.43451849331342},{"$f":"L22/'Battery Design'!V$107","v":530.34147666937679},{"$f":"M22/'Battery Design'!Y$107","v":0},null,"Ti",{"$f":"H31/H$63","v":8.1723029219420186E-3},{"$f":"I31/I$63","v":0},{"$f":"J31/J$63","v":0},{"$f":"K31/K$63","v":0},{"$f":"L31/L$63","v":0},{"$f":"G31/G$63","v":0},{"$f":"M31/M$63","v":0},"Ti",7.5319261682544232,0,0,0,0,0,0]
["X","Cobalt in positive electrode, kg/kWh",null,null,null,null,{"$f":"G23/'Battery Design'!G$107","v":0},{"$f":"H23/'Battery Design'!J$107","v":0},{"$f":"I23/'Battery Design'!M$107","v":0},{"$f":"J23/'Battery Design'!P$107","v":0},{"$f":"K23/'Battery Design'!S$107","v":506.32475174264971},{"$f":"L23/'Battery Design'!V$107","v":177.44292976850269},{"$f":"M23/'Battery Design'!Y$107","v":0},null,"Al",{"$f":"H39/H$63","v":7.2506888348227411E-2},{"$f":"I39/I$63","v":7.325517199525021E-2},{"$f":"J39/J$63","v":9.5824831592904822E-2},{"$f":"K39/K$63","v":6.8140585491525893E-2},{"$f":"L39/L$63","v":4.0994670515479982E-2},{"$f":"G39/G$63","v":0.12762590116820713},{"$f":"M39/M$63","v":4.9867708326895473E-2},"Al",66.82529208045311,73.819556349940797,99.600329662108265,79.142211958226085,23.8735727177855,163.93644901349737,39.909969312604915]
["X","Manganese in positive electrode, kg/kWh",null,null,null,null,{"$f":"G24/'Battery Design'!G$107","v":0},{"$f":"H24/'Battery Design'!J$107","v":545.25058328984278},{"$f":"I24/'Battery Design'!M$107","v":1101.8477372911411},{"$f":"J24/'Battery Design'!P$107","v":304.43138171873858},{"$f":"K24/'Battery Design'!S$107","v":472.04279417514294},{"$f":"L24/'Battery Design'!V$107","v":165.42872155916405},{"$f":"M24/'Battery Design'!Y$107","v":0},null,"Cu",{"$f":"H48/H$63","v":0},{"$f":"I48/I$63","v":0},{"$f":"J48/J$63","v":0},{"$f":"K48/K$63","v":0},{"$f":"L48/L$63","v":0.10857552351951331},{"$f":"G48/G$63","v":0},{"$f":"M48/M$63","v":0.12751365720324698},"Cu",0,0,0,0,63.229820450342061,0,102.05133375208442]
[null,"Magnesium in positive electrode",null,null,"g/cell",null,{"$f":"G9*Chem!C92","v":0},{"$f":"H9*Chem!D92","v":3.8217842488397453},{"$f":"I9*Chem!E92","v":4.0609852041166166},{"$f":"J9*Chem!F92","v":0},{"$f":"K9*Chem!G92","v":0},{"$f":"L9*Chem!H92","v":0},{"$f":"M9*Chem!I92","v":0},null,"C (Graphite)",{"$f":"H53/H$63","v":0.30916626414118492},{"$f":"I53/I$63","v":0.32158540844678596},{"$f":"J53/J$63","v":0.22939711088174117},{"$f":"K53/K$63","v":0.2813593763932255},{"$f":"L53/L$63","v":0.24253482158478501},{"$f":"G53/G$63","v":0.22126730596366762},{"$f":"M53/M$63","v":0.2014869395648875},"C (Graphite)",284.94018117883115,324.06301880904022,238.43535634294153,326.78620593473164,141.24208407805284,284.21955175586942,161.25340114312721]
[null,"Vanadium in positive electrode",null,null,"g/cell",null,{"$f":"G$9*Chem!C93","v":0},{"$f":"H$9*Chem!D93","v":0},{"$f":"I$9*Chem!E93","v":0},{"$f":"J$9*Chem!F93","v":44.732045857855034},{"$f":"K$9*Chem!G93","v":0},{"$f":"L$9*Chem!H93","v":0},{"$f":"M$9*Chem!I93","v":0}]
[null,"Titanium in active materials",null,null,"g/cell",null,{"$f":"G9*Chem!C94","v":0},{"$f":"H9*Chem!D94","v":7.5319261682544241},{"$f":"I9*Chem!E94","v":0},{"$f":"J9*Chem!F94","v":0},{"$f":"K9*Chem!G94","v":0},{"$f":"L9*Chem!H94","v":0},{"$f":"M9*Chem!I94","v":0},null,"Other",{"$f":"1-SUM(P20:P29)","v":0.36257009677339669},0.37431490681380719,0.54722660892688468,0.35591351506810009,0.33779189222649686,0.59928193895277682,0.60211358633257483,"Other",{"$f":"H$63","v":921.64059998703283},1007.7043618807854,1039.3999969156532,1161.4548273593625,582.35796062248164,{"$f":"G$63","v":1284.5076705662907},{"$f":"M$63","v":800.3168914638095}]
[null,"As scrap metal from Cells, Modules, and Packs",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(P20:P29)","v":0.63742990322660331},0.62568509318619281,0.45277339107311532,0.64408648493189991,0.66220810777350314,0.40071806104722324,0.39788641366742517,null,{"$f":"SUM(X20:X29)","v":587.48127845944305},630.50559756751227,470.61266128488592,748.07735716107845,385.64216315064982,514.72542314960947,318.43521774199712]
[null,"Aluminum"]
[null,"Aluminum in cell current collectors",null,null,"g/cell",null,{"$f":"IF('Battery Design'!F21=2.7,'Battery Design'!AC10+'Battery Design'!AC15,'Battery Design'!AC15)","v":137.16791078223207},{"$f":"IF('Battery Design'!I21=2.7,'Battery Design'!AF10+'Battery Design'!AF15,'Battery Design'!AF15)","v":47.764072064941011},{"$f":"IF('Battery Design'!L21=2.7,'Battery Design'!AI10+'Battery Design'!AI15,'Battery Design'!AI15)","v":53.367139338110604},{"$f":"IF('Battery Design'!O21=2.7,'Battery Design'!AL10+'Battery Design'!AL15,'Battery Design'!AL15)","v":78.591000204907601},{"$f":"IF('Battery Design'!R21=2.7,'Battery Design'!AO10+'Battery Design'!AO15,'Battery Design'!AO15)","v":58.236186941454307},{"$f":"IF('Battery Design'!U21=2.7,'Battery Design'!AR10+'Battery Design'!AR15,'Battery Design'!AR15)","v":16.976671750878531},{"$f":"IF('Battery Design'!X21=2.7,'Battery Design'!AU10+'Battery Design'!AU15,'Battery Design'!AU15)","v":31.211275251090441}]
[null,"Aluminum in cell terminal",null,null,"g/cell",null,{"$f":"IF('Battery Design'!F21=2.7,'Battery Design'!G25+'Battery Design'!G26,'Battery Design'!G25)","v":26.768538231265307},{"$f":"IF('Battery Design'!I21=2.7,'Battery Design'!J25+'Battery Design'!J26,'Battery Design'!J25)","v":19.061220015512095},{"$f":"IF('Battery Design'!L21=2.7,'Battery Design'!M25+'Battery Design'!M26,'Battery Design'!M25)","v":20.452417011830196},{"$f":"IF('Battery Design'!O21=2.7,'Battery Design'!P25+'Battery Design'!P26,'Battery Design'!P25)","v":21.009329457200657},{"$f":"IF('Battery Design'!R21=2.7,'Battery Design'!S25+'Battery Design'!S26,'Battery Design'!S25)","v":20.906025016771775},{"$f":"IF('Battery Design'!U21=2.7,'Battery Design'!V25+'Battery Design'!V26,'Battery Design'!V25)","v":6.896900966906971},{"$f":"IF('Battery Design'!X21=2.7,'Battery Design'!Y25+'Battery Design'!Y26,'Battery Design'!Y25)","v":8.698694061514475},null,null,null,null,null,null,{"$f":"IF('Battery Design'!S21=2.7,'Battery Design'!T25+'Battery Design'!T26,'Battery Design'!T25)","v":0},{"$f":"IF('Battery Design'!T21=2.7,'Battery Design'!U25+'Battery Design'!U26,'Battery Design'!U25)","v":0}]
[null,"Aluminum in thermal conductors, kg/pk"]
[null,"Aluminum in module enclosures, kg/pk"]
[null,"Aluminum in battery enclosure, kg/pk"]
[null,"Total aluminum content",null,null,"g/cell",null,{"$f":"SUM(G34:G38)","v":163.93644901349737},{"$f":"SUM(H34:H38)","v":66.82529208045311},73.819556349940797,99.600329662108265,79.142211958226085,23.8735727177855,39.909969312604915]
["X","Aluminum content, kg/kWh",null,null,"g/Wh",null,{"$f":"G39/'Battery Design'!G$107/1000","v":1.028265351805616},{"$f":"H39/'Battery Design'!J$107/1000","v":0.42177206176298271},{"$f":"I39/'Battery Design'!M$107/1000","v":0.4663532171898539},{"$f":"J39/'Battery Design'!P$107/1000","v":0.62849484338434747},{"$f":"K39/'Battery Design'!S$107/1000","v":0.49989542650516644},{"$f":"L39/'Battery Design'!V$107/1000","v":0.15065447870530116},{"$f":"M39/'Battery Design'!Y$107/1000","v":0.25259867610514758}]
[null,"Copper"]
[null,"Copper in cell current collectors",null,null,"g/cell",null,{"$f":"IF('Battery Design'!F21=8.96,'Battery Design'!AC10,0)","v":0},{"$f":"IF('Battery Design'!I21=8.96,'Battery Design'!AF10,0)","v":0},{"$f":"IF('Battery Design'!L21=8.96,'Battery Design'!AI10,0)","v":0},{"$f":"IF('Battery Design'!O21=8.96,'Battery Design'!AL10,0)","v":0},{"$f":"IF('Battery Design'!R21=8.96,'Battery Design'!AO10,0)","v":0},{"$f":"IF('Battery Design'!U21=8.96,'Battery Design'!AR10,0)","v":40.342326871272995},{"$f":"IF('Battery Design'!X21=8.96,'Battery Design'!AU10,0)","v":73.184556422021572},null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF('Battery Design'!Y21=8.96,'Battery Design'!AV10,0)","v":0},{"$f":"IF('Battery Design'!Z21=8.96,'Battery Design'!AW10,0)","v":0},{"$f":"IF('Battery Design'!AA21=8.96,'Battery Design'!AX10,0)","v":0},{"$f":"IF('Battery Design'!AB21=8.96,'Battery Design'!AY10,0)","v":0}]
[null," Copper in cell terminals",null,null,"g/cell",null,{"$f":"IF('Battery Design'!F21=8.96,'Battery Design'!G26,0)","v":0},{"$f":"IF('Battery Design'!I21=8.96,'Battery Design'!J26,0)","v":0},{"$f":"IF('Battery Design'!L21=8.96,'Battery Design'!M26,0)","v":0},{"$f":"IF('Battery Design'!O21=8.96,'Battery Design'!P26,0)","v":0},{"$f":"IF('Battery Design'!R21=8.96,'Battery Design'!S26,0)","v":0},{"$f":"IF('Battery Design'!U21=8.96,'Battery Design'!V26,0)","v":22.887493579069062},{"$f":"IF('Battery Design'!X21=8.96,'Battery Design'!Y26,0)","v":28.866777330062856}]
[null," Copper in cell group interconnects for parallel connected cells, kg/pk"]
[null," Copper in module terminals, kg/pk"]
[null," Copper in module interconnects, kg/pk"]
[null," Copper in pack terminals, kg/pk"]
[null,"Total copper content",null,null,"g/cell",null,{"$f":"SUM(G42:G47)","v":0},0,0,0,0,63.229820450342061,{"$f":"SUM(M42:M47)","v":102.05133375208443}]
["X","Copper content",null,null,"g/Wh",null,{"$f":"G48/'Battery Design'!G107/1000","v":0},{"$f":"H48/'Battery Design'!J107/1000","v":0},{"$f":"I48/'Battery Design'!M107/1000","v":0},{"$f":"J48/'Battery Design'!P107/1000","v":0},{"$f":"K48/'Battery Design'!S107/1000","v":0},{"$f":"L48/'Battery Design'!V107/1000","v":0.39901257139780483},{"$f":"M48/'Battery Design'!Y107/1000","v":0.64590457583738403},null,null,null,63.545999999999999,"g/mol Cu"]
[null,"Steel, compression plates and straps, kg/pk",null,null,null,null,null,null,null,null,null,null,null,null,null,null,55.85,"g/mol Fe"]
[null,"Total recoverable metals",null,null,"g/cell",null,{"$f":"G21+G22+G23+G24+G39+G48+G50","v":163.93644901349737},208.6047607415864,248.23222926371042,147.84490365956714,313.89578050783979,244.40007907259695,157.18181659886989]
[null,"Balance of Battery"]
[null,"Graphite and carbon in electrodes",null,null,"g/cell",null,{"$f":"('Battery Design'!G9+'Battery Design'!G14+'Battery Design'!G15)","v":284.21955175586942},{"$f":"('Battery Design'!J9+'Battery Design'!J14+'Battery Design'!J15)","v":284.94018117883115},{"$f":"('Battery Design'!M9+'Battery Design'!M14+'Battery Design'!M15)","v":324.06301880904022},{"$f":"('Battery Design'!P9+'Battery Design'!P14+'Battery Design'!P15)","v":238.43535634294153},{"$f":"('Battery Design'!S9+'Battery Design'!S14+'Battery Design'!S15)","v":326.78620593473164},{"$f":"('Battery Design'!V9+'Battery Design'!V14+'Battery Design'!V15)","v":141.24208407805284},{"$f":"('Battery Design'!Y9+'Battery Design'!Y14+'Battery Design'!Y15)","v":161.25340114312721},null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"('Battery Design'!Z9+'Battery Design'!Z14+'Battery Design'!Z15)","v":0},{"$f":"('Battery Design'!AA9+'Battery Design'!AA14+'Battery Design'!AA15)","v":0}]
[null,"Balance of electrodes (oxygen, binder, etc.)",null,null,"g/cell",null,{"$f":"('Battery Design'!G12+'Battery Design'!G18)-(G21-G12+G22+G23+G24+G53)","v":436.82801373056867},{"$f":"('Battery Design'!J12+'Battery Design'!J18)-(H21-H12/1000+H22+H23+H24+H53)","v":210.08146481391054},{"$f":"('Battery Design'!M12+'Battery Design'!M18)-(I21-I12+I22+I23+I24+I53)","v":181.93542439188241},{"$f":"('Battery Design'!P12+'Battery Design'!P18)-(J21-J12+J22+J23+J24+J53)","v":394.10794434630685},{"$f":"('Battery Design'!S12+'Battery Design'!S18)-(K21-K12+K22+K23+K24+K53)","v":264.56027468708476},{"$f":"('Battery Design'!V12+'Battery Design'!V18)-(L21-L12+L22+L23+L24+L53)","v":88.082586926374177},{"$f":"('Battery Design'!Y12+'Battery Design'!Y18)-(M21-M12+M22+M23+M24+M53)","v":320.63146377681142}]
[null,"Electrolyte (less lithium content)",null,null,"g/cell",null,{"$f":"(G11*'Battery Design'!F24*1000-G12)","v":342.51389904259662},{"$f":"(H11*'Battery Design'!I24*1000-H12)","v":188.94121462233795},{"$f":"(I11*'Battery Design'!$L24*1000-I12)","v":214.28168332624952},{"$f":"(J11*'Battery Design'!$O24*1000-J12)","v":221.90112447581527},{"$f":"(K11*'Battery Design'!$R24*1000-K12)","v":222.50198977658798},{"$f":"(L11*'Battery Design'!$U24*1000-L12)","v":89.039667052656853},{"$f":"(M11*'Battery Design'!$X24*1000-M12)","v":132.11084577602199}]
[null,"Electrolyte (less salt)",null,null,"g/cell",null,{"$f":"(G11*'Battery Design'!F24*1000-G15)","v":302.55394415429367},{"$f":"(H11*'Battery Design'!I24*1000-H15)","v":166.89807291639852},{"$f":"(I11*'Battery Design'!$L24*1000-I15)","v":189.28215360485373},{"$f":"(J11*'Battery Design'!$O24*1000-J15)","v":148.79826458530766},{"$f":"(K11*'Battery Design'!$R24*1000-K15)","v":196.54342430265271},{"$f":"(L11*'Battery Design'!$U24*1000-L15)","v":76.042275015969096},{"$f":"(M11*'Battery Design'!$X24*1000-M15)","v":112.82622228530425}]
[null,"Cell separators",null,null,"g/cell",null,{"$f":"'Battery Design'!AC17","v":21.704219798191936},{"$f":"'Battery Design'!AF17","v":7.4058158923845436},{"$f":"'Battery Design'!AI17","v":8.2984940145735298},{"$f":"'Battery Design'!AL17","v":12.300431192248977},{"$f":"'Battery Design'!AO17","v":9.0721773828945462},{"$f":"'Battery Design'!AR17","v":5.3944004864272586},{"$f":"'Battery Design'!AU17","v":9.9936943665280413}]
[null,"Multilayer, polymer/aluminum cell containers",null,null,"g/cell",null,{"$f":"'Battery Design'!G30","v":35.305537225566695},{"$f":"'Battery Design'!J30","v":21.667162737982284},{"$f":"'Battery Design'!M30","v":23.890710954881147},{"$f":"'Battery Design'!P30","v":24.810236898773322},{"$f":"'Battery Design'!S30","v":24.638399070223887},{"$f":"'Battery Design'!V30","v":14.199143006373586},{"$f":"'Battery Design'!Y30","v":19.145669802450879}]
[null,null,{"$f":"'Battery Design'!AE48","v":"Al"},{"$f":"'Battery Design'!AF48","v":0.5}]
[null,null,{"$f":"'Battery Design'!AE49","v":"PP"},{"$f":"'Battery Design'!AF49","v":0.32}]
[null,null,{"$f":"'Battery Design'!AE50","v":"nylon"},{"$f":"'Battery Design'!AF50","v":0.17999999999999994}]
[null,"Total recoverable materials",null,null,null,null,{"$f":"G51+G53+G56","v":750.70994492366049},{"$f":"H51+H53+H56","v":660.44301483681602},761.57740167760437,535.07852458781633,837.22541074522417,461.68443816661892,431.26144002730138]
[null,"Total battery  mass (cell level)",null,null,"g",null,{"$f":"'Battery Design'!AC20","v":1284.5076705662907},{"$f":"'Battery Design'!AF20","v":921.64059998703283},{"$f":"'Battery Design'!AI20","v":1007.7043618807854},{"$f":"'Battery Design'!AL20","v":1039.3999969156532},{"$f":"'Battery Design'!AO20","v":1161.4548273593625},{"$f":"'Battery Design'!AR20","v":582.35796062248164},{"$f":"'Battery Design'!AU20","v":800.3168914638095}]
[null,"Organic electrolyte (1=organic; 0=aqueous)",null,null,null,null,1,1,1,1,1,1,1]
[]
[null,"Pyrometallurgical recycling",null,null,null,null,"(Mohr et al. 2020, based on Fisher 2004)"]
[null,{"$f":"RecyclingProcessData!Q7","v":"INPUTS"}]
[null,null,{"$f":"RecyclingProcessData!Q8","v":"Waste batteries"},null,"kg/cell",null,{"$f":"G63/1000","v":1.2845076705662908},0.92164059998703285,1.0077043618807855,1.0393999969156533,1.1614548273593626,0.58235796062248169,0.80031689146380947]
[null,null,{"$f":"RecyclingProcessData!Q9","v":"NaOH"},null,"kg/cell",{"$f":"G69/G68","v":0.21},{"$f":"RecyclingProcessData!$R9*G$68","v":0.26974661081892104},{"$f":"RecyclingProcessData!$R9*H$68","v":0.19354452599727689},{"$f":"RecyclingProcessData!$R9*I$68","v":0.21161791599496493},{"$f":"RecyclingProcessData!$R9*J$68","v":0.2182739993522872},{"$f":"RecyclingProcessData!$R9*K$68","v":0.24390551374546612},{"$f":"RecyclingProcessData!$R9*L$68","v":0.12229517173072114},{"$f":"RecyclingProcessData!$R9*M$68","v":0.16806654720739997}]
[null,null,{"$f":"RecyclingProcessData!Q10","v":"Electricity"},null,"kWh/cell",{"$f":"G70/G68","v":0.8},{"$f":"RecyclingProcessData!$R10*G$68","v":1.0276061364530327},{"$f":"RecyclingProcessData!$R10*H$68","v":0.73731247998962635},{"$f":"RecyclingProcessData!$R10*I$68","v":0.80616348950462846},{"$f":"RecyclingProcessData!$R10*J$68","v":0.8315199975325227},{"$f":"RecyclingProcessData!$R10*K$68","v":0.92916386188749012},{"$f":"RecyclingProcessData!$R10*L$68","v":0.46588636849798537},{"$f":"RecyclingProcessData!$R10*M$68","v":0.64025351317104762}]
[null,null,{"$f":"RecyclingProcessData!Q11","v":"Water"},null,"l/cell",null,{"$f":"RecyclingProcessData!$R11*G$68","v":1.2845076705662908},{"$f":"RecyclingProcessData!$R11*H$68","v":0.92164059998703285},{"$f":"RecyclingProcessData!$R11*I$68","v":1.0077043618807855},{"$f":"RecyclingProcessData!$R11*J$68","v":1.0393999969156533},{"$f":"RecyclingProcessData!$R11*K$68","v":1.1614548273593626},{"$f":"RecyclingProcessData!$R11*L$68","v":0.58235796062248169},{"$f":"RecyclingProcessData!$R11*M$68","v":0.80031689146380947}]
[]
[null,"OUTPUTS"]
[null,"Materials",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AI76","v":23},"Na",{"$f":"AI76*2+AH76+AF76*3","v":106},"Na2CO3"]
[null,null,"Lithium","Li","g/cell",null,{"$f":"G21*RecyclingProcessData!$R16","v":0},{"$f":"H21*RecyclingProcessData!$R16","v":0},{"$f":"I21*RecyclingProcessData!$R16","v":0},{"$f":"J21*RecyclingProcessData!$R16","v":0},{"$f":"K21*RecyclingProcessData!$R16","v":0},{"$f":"L21*RecyclingProcessData!$R16","v":0},{"$f":"M21*RecyclingProcessData!$R16","v":0},null,null,{"$f":"X76","v":6.94},"Li",{"$f":"X76*2+AH76+AF76*3","v":73.88},"Li2CO3",null,null,null,null,"Li","Ni","Mn","Co","Al","Fe","P","Ti","O","S","C","Na","Mg","F"]
[null,null,"Nickel","Ni","g/cell",null,{"$f":"G22*RecyclingProcessData!$R17","v":0},{"$f":"H22*RecyclingProcessData!$R17","v":51.845339207921263},{"$f":"I22*RecyclingProcessData!$R17","v":0},{"$f":"J22*RecyclingProcessData!$R17","v":0},{"$f":"K22*RecyclingProcessData!$R17","v":74.749736707247408},{"$f":"L22*RecyclingProcessData!$R17","v":78.662331041351024},{"$f":"M22*RecyclingProcessData!$R17","v":0},null,null,{"$f":"Y76","v":58.71},"Ni",{"$f":"Y76+AG76+AF76*4","v":154.71},"NiSO4",null,null,null,null,6.94,58.71,54.94,58.93,26.98,55.85,30.97,47.9,16,32,12,23,24.305,19]
[null,null,"Cobalt","Co","g/cell",null,{"$f":"G23*RecyclingProcessData!$R18","v":0},{"$f":"H23*RecyclingProcessData!$R18","v":0},{"$f":"I23*RecyclingProcessData!$R18","v":0},{"$f":"J23*RecyclingProcessData!$R18","v":0},{"$f":"K23*RecyclingProcessData!$R18","v":75.029841324443723},{"$f":"L23*RecyclingProcessData!$R18","v":26.319032352619178},{"$f":"M23*RecyclingProcessData!$R18","v":0},null,null,{"$f":"AA76","v":58.93},"Co",{"$f":"AA76+AG76+AF76*4","v":154.93},"CoSO4"]
[null,null,"Manganese","Mn","g/cell",null,{"$f":"G24*RecyclingProcessData!$R19","v":0},{"$f":"H24*RecyclingProcessData!$R19","v":0},{"$f":"I24*RecyclingProcessData!$R19","v":0},{"$f":"J24*RecyclingProcessData!$R19","v":0},{"$f":"K24*RecyclingProcessData!$R19","v":0},{"$f":"L24*RecyclingProcessData!$R19","v":0},{"$f":"M24*RecyclingProcessData!$R19","v":0},null,null,{"$f":"Z76","v":54.94},"Mn",{"$f":"Z76+AG76+AF76*4","v":150.94},"MnSO4",{"$f":"Z76+AH76+AF76*3","v":114.94},"MnCO3"]
[null,null,"Magnesium","Mg","g/cell",null,{"$f":"G29*RecyclingProcessData!$R20","v":0},{"$f":"H29*RecyclingProcessData!$R20","v":3.7453485638629505},{"$f":"I29*RecyclingProcessData!$R20","v":3.9797655000342842},{"$f":"J29*RecyclingProcessData!$R20","v":0},{"$f":"K29*RecyclingProcessData!$R20","v":0},{"$f":"L29*RecyclingProcessData!$R20","v":0},{"$f":"M29*RecyclingProcessData!$R20","v":0},null,null,{"$f":"AJ76","v":24.305},"Mg",{"$f":"AJ76+(AF76+1)*2","v":58.305},"Mg(OH)2"]
[null,null,"Titanium","Ti","g/cell",null,{"$f":"G31*RecyclingProcessData!$R21","v":0},{"$f":"H31*RecyclingProcessData!$R21","v":0},{"$f":"I31*RecyclingProcessData!$R21","v":0},{"$f":"J31*RecyclingProcessData!$R21","v":0},{"$f":"K31*RecyclingProcessData!$R21","v":0},{"$f":"L31*RecyclingProcessData!$R21","v":0},{"$f":"M31*RecyclingProcessData!$R21","v":0},null,null,{"$f":"AE76","v":47.9},"Ti",{"$f":"AE76+AF76*2","v":79.900000000000006},"TiO2"]
[null,null,{"$f":"RecyclingProcessData!Q20","v":"Steel"},"Fe","g/cell",null,0,0,0,0,0,0,0,0,null,50.9,"V",{"$f":"AA76+AH76+AF76*3","v":118.93},"CoCO3"]
[null,null,"Aluminium","Al","g/cell",null,{"$f":"G39*RecyclingProcessData!$R21","v":0},{"$f":"H39*RecyclingProcessData!$R21","v":0},{"$f":"I39*RecyclingProcessData!$R21","v":0},{"$f":"J39*RecyclingProcessData!$R21","v":0},{"$f":"K39*RecyclingProcessData!$R21","v":0},{"$f":"L39*RecyclingProcessData!$R21","v":0},{"$f":"M39*RecyclingProcessData!$R21","v":0},null,null,null,null,{"$f":"P81*2++AF76*5","v":181.8},"V2O5"]
[null,null,"Copper","Cu","g/cell",null,{"$f":"G48*RecyclingProcessData!$R22","v":0},{"$f":"H48*RecyclingProcessData!$R22","v":0},{"$f":"I48*RecyclingProcessData!$R22","v":0},{"$f":"J48*RecyclingProcessData!$R22","v":0},{"$f":"K48*RecyclingProcessData!$R22","v":0},{"$f":"L48*RecyclingProcessData!$R22","v":59.183111941520167},{"$f":"M48*RecyclingProcessData!$R22","v":95.520048391951022}]
[null,{"$f":"RecyclingProcessData!Q23","v":"Emissions to air"}]
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[null,null,{"$f":"RecyclingProcessData!Q24","v":"SO2"},null,"g/cell",null,{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!G$63","v":6.1656368187181954E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!H$63","v":4.4238748799377579E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!I$63","v":4.8369809370277704E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!J$63","v":4.9891199851951354E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!K$63","v":5.5749831713249404E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!L$63","v":2.795318210987912E-2},{"$f":"RecyclingProcessData!$R24*'Battery Recycling'!M$63","v":3.8415210790262853E-2}]
[null,null,"HF"]
[null,null,{"$f":"RecyclingProcessData!Q25","v":"dust"},null,"g/cell",null,{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!G$63","v":0.26717759547778847},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!H$63","v":0.19170124479730283},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!I$63","v":0.20960250727120336},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!J$63","v":0.21619519935845585},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!K$63","v":0.24158260409074739},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!L$63","v":0.12113045580947618},{"$f":"RecyclingProcessData!$R25*'Battery Recycling'!M$63","v":0.16646591342447237}]
[null,{"$f":"RecyclingProcessData!Q26","v":"Emissions to water"}]
[null,null,{"$f":"RecyclingProcessData!Q27","v":"SO2"},null,"kg/cell",null,{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!G$68","v":5.1380306822651635E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!H$68","v":3.6865623999481317E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!I$68","v":4.0308174475231419E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!J$68","v":4.1575999876626135E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!K$68","v":4.6458193094374503E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!L$68","v":2.3294318424899266E-2},{"$f":"RecyclingProcessData!$R27*'Battery Recycling'!M$68","v":3.2012675658552377E-2}]
[null,null,{"$f":"RecyclingProcessData!Q28","v":"Cl"},null,"kg/cell",null,{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!G$68","v":5.1380306822651635E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!H$68","v":3.6865623999481317E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!I$68","v":4.0308174475231419E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!J$68","v":4.1575999876626135E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!K$68","v":4.6458193094374503E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!L$68","v":2.3294318424899266E-2},{"$f":"RecyclingProcessData!$R28*'Battery Recycling'!M$68","v":3.2012675658552377E-2}]
[null,null,{"$f":"RecyclingProcessData!Q29","v":"Water to sewer"},null,"l/cell",null,{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!G$68","v":1.2845076705662908},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!H$68","v":0.92164059998703285},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!I$68","v":1.0077043618807855},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!J$68","v":1.0393999969156533},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!K$68","v":1.1614548273593626},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!L$68","v":0.58235796062248169},{"$f":"RecyclingProcessData!$R29*'Battery Recycling'!M$68","v":0.80031689146380947}]
[null,"Waste"]
[null,null,{"$f":"RecyclingProcessData!Q31","v":"Solid waste"},null,"kg/cell",null,{"$f":"(G54+G51-SUM(G75:G83))/1000","v":0.60076446274406603},{"$f":"(H54+H51-SUM(H75:H83))/1000","v":0.36309553778371273},0.42618788815555858,0.54195284800587396,0.42867647716323348,0.16831819066348078,0.38229323198373028]
[null,null,{"$f":"RecyclingProcessData!Q32","v":"Plastics to incinerator"},null,"kg/cell",null,{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!G$68","v":0.12496783706451201},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!H$68","v":8.9665040521277786E-2},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!I$68","v":9.8038055661588991E-2},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!J$68","v":0.10112167676051741},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!K$68","v":0.11299620932527948},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!L$68","v":5.6656738144823686E-2},{"$f":"RecyclingProcessData!$R32*'Battery Recycling'!M$68","v":7.7861637718623936E-2},null,"all plastics assumed to be burned in smelter (plastics from original inventory probably attributable to module/pack housing)"]
[]
[]
[null,"Hydrometallurgical recycling",null,null,null,null,"(adapted from Mohr et al. 2020, stoichiometric estimations, based on Fisher 2004)"]
[null,{"$f":"RecyclingProcessData!B7","v":"INPUTS"}]
[null,null,{"$f":"RecyclingProcessData!B8","v":"Waste batteries"},null,"kg/cell",null,{"$f":"G63/1000","v":1.2845076705662908},0.92164059998703285,1.0077043618807855,1.0393999969156533,1.1614548273593626,0.58235796062248169,0.80031689146380947]
[null,null,{"$f":"RecyclingProcessData!B9","v":"Reagent"},null,"kg/cell",null,{"$f":"G$100*RecyclingProcessData!$C9","v":3.2112691764157271E-2},{"$f":"H$100*RecyclingProcessData!$C9","v":2.3041014999675823E-2},{"$f":"I$100*RecyclingProcessData!$C9","v":2.5192609047019639E-2},{"$f":"J$100*RecyclingProcessData!$C9","v":2.5984999922891334E-2},{"$f":"K$100*RecyclingProcessData!$C9","v":2.9036370683984066E-2},{"$f":"L$100*RecyclingProcessData!$C9","v":1.4558949015562043E-2},{"$f":"M$100*RecyclingProcessData!$C9","v":2.0007922286595238E-2}]
[null,null,{"$f":"RecyclingProcessData!B10","v":"Electricity"},null,"kWh/cell",null,{"$f":"G$100*RecyclingProcessData!$C10","v":0.17983107387928074},{"$f":"H$100*RecyclingProcessData!$C10","v":0.12902968399818462},{"$f":"I$100*RecyclingProcessData!$C10","v":0.14107861066330998},{"$f":"J$100*RecyclingProcessData!$C10","v":0.14551599956819147},{"$f":"K$100*RecyclingProcessData!$C10","v":0.16260367583031077},{"$f":"L$100*RecyclingProcessData!$C10","v":8.1530114487147448E-2},{"$f":"M$100*RecyclingProcessData!$C10","v":0.11204436480493334}]
[null,null,{"$f":"RecyclingProcessData!B11","v":"Water"},null,"l/cell",null,{"$f":"G$100*RecyclingProcessData!$C11","v":0.92484552280772936},{"$f":"H$100*RecyclingProcessData!$C11","v":0.66358123199066366},{"$f":"I$100*RecyclingProcessData!$C11","v":0.72554714055416558},{"$f":"J$100*RecyclingProcessData!$C11","v":0.74836799777927032},{"$f":"K$100*RecyclingProcessData!$C11","v":0.83624747569874103},{"$f":"L$100*RecyclingProcessData!$C11","v":0.41929773164818679},{"$f":"M$100*RecyclingProcessData!$C11","v":0.57622816185394277}]
[null,null,{"$f":"RecyclingProcessData!B12","v":"H2SO4 (100%)"},null,"kg/cell",null,{"$f":"G9/G6*18/12*RecyclingProcessData!$G7/1000","v":0.19537974179152057},{"$f":"H9/H6*18/12*RecyclingProcessData!$G7/1000","v":0.46260021274939667},{"$f":"I9/I6*18/12*RecyclingProcessData!$G7/1000","v":0.49155381284718686},{"$f":"J9/J6*18/12*RecyclingProcessData!$G7/1000","v":0.12917102700384436},{"$f":"K9/K6*18/12*RecyclingProcessData!$G7/1000","v":0.63249805025292549},{"$f":"L9/L6*18/12*RecyclingProcessData!$G7/1000","v":0.36941057090018276},{"$f":"M9/M6*18/12*RecyclingProcessData!$G7/1000","v":0.30303901173405129}]
[null,null,{"$f":"RecyclingProcessData!B13","v":"Lime"},null,"kg/cell",null,{"$f":"G9/G6*1.05/2*RecyclingProcessData!$G8/1000","v":6.9732228243544803E-2},{"$f":"H9/H6*1.05/2*RecyclingProcessData!$G8/1000","v":0.16510485337509698},{"$f":"I9/I6*1.05/2*RecyclingProcessData!$G8/1000","v":0.17543857084231418},{"$f":"J9/J6*1.05/2*RecyclingProcessData!$G8/1000","v":4.610193183230054E-2},{"$f":"K9/K6*1.05/2*RecyclingProcessData!$G8/1000","v":0.22574243368023653},{"$f":"L9/L6*1.05/2*RecyclingProcessData!$G8/1000","v":0.13184489860303264},{"$f":"M9/M6*1.05/2*RecyclingProcessData!$G8/1000","v":0.1081564820342813}]
[]
[null,"OUTPUTS"]
[null,"Materials"]
[null,null,"Sodium",{"$f":"RecyclingProcessData!B16","v":"Na2CO3"},"g/cell",null,{"$f":"G20*RecyclingProcessData!$C16*$R74/$P74","v":287.16312221209364},{"$f":"H20*RecyclingProcessData!$C16*$R74/$P74","v":356.23990579624075},{"$f":"I20*RecyclingProcessData!$C16*$R74/$P74","v":233.58623162872323},{"$f":"J20*RecyclingProcessData!$C16*$R74/$P74","v":363.78797937531937},{"$f":"K20*RecyclingProcessData!$C16*$R74/$P74","v":463.27561309597388},{"$f":"L20*RecyclingProcessData!$C16*$R74/$P74","v":0},{"$f":"M20*RecyclingProcessData!$C16*$R74/$P74","v":0}]
[null,null,"Lithium",{"$f":"RecyclingProcessData!B17","v":"Li2CO3"},"g/cell",null,{"$f":"G21*RecyclingProcessData!$C17*$R75/$P75","v":0},{"$f":"H21*RecyclingProcessData!$C17*$R75/$P75","v":0},{"$f":"I21*RecyclingProcessData!$C17*$R75/$P75","v":0},{"$f":"J21*RecyclingProcessData!$C17*$R75/$P75","v":0},{"$f":"K21*RecyclingProcessData!$C17*$R75/$P75","v":0},{"$f":"L21*RecyclingProcessData!$C17*$R75/$P75","v":188.54619721075099},{"$f":"M21*RecyclingProcessData!$C17*$R75/$P75","v":151.66053045408091}]
[null,null,"Nickel",{"$f":"RecyclingProcessData!B18","v":"NiSO4"},"g/cell",null,{"$f":"G22*RecyclingProcessData!$C18*$R76/$P76","v":0},{"$f":"H22*RecyclingProcessData!$C18*$R76/$P76","v":136.62054895005107},{"$f":"I22*RecyclingProcessData!$C18*$R76/$P76","v":0},{"$f":"J22*RecyclingProcessData!$C18*$R76/$P76","v":0},{"$f":"K22*RecyclingProcessData!$C18*$R76/$P76","v":196.97720602926668},{"$f":"L22*RecyclingProcessData!$C18*$R76/$P76","v":207.28750188055557},{"$f":"M22*RecyclingProcessData!$C18*$R76/$P76","v":0}]
[null,null,"Cobalt","CoCO3","g/cell",null,{"$f":"G23*RecyclingProcessData!$C19*$R81/$P77","v":0},{"$f":"H23*RecyclingProcessData!$C19*$R81/$P77","v":0},{"$f":"I23*RecyclingProcessData!$C19*$R81/$P77","v":0},{"$f":"J23*RecyclingProcessData!$C19*$R81/$P77","v":0},{"$f":"K23*RecyclingProcessData!$C19*$R81/$P77","v":151.42200965070577},{"$f":"L23*RecyclingProcessData!$C19*$R81/$P77","v":53.115942944120128},{"$f":"M23*RecyclingProcessData!$C19*$R81/$P77","v":0}]
[null,null,"Manganese",{"$f":"RecyclingProcessData!B20","v":"MnSO4"},"g/cell",null,{"$f":"G24*RecyclingProcessData!$C20*$R78/$P78","v":0},{"$f":"H24*RecyclingProcessData!$C20*$R78/$P78","v":222.15225969578248},{"$f":"I24*RecyclingProcessData!$C20*$R78/$P78","v":448.50736300017672},{"$f":"J24*RecyclingProcessData!$C20*$R78/$P78","v":124.0623533896824},{"$f":"K24*RecyclingProcessData!$C20*$R78/$P78","v":192.17723145276659},{"$f":"L24*RecyclingProcessData!$C20*$R78/$P78","v":67.412094744685874},{"$f":"M24*RecyclingProcessData!$C20*$R78/$P78","v":0}]
[null,null,"Magnesium",{"$f":"RecyclingProcessData!B21","v":"Mg(OH)2"},"g/cell",null,{"$f":"G29*RecyclingProcessData!$C21*$R79/$P79","v":0},{"$f":"H29*RecyclingProcessData!$C21*$R79/$P79","v":8.5812822986369426},{"$f":"I29*RecyclingProcessData!$C21*$R79/$P79","v":9.1183746067539229},{"$f":"J29*RecyclingProcessData!$C21*$R79/$P79","v":0},{"$f":"K29*RecyclingProcessData!$C21*$R79/$P79","v":0},{"$f":"L29*RecyclingProcessData!$C21*$R79/$P79","v":0},{"$f":"M29*RecyclingProcessData!$C21*$R79/$P79","v":0}]
[null,null,"Titanium",{"$f":"RecyclingProcessData!B22","v":"TiO2"},"g/cell",null,{"$f":"G31*RecyclingProcessData!$C22*$R80/$P80","v":0},{"$f":"H31*RecyclingProcessData!$C22*$R80/$P80","v":11.759616768048909},{"$f":"I31*RecyclingProcessData!$C22*$R80/$P80","v":0},{"$f":"J31*RecyclingProcessData!$C22*$R80/$P80","v":0},{"$f":"K31*RecyclingProcessData!$C22*$R80/$P80","v":0},{"$f":"L31*RecyclingProcessData!$C22*$R80/$P80","v":0},{"$f":"M31*RecyclingProcessData!$C22*$R80/$P80","v":0}]
[null,null,"Vanadium","V2O5","g/cell"]
[null,null,"Steel",{"$f":"RecyclingProcessData!B23","v":"Steel/Iron"},"g/cell",null,{"$f":"G50","v":0},{"$f":"H50","v":0},0,0,0,0,0]
[null,null,"Aluminium",{"$f":"RecyclingProcessData!B24","v":"Aluminium"},"g/cell",null,{"$f":"G39","v":163.93644901349737},{"$f":"H39","v":66.82529208045311},73.819556349940797,99.600329662108265,79.142211958226085,23.8735727177855,39.909969312604915]
[null,null,"Copper",{"$f":"RecyclingProcessData!B25","v":"Copper"},"g/cell",null,{"$f":"G48","v":0},{"$f":"H48","v":0},0,0,{"$f":"K48","v":0},63.229820450342061,102.05133375208443]
[null,{"$f":"RecyclingProcessData!B27","v":"Emissions to air"}]
[null,null,{"$f":"RecyclingProcessData!B28","v":"SO2"},null,"g/cell",null,{"$f":"RecyclingProcessData!$C28*G63","v":5.7802845175483073E-3},{"$f":"RecyclingProcessData!$C28*H63","v":4.147382699941647E-3},{"$f":"RecyclingProcessData!$C28*I63","v":4.5346696284635337E-3},{"$f":"RecyclingProcessData!$C28*J63","v":4.677299986120439E-3},{"$f":"RecyclingProcessData!$C28*K63","v":5.2265467231171307E-3},{"$f":"RecyclingProcessData!$C28*L63","v":2.6206108228011668E-3},{"$f":"RecyclingProcessData!$C28*M63","v":3.6014260115871423E-3}]
[null,null,{"$f":"RecyclingProcessData!B29","v":"VOC"},null,"g/cell",null,{"$f":"RecyclingProcessData!$C29*G63","v":3.2112691764157272E-3},{"$f":"RecyclingProcessData!$C29*H63","v":2.3041014999675823E-3},{"$f":"RecyclingProcessData!$C29*I63","v":2.5192609047019637E-3},{"$f":"RecyclingProcessData!$C29*J63","v":2.5984999922891334E-3},{"$f":"RecyclingProcessData!$C29*K63","v":2.9036370683984064E-3},{"$f":"RecyclingProcessData!$C29*L63","v":1.4558949015562042E-3},{"$f":"RecyclingProcessData!$C29*M63","v":2.000792228659524E-3}]
[null,null,{"$f":"RecyclingProcessData!B30","v":"CO2"},null,"g/cell"]
[null,{"$f":"RecyclingProcessData!B31","v":"Emissions to water"}]
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[]
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[null,null,{"$f":"RecyclingProcessData!B40","v":"Water to sewer"},null,"kg/cell",null,{"$f":"RecyclingProcessData!$C40*G$68","v":0.43287908498084005},{"$f":"RecyclingProcessData!$C40*H$68","v":0.31059288219563008},{"$f":"RecyclingProcessData!$C40*I$68","v":0.33959636995382475},{"$f":"RecyclingProcessData!$C40*J$68","v":0.3502777989605752},{"$f":"RecyclingProcessData!$C40*K$68","v":0.39141027682010521},{"$f":"RecyclingProcessData!$C40*L$68","v":0.19625463272977633},{"$f":"RecyclingProcessData!$C40*M$68","v":0.26970679242330381}]
[null,{"$f":"RecyclingProcessData!B41","v":"Solid waste"}]
[null,null,{"$f":"RecyclingProcessData!B42","v":"Paper and plastic to refining"},null,"kg/cell",null,0]
[null,null,{"$f":"RecyclingProcessData!B43","v":"Residue to landfill"},null,"kg/cell",null,{"$f":"RecyclingProcessData!$C43*G100","v":0.25947054945439074},{"$f":"RecyclingProcessData!$C43*H100","v":0.18617140119738065},{"$f":"RecyclingProcessData!$C43*I100","v":0.20355628109991869},{"$f":"RecyclingProcessData!$C43*J100","v":0.20995879937696199},{"$f":"RecyclingProcessData!$C43*K100","v":0.23461387512659126},{"$f":"RecyclingProcessData!$C43*L100","v":0.11763630804574131},{"$f":"RecyclingProcessData!$C43*M100","v":0.16166401207568953}]
[null,null,{"$f":"RecyclingProcessData!B44","v":"Gypsum"},null,"kg/cell",null,{"$f":"G105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.11993943257889707},{"$f":"H105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.28398034780516684},{"$f":"I105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.30175434184878036},{"$f":"J105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":7.9295322751556929E-2},{"$f":"K105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.38827698593000681},{"$f":"L105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.22677322559721616},{"$f":"M105/RecyclingProcessData!$G8*RecyclingProcessData!$K9","v":0.18602914909896381}]
[]
[]
[]
[]
[]
[null,"advanced hydrometallurgical recycling ",null,null,null,null,"(based on Mohr et al. 2020, expanded based on Duesnfeld patent and stoichiometric estimations)"]
[null,"Mechanical pre-treatment",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Estimation of input of process chemicals for hydrometallurgical stage"]
[null,{"$f":"RecyclingProcessData!X7","v":"INPUTS"}]
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[]
[null,null,{"$f":"RecyclingProcessData!X22","v":"solid Waste"},null,"g/cell",null,{"$f":"G146*1000-G154-G155-G156-G159-G55","v":49.041832668187737},{"$f":"H146*1000-H154-H155-H156-H159-H55","v":44.591296421062225},55.115395917195968,45.852871493324415,56.709201061333516,21.879583596681812,29.142023563997839,null,null,null,null,null,"Lime demand","Lime demand","Lime demand","Lime demand","Lime demand","Lime demand","Lime demand"]
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[]
[null,null,null,"* MnSO4 eq","g MnSO4-eq",null,{"$f":"G24*RecyclingProcessData!$Z58*$R78/$P78","v":0},{"$f":"H24*RecyclingProcessData!$Z58*$R78/$P78","v":225.47504990490742},{"$f":"I24*RecyclingProcessData!$Z58*$R78/$P78","v":455.21580646385456},{"$f":"J24*RecyclingProcessData!$Z58*$R78/$P78","v":125.91798688055371},{"$f":"K24*RecyclingProcessData!$Z58*$R78/$P78","v":195.05167722235922},{"$f":"L24*RecyclingProcessData!$Z58*$R78/$P78","v":68.420395307106389},{"$f":"M24*RecyclingProcessData!$Z58*$R78/$P78","v":0}]
[]
[]
[]
[null,null,"per kg"]
[null,null,"Electricity",null,"MJ/kg",null,{"$f":"(G147+G167)/G146*3.6","v":4.8754711624188918},{"$f":"(H147+H167)/H146*3.6","v":5.6380689259933643},5.5408476533777531,5.436761681730454,5.765641559334397,5.5433028117034953,5.2787371466959518]
[]
[null,null,"Lime",null,null,null,{"$f":"G168/G$146/1000","v":0.23083319162964522},{"$f":"H168/H$146/1000","v":0.28905878347313846},0.21190430013067194,0.27371490396538012,0.28970364526212677,9.5295357269310974E-2,0.10288563005239713]
[null,null,"Sand",null,null,null,{"$f":"G169/G$146/1000","v":7.8312474502323412E-2},9.5934300638861311E-2,9.36877475480484E-2,9.1282567539358039E-2,9.8882201710559725E-2,9.3744480435581562E-2,8.7630995223393196E-2]
[null,null,"Sulfuric acid",null,null,null,0.22794325918647501,0.70477748321015909,0.5718128332908673,0.44232814252144143,0.76213040653432029,0.65124906712532993,0.13860993484065637]
[null,null,"Oxygen",null,null,null,0,0,0,0,0,1.0935123383452702E-3,1.284246697039597E-3]
[null,null,"NaOH",null,null,null,0.14013778562901791,0.10289610418643483,9.752392576192033E-2,0.10750264180346489,8.3280607319525274E-2,6.8405870075548256E-2,7.7997566659121262E-2]
[null,null,"Na2CO3",null,null,null,0,9.3279730527561472E-2,0.17224022506235454,4.619079633807055E-2,6.4032101412133391E-2,0.30077511944504731,0.14982565740182097]

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["BATTERY CELL PRODUCTION"]
["I",null,null,null,"electrode area",{"$f":"'Battery Design'!G21","v":1.7328679974211267},"m2",null,null,"electrode area",{"$f":"'Battery Design'!J21","v":0.60985071258198686},"m2",null,null,"electrode area",{"$f":"'Battery Design'!M21","v":0.68085142170695601},"m2",null,null,"electrode area",{"$f":"'Battery Design'!P21","v":0.99725336006877974},"m2",null,null,"electrode area",{"$f":"'Battery Design'!S21","v":0.74212988514888389},"m2",null,null,"electrode area",{"$f":"'Battery Design'!V21","v":0.45024918383117174},"m2",null,null,"electrode area",{"$f":"'Battery Design'!Y21","v":0.81679192435291925},"m2"]
[]
["Battery cells",null,{"$f":"'Battery Design'!AC5","v":"NaFCN-HC"},null,null,null,null,{"$f":"'Battery Design'!AF5","v":"NaNMMT-HC"},null,null,null,null,{"$f":"'Battery Design'!AI5","v":"NaMMO-HC"},null,null,null,null,{"$f":"'Battery Design'!AL5","v":"NaMVP-HC"},null,null,null,null,{"$f":"'Battery Design'!AO5","v":"NaNMC-HC"},null,null,null,null,{"$f":"'Battery Design'!AR5","v":"NMC622-G"},null,null,null,null,{"$f":"'Battery Design'!AU5","v":"LFP-G"}]
[null,"Item","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[null,null,null,null,null,null,null,"Inputs"]
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[null,{"$f":"'Battery Design'!AB7","v":"Active material"},"Graphite, battery grade","ecoinvent",{"$f":"'Battery Design'!AC7","v":266.92840256905407},"g",{"$f":"'Battery Design'!AD7","v":0.20780600122954149},"Hard carbon,  from org waste","Peters & Abdelbaky",{"$f":"'Battery Design'!AF7","v":269.30836996143711},"g","Peters & Abdelbaky","Hard carbon,  from org waste","Peters & Abdelbaky",{"$f":"'Battery Design'!AI7","v":307.15208588582357},"g",{"$f":"O8/SUM(O$8:O$11)","v":0.8583370456226701},"Hard carbon,  from org waste","Peters & Abdelbaky",{"$f":"'Battery Design'!AL7","v":222.42790098910942},"g",{"$f":"T8/SUM(T$8:T$11)","v":0.79563978029778692},"Hard carbon,  from org waste",null,{"$f":"'Battery Design'!AO7","v":306.96352191990616},"g",{"$f":"Y8/SUM(Y$8:Y$11)","v":0.85238151751332125},"Graphite, battery grade, market",null,{"$f":"'Battery Design'!AR7","v":136.30381247311456},"g",{"$f":"'Battery Design'!AS7","v":0.23405503434248517},"Graphite, battery grade",null,{"$f":"'Battery Design'!AU7","v":154.48246201386999},"g",{"$f":"'Battery Design'!AV7","v":0.19302661690835463}]
[null,{"$f":"'Battery Design'!AB8","v":"Conducting carbon"},"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AC8","v":8.6105936312598104},null,null,"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AF8","v":8.687366772949586},null,"ecoinvent","Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AI8","v":9.9081318027685015},null,{"$f":"O9/SUM(O$8:O$11)","v":2.7688291794279681E-2},"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AL8","v":7.1750935802938525},null,{"$f":"T9/SUM(T$8:T$11)","v":2.5665799364444741E-2},"Carbon black, market",null,{"$f":"'Battery Design'!AO8","v":9.9020490941905219},null,{"$f":"Y9/SUM(Y$8:Y$11)","v":2.749617798430069E-2},"Carbon black, market"]
[null,{"$f":"'Battery Design'!AB9","v":"Binder"},"Binder, water-based (CMC-SRB) ","Peters (SIB)",{"$f":"'Battery Design'!AC9","v":11.480791508346412},"g",{"$f":"'Battery Design'!AD9","v":8.9378925260017849E-3},"Binder, water-based (CMC-SRB) ","Peters (SIB)",{"$f":"'Battery Design'!AF9","v":11.583155697266113},"g","Peters (SIB)","Binder, water-based (CMC-SRB) ","Peters (SIB)",{"$f":"'Battery Design'!AI9","v":13.210842403691336},"g",3.6917722392372905E-2,{"$f":"W10","v":"Binder, water-based (CMC-SRB) "},{"$f":"X10","v":0},{"$f":"'Battery Design'!AL9","v":9.5667914403918033},"g",3.4221065819259655E-2,"Binder, water-based (CMC-SRB) ",null,{"$f":"'Battery Design'!AO9","v":13.202732125587364},"g",3.6661570645734255E-2,"Binder, water-based (CMC-SRB) ",null,{"$f":"'Battery Design'!AR9","v":2.7817104586349912},"g",{"$f":"'Battery Design'!AS9","v":4.7766333539282693E-3},"Binder, water-based (CMC-SRB) ",null,{"$f":"'Battery Design'!AU9","v":3.1527033064055106},"g",{"$f":"'Battery Design'!AV9","v":3.9393187124154017E-3}]
[null,{"$f":"'Battery Design'!AB10","v":"Foil"},"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AC10","v":70.181153895555639},"g",{"$f":"'Battery Design'!AD10","v":5.4636617206509502E-2},"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AF10","v":24.698953859570473},"g","Ellingsen","Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AI10","v":27.574482579131718},"g",7.7056940190677367E-2,"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AL10","v":40.388761082785585},"g",0.14447335451850857,"Aluminium current collector production, for Li-Ion battery (Ellingsen)",null,{"$f":"'Battery Design'!AO10","v":30.056260348529801},"g",8.3460733856643682E-2,"Copper current collector production, Li-Ion battery ",null,{"$f":"'Battery Design'!AR10","v":40.342326871272995},"g",{"$f":"'Battery Design'!AS10","v":6.9274105617361414E-2},"Copper current collector production, Li-Ion battery ",null,{"$f":"'Battery Design'!AU10","v":73.184556422021572},"g",{"$f":"'Battery Design'!AV10","v":9.1444473061369838E-2}]
["Cathode",null,{"$f":"C82","v":"Cathode, Prussian Blue, for Na-Ion battery"},null,{"$f":"SUM(E13:E16)","v":501.01453466445417},"g",null,{"$f":"H82","v":"Cathode, NMMT, for Na-Ion battery"},null,{"$f":"SUM(J13:J16)","v":370.28734042759277},"g",null,{"$f":"M82","v":"Cathode, NMO, for Na-Ion battery"},null,{"$f":"SUM(O13:O16)","v":382.93551390183598},"g",{"$f":"SUM(Q8:Q11)","v":1},{"$f":"R82","v":"Cathode, NMO, for Na-Ion battery"},null,{"$f":"SUM(T13:T16)","v":479.82032779903426},"g",{"$f":"SUM(V8:V11)","v":1},{"$f":"W82","v":"Cathode, NMC, for Na-Ion battery"},{"$f":"W82","v":"Cathode, NMC, for Na-Ion battery"},{"$f":"SUM(Y13:Y16)","v":524.21167262467054},"g",{"$f":"SUM(AA8:AA11)","v":0.99999999999999989},{"$f":"AB82","v":"Cathode, layered oxide, for Na-Ion battery"},{"$f":"AB82","v":"Cathode, layered oxide, for Na-Ion battery"},{"$f":"SUM(AD13:AD16)","v":263.89025199779212},"g",null,{"$f":"AG82","v":"Cathode, LFP, for Na-Ion battery"},{"$f":"AG82","v":"Cathode, LFP, for Na-Ion battery"},{"$f":"SUM(AI13:AI16)","v":369.75823171395189},"g",null,null,null,"Manufacturing energy demand (MJ) (Dai et al. 2019)"]
[null,{"$f":"'Battery Design'!AB12","v":"Active material"},"NMC622 active material ","Mohr",{"$f":"'Battery Design'!AC12","v":416.66666666666669},"g",{"$f":"'Battery Design'!AD12","v":0.32437849630199106},"NMMT","Peters (SIB)",{"$f":"'Battery Design'!AF12","v":333.33333333333331},"g","Peters (SIB)",{"$f":"M102","v":"Magnesium Oxide (waste)"},null,{"$f":"'Battery Design'!AI12","v":336.1344537815126},"g",{"$f":"O13/SUM(O$13:O$16)","v":0.87778344284797616},{"$f":"M102","v":"Magnesium Oxide (waste)"},null,{"$f":"'Battery Design'!AL12","v":423.95336512983573},"g",{"$f":"T13/SUM(T$13:T$16)","v":0.88356691154486144},{"$f":"W98","v":"Na-NMC (SIB) active material, for Na-Ion battery"},null,{"$f":"'Battery Design'!AO12","v":476.1904761904762},"g",{"$f":"Y13/SUM(Y$13:Y$16)","v":0.90839350029396049},"NMC111 active material ",null,{"$f":"'Battery Design'!AR12","v":237.03703703703701},"g",{"$f":"'Battery Design'!AS12","v":0.40702978763039221},null,null,{"$f":"'Battery Design'!AU12","v":325.005078204347},"g",{"$f":"'Battery Design'!AV12","v":0.40609548751357799},null,null,"Electricity","dry room ",26]
[null,{"$f":"'Battery Design'!AB13","v":"Conducting carbon"},"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AC13","v":8.6805555555555554},"g",{"$f":"'Battery Design'!AD13","v":6.7578853396248134E-3},"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AF13","v":6.9444444444444438},"g","ecoinvent","Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AI13","v":7.0028011204481793},"g",{"$f":"O14/SUM(O$13:O$16)","v":1.8287155059332837E-2},"Carbon black, market","ecoinvent",{"$f":"'Battery Design'!AL13","v":8.8323617735382438},"g",{"$f":"T14/SUM(T$13:T$16)","v":1.8407643990517947E-2},"Carbon black, market",null,{"$f":"'Battery Design'!AO13","v":9.9206349206349209},"g",{"$f":"Y14/SUM(Y$13:Y$16)","v":1.892486458945751E-2},"Carbon black, market",null,{"$f":"'Battery Design'!AR13","v":4.9382716049382713},"g",{"$f":"'Battery Design'!AS13","v":8.479787242299839E-3},"Carbon black, market",null,{"$f":"'Battery Design'!AU13","v":6.7709391292572283},"g",{"$f":"'Battery Design'!AV13","v":8.4603226565328742E-3},null,null,null,"other",{"$f":"AP13*0.25","v":6.5}]
[null,{"$f":"'Battery Design'!AB14","v":"Binder"},"PVF-NMP binder, for LIB","Peters",{"$f":"'Battery Design'!AC14","v":8.6805555555555554},"g",{"$f":"'Battery Design'!AD14","v":6.7578853396248134E-3},"PVF-NMP binder, for LIB","Peters",{"$f":"'Battery Design'!AF14","v":6.9444444444444438},"g","Peters","Binder, water-based (CMC-SRB) ","Peters (SIB)",{"$f":"'Battery Design'!AI14","v":14.005602240896359},"g",3.6574310118665673E-2,"PVF-NMP binder, for LIB","Peters",{"$f":"'Battery Design'!AL14","v":8.8323617735382438},"g",1.8407643990517947E-2,"PVF-NMP binder, for LIB",null,{"$f":"'Battery Design'!AO14","v":9.9206349206349209},"g",1.892486458945751E-2,"PVF-NMP binder, for LIB",null,{"$f":"'Battery Design'!AR14","v":4.9382716049382713},"g",{"$f":"'Battery Design'!AS14","v":8.479787242299839E-3},"PVF-NMP binder, for LIB",null,{"$f":"'Battery Design'!AU14","v":6.7709391292572283},"g",{"$f":"'Battery Design'!AV14","v":8.4603226565328742E-3},null,null,null,null,{"$f":"SUM(AP13:AP14)","v":32.5}]
[null,{"$f":"'Battery Design'!AB15","v":"Foil"},"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AC15","v":66.986756886676417},"g",{"$f":"'Battery Design'!AD15","v":5.2149752330513138E-2},"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AF15","v":23.065118205370538},"g","Ellingsen","Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AI15","v":25.79265675897889},"g",6.7355091974025519E-2,"Aluminium current collector production, for Li-Ion battery (Ellingsen)","Ellingsen",{"$f":"'Battery Design'!AL15","v":38.202239122122016},"g",7.9617800474102607E-2,"Aluminium current collector production, for Li-Ion battery (Ellingsen)",null,{"$f":"'Battery Design'!AO15","v":28.179926592924506},"g",5.3756770527124458E-2,"Aluminium current collector production, for Li-Ion battery (Ellingsen)",null,{"$f":"'Battery Design'!AR15","v":16.976671750878531},"g",{"$f":"'Battery Design'!AS15","v":2.9151609317286897E-2},"Aluminium current collector production, for Li-Ion battery (Ellingsen)",null,{"$f":"'Battery Design'!AU15","v":31.211275251090441},"g",{"$f":"'Battery Design'!AV15","v":3.8998646141285176E-2},null,null,"Heat","dry room ",70]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"other",70]
[{"$f":"'Battery Design'!AA16","v":"Electrolyte"},{"$f":"'Battery Design'!AB16","v":"Electrolyte"},"Electrolyte for Na-Ion battery","Electrolyte production, NaPF6, for Na-Ion battery (Peters)",{"$f":"'Battery Design'!AC16","v":342.51389904259662},"g",{"$f":"'Battery Design'!AD16","v":0.26664994448152674},"Electrolyte for Na-Ion battery","Electrolyte production, NaPF6, for Na-Ion battery (Peters)",{"$f":"'Battery Design'!AF16","v":188.94121462233795},"g","own","Electrolyte for Na-Ion battery","Electrolyte production, NaPF6, for Na-Ion battery (Peters)",{"$f":"'Battery Design'!AI16","v":214.28168332624952},"g",{"$f":"'Battery Design'!AJ16","v":0.21264340160869494},"Electrolyte for Na-Ion battery","Electrolyte production, NaPF6, for Na-Ion battery (Peters)",{"$f":"'Battery Design'!AL16","v":221.90112447581527},"g",{"$f":"'Battery Design'!AM16","v":0.21348963357157141},"Electrolyte for Na-Ion battery","Electrolyte production, NaPF6, for Na-Ion battery (Peters)",{"$f":"'Battery Design'!AO16","v":222.50198977658798},"g",{"$f":"'Battery Design'!AP16","v":0.19157179817527611},"Electrolyte for Li-Ion battery, 1M LiPF6","Electrolyte for Li­ion battery, 1M LiPF6, at plant (Notter)",{"$f":"'Battery Design'!AR16","v":89.661920782890107},"g",{"$f":"'Battery Design'!AS16","v":0.15396358742490718},"Electrolyte for Li-Ion battery, 1M LiPF6","Electrolyte for Li­ion battery, 1M LiPF6, at plant (Notter)",{"$f":"'Battery Design'!AU16","v":133.03410244700419},"g",{"$f":"'Battery Design'!AV16","v":0.16622678324792051},null,null,null,null,null,null,null,null,"capacity",{"$f":"E34","v":159.43010111701989},{"$f":"J34","v":158.43935181748944},{"$f":"O34","v":158.2910841588311},{"$f":"T34","v":158.47437844640999},{"$f":"Y34","v":158.31753555242449},{"$f":"AD34","v":158.46573512417888},{"$f":"AI34","v":157.99753952784715},"Wh"]
[{"$f":"'Battery Design'!AA17","v":"Separator"},{"$f":"'Battery Design'!AB17","v":"Separator"},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AC17","v":21.704219798191936},"g",{"$f":"'Battery Design'!AD17","v":1.6896917235708971E-2},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AF17","v":7.4058158923845436},"g","Ellingsen","Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AI17","v":8.2984940145735298},"g",{"$f":"'Battery Design'!AJ17","v":8.2350482229581416E-3},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AL17","v":12.300431192248977},"g",{"$f":"'Battery Design'!AM17","v":1.1834165122907107E-2},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AO17","v":9.0721773828945462},"g",{"$f":"'Battery Design'!AP17","v":7.811046257839134E-3},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AR17","v":5.3944004864272586},"g",{"$f":"'Battery Design'!AS17","v":9.2630321059940374E-3},"Battery separator, PE/PP","market for battery separator  - GLO",{"$f":"'Battery Design'!AU17","v":9.9936943665280413},"g",{"$f":"'Battery Design'!AV17","v":1.2487171610546919E-2}]
[{"$f":"'Battery Design'!AA18","v":"Cell"},{"$f":"'Battery Design'!AB18","v":"Cell housing"},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AC18","v":35.305537225566695},"g",{"$f":"'Battery Design'!AD18","v":2.7485656983271906E-2},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AF18","v":21.667162737982284},"g","Ellingsen","Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AI18","v":23.890710954881147},"g",{"$f":"'Battery Design'!AJ18","v":2.3708055515698455E-2},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AL18","v":24.810236898773322},"g",{"$f":"'Battery Design'!AM18","v":2.3869768108905103E-2},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AO18","v":24.638399070223887},"g",{"$f":"'Battery Design'!AP18","v":2.1213394175855094E-2},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AR18","v":14.199143006373586},"g",{"$f":"'Battery Design'!AS18","v":2.4382156622700137E-2},"Multilayer pouch, for pouch cell production","Multilayer pouch, for pouch cell production (Ellingsen)",{"$f":"'Battery Design'!AU18","v":19.145669802450879},"g",{"$f":"'Battery Design'!AV18","v":2.3922611163976225E-2}]
[null,"Positive terminal","Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!G25","v":13.384269115632653},"g",{"$f":"E21/E$31","v":1.0419765815592239E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!J25","v":9.5306100077560476},"g","Ellingsen","Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!M25","v":10.226208505915098},"g",{"$f":"O21/O$31","v":1.0148024453152948E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!P25","v":10.504664728600329},"g",{"$f":"T21/T$31","v":1.0106469847770047E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!S25","v":10.453012508385887},"g",{"$f":"Y21/Y$31","v":8.9999303133910438E-3},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!V25","v":6.896900966906971},"g",{"$f":"AD21/AD$31","v":1.1843061198193089E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!Y25","v":8.698694061514475},"g",{"$f":"AI21/AI$31","v":1.08690621856103E-2},null,null,null,null,null,null,null,null,"Manufacturing energy demand"]
[null,"Negative terminal","Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!G26","v":13.384269115632653},"g",{"$f":"E22/E$31","v":1.0419765815592239E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!J26","v":9.5306100077560476},"g","Ellingsen","Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!M26","v":10.226208505915098},"g",{"$f":"O22/O$31","v":1.0148024453152948E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!P26","v":10.504664728600329},"g",{"$f":"T22/T$31","v":1.0106469847770047E-2},"Aluminium tab, for LIB pouch cell","Aluminium tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!S26","v":10.453012508385887},"g",{"$f":"Y22/Y$31","v":8.9999303133910438E-3},"Copper tab, for LIB pouch cell","Copper tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!V26","v":22.887493579069062},"g",{"$f":"AD22/AD$31","v":3.9301417902151886E-2},"Copper tab, for LIB pouch cell","Copper tab, for Li-Ion pouch cell (Ellingsen)",{"$f":"'Battery Design'!Y26","v":28.866777330062856},"g",{"$f":"AI22/AI$31","v":3.6069184141877153E-2},null,null,null,null,"DMC","Water",null,null,null,{"$f":"C4","v":"NaFCN-HC"},{"$f":"H4","v":"NaNMMT-HC"},{"$f":"M4","v":"NaMMO-HC"},{"$f":"R4","v":"NaMVP-HC"},{"$f":"W4","v":"NaNMC-HC"},{"$f":"AB4","v":"NMC622-G"},{"$f":"AG4","v":"LFP-G"},"Unit"]
["Manufacturing","Electricity (dry room)","Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*E31","v":2.5243693729079419},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*J31","v":1.8112474971909454},"kWh","Dai 2019 (26.5MJ/kWh)","Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*O31","v":1.980383680352896},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*T31","v":2.0426732969665626},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*Y31","v":2.2825406662690262},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"26/1000/3.6*AD34","v":1.1444747536746251},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD23/$AD31*AI31","v":1.5728169599341191},"kWh",null,null,null,"Latent heat of vaporization, kJ/kmol"," kJ/kmol",8382,40660,null,null,"Electricity (dry room)",{"$f":"E23","v":2.5243693729079419},{"$f":"J23","v":1.8112474971909454},{"$f":"O23","v":1.980383680352896},{"$f":"T23","v":2.0426732969665626},{"$f":"Y23","v":2.2825406662690262},{"$f":"AD23","v":1.1444747536746251},{"$f":"AI23","v":1.5728169599341191},"kWh"]
[null,"Electricity (other)","Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*F2","v":1.1011811601877479},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*K2","v":0.38754026055174096},"kWh","Deng 2017","Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*P2","v":0.43265889818873443},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*U2","v":0.63372202249447596},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*Z2","v":0.47159936541874109},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"AD23*0.25","v":0.28611868841865629},"kWh",null,"Electricity, EU mix","market group for electricity, medium voltage - Europe without Switzerland",{"$f":"$AD24/$AE2*AJ2","v":0.51904465904470576},"kWh",null,null,null,"Latent heat of vaporization, kJ/kmol"," kJ/kg",{"$f":"AP23/AP25","v":93.050621669627006},{"$f":"AQ23/AQ25","v":2258.8888888888887},null,null,"Electricity (other)",{"$f":"E24","v":1.1011811601877479},{"$f":"J24","v":0.38754026055174096},{"$f":"O24","v":0.43265889818873443},{"$f":"T24","v":0.63372202249447596},{"$f":"Y24","v":0.47159936541874109},{"$f":"AD24","v":0.28611868841865629},0.51904465904470576,"kWh"]
[null,"Heat (dry room)","Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*E31","v":24.466964691261598},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*J31","v":17.55516804969686},"MJ","Dai 2019 (140MJ/kWh)","Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*O31","v":19.194487978804997},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*T31","v":19.798218109060535},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*Y31","v":22.123086457684412},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"70/1000*AD34","v":11.092601458692522},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD25/$AD31*AI31","v":15.244225919361465},"MJ",null,null,null,"Relative molecular weight: ","g/mol",90.08,18,null,null,"Heat (dry room)",24.466964691261598,{"$f":"J25","v":17.55516804969686},{"$f":"O25","v":19.194487978804997},{"$f":"T25","v":19.798218109060535},{"$f":"Y25","v":22.123086457684412},{"$f":"AD25","v":11.092601458692522},15.244225919361465,"MJ"]
[null,"Heat (other)","Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*F2","v":42.691946518048077},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*K2","v":15.024637793698266},"MJ","Dai 2019 (140MJ/kWh)","Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*P2","v":16.773852668240167},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*U2","v":24.568915333631992},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*Z2","v":18.283544628541964},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"70/1000*AD34","v":11.092601458692522},"MJ",null,"Heat","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"$AD26/$AE2*AJ2","v":20.122962166040903},"MJ",null,null,null,"density","g/cm3",1.073,1,null,null,"Heat (other)",42.691946518048077,{"$f":"J26","v":15.024637793698266},{"$f":"O26","v":16.773852668240167},{"$f":"T26","v":24.568915333631992},{"$f":"Y26","v":18.283544628541964},{"$f":"AD26","v":11.092601458692522},20.122962166040903,"MJ"]
[null,"Infrastructure","Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,"Factory","market for chemical factory, organics - GLO",4.2E-10,"u",null,null,null,"Heat of combustion, kcal/kg","kcal/kg",3452,"--"]
["Transport","Lorry","transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(E8:E11,E13:E16,E19:E22)*100/1000000","v":9.4199377152369382E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(J8:J11,J13:J16,J19:J22)*100/1000000","v":7.3269938536469501E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(O8:O11,O13:O16,O19:O22)*100/1000000","v":7.9342267855453591E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(T8:T11,T13:T16,T19:T22)*100/1000000","v":8.1749887243983771E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(Y8:Y11,Y13:Y16,Y19:Y22)*100/1000000","v":9.3895283758277451E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(AD8:AD11,AD13:AD16,AD19:AD22)*100/1000000","v":4.9269603983959152E-2},"t·km",null,"transport, lorry","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"SUM(AI8:AI11,AI13:AI16,AI19:AI22)*100/1000000","v":6.6728278901680552E-2},"t·km",null,null,null,null,null,"http://www.elecs-korea.com/board/file/1135059729.pdf",null,null,null,"Total energy demand",{"$f":"(AU26+AU25)/3.6+AU24+AU23","v":22.280803646792819},{"$f":"(AV26+AV25)/3.6+AV24+AV23","v":11.248733825352446},12.404248313831953,15.000599053542295,13.978204222306205,7.5931498080335711,11.916080531590595,"Wh/cell"]
[null,"Train","transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(E19:E20,E13:E15,E8:E10)*600+(E11+E16+E21+E22)*200)/1000000","v":0.49962168330881751},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(J19:J20,J13:J15,J8:J10)*600+(J11+J16+J21+J22)*200)/1000000","v":0.41288951438663568},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(O19:O20,O13:O15,O8:O10)*600+(O11+O16+O21+O22)*200)/1000000","v":0.44652578459274522},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(T19:T20,T13:T15,T8:T10)*600+(T11+T16+T21+T22)*200)/1000000","v":0.45065919159905943},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(Y19:Y20,Y13:Y15,Y8:Y10)*600+(Y11+Y16+Y21+Y22)*200)/1000000","v":0.5317148177663743},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(AD19:AD20,AD13:AD15,AD8:AD10)*600+(AD11+AD16+AD21+AD22)*200)/1000000","v":0.26077626663650394},"t·km",null,"transport, train","market for transport, freight train  - Europe without Switzerland",{"$f":"(SUM(AI19:AI20,AI13:AI15,AI8:AI10)*600+(AI11+AI16+AI21+AI22)*200)/1000000","v":0.34358515218420738},"t·km",null,null,null,null,null,null,null,null,null,null,{"$f":"AU28/AU18*1000","v":139.75280383494808},{"$f":"AV28/AV18*1000","v":70.997095710857025},78.363531210547436,94.65630470110932,88.292204483422694,47.916666666666664,75.419405689481508,"Wh/Wh"]
[null,null,"Output",null,null,null,null,"Output"]
[null,{"$f":"'Battery Design'!AA20","v":"Total"},{"$f":"CONCATENATE(\"Battery cell, Li-Ion, prismatic, \",C4)","v":"Battery cell, Li-Ion, prismatic, NaFCN-HC"},null,{"$f":"'Battery Design'!AC20","v":1284.5076705662907},{"$f":"'Battery Design'!AD20","v":"g"},{"$f":"SUM(G13:G22,G8:G11)","v":0.99329658060549852},{"$f":"CONCATENATE(\"Battery cell, Na-Ion, prismatic, \",H4)","v":"Battery cell, Na-Ion, prismatic, NaNMMT-HC"},null,{"$f":"'Battery Design'!AF20","v":921.64059998703283},{"$f":"'Battery Design'!AG20","v":"g"},{"$f":"SUM(L13:L22,L8:L11)","v":0},{"$f":"CONCATENATE(\"Battery cell, Na-Ion, prismatic, \",M4)","v":"Battery cell, Na-Ion, prismatic, NaMMO-HC"},null,{"$f":"'Battery Design'!AI20","v":1007.7043618807854},{"$f":"'Battery Design'!AJ20","v":"g"},null,{"$f":"CONCATENATE(\"Battery cell, Na-Ion, prismatic, \",R4)","v":"Battery cell, Na-Ion, prismatic, NaMVP-HC"},null,{"$f":"'Battery Design'!AL20","v":1039.3999969156532},{"$f":"'Battery Design'!AM20","v":"g"},{"$f":"SUM(V13:V22,V8:V11)","v":2.2694065064989237},{"$f":"CONCATENATE(\"Battery cell, Na-Ion, prismatic, \",W4)","v":"Battery cell, Na-Ion, prismatic, NaNMC-HC"},null,{"$f":"'Battery Design'!AO20","v":1161.4548273593625},{"$f":"'Battery Design'!AP20","v":"g"},{"$f":"SUM(AA13:AA22,AA8:AA11)","v":2.2385960992357519},{"$f":"CONCATENATE(\"Battery cell, Li-Ion, prismatic, \",AB4)","v":"Battery cell, Li-Ion, prismatic, NMC622-G"},null,{"$f":"'Battery Design'!AR20","v":582.35796062248164},{"$f":"'Battery Design'!AS20","v":"g"},{"$f":"SUM(AF13:AF22,AF8:AF11)","v":1},{"$f":"CONCATENATE(\"Battery cell, Li-Ion, prismatic, \",AG4)","v":"Battery cell, Li-Ion, prismatic, LFP-G"},null,{"$f":"'Battery Design'!AU20","v":800.3168914638095},{"$f":"'Battery Design'!AV20","v":"g"},{"$f":"SUM(AK13:AK22,AK8:AK11)","v":0.99999999999999989}]
[null,null,"Heat, waste",null,{"$f":"SUM(E25:E26)+SUM(E23:E24)*3.6","v":80.21089312845416},"MJ",null,"Heat, waste",null,{"$f":"SUM(J25:J26)+SUM(J23:J24)*3.6","v":40.495441771268801},"MJ",null,"Heat, waste",null,{"$f":"SUM(O25:O26)+SUM(O23:O24)*3.6","v":44.655293929795036},"MJ",null,"Heat, waste",null,{"$f":"SUM(T25:T26)+SUM(T23:T24)*3.6","v":54.002156592752264},"MJ",null,"Heat, waste",null,{"$f":"SUM(Y25:Y26)+SUM(Y23:Y24)*3.6","v":50.321535200302336},"MJ",null,"Heat, waste",null,{"$f":"SUM(AD25:AD26)+SUM(AD23:AD24)*3.6","v":27.335339308920858},"MJ",null,"Heat, waste",null,{"$f":"SUM(AI25:AI26)+SUM(AI23:AI24)*3.6","v":42.897889913726139},"MJ"]
[]
[null,null,null,null,{"$f":"'Battery Design'!AC22","v":159.43010111701989},{"$f":"'Battery Design'!AD22","v":"Wh"},null,{"$f":"'Battery Design'!AA22","v":"Capacity"},{"$f":"'Battery Design'!AB22","v":"Total cell energy storage, kWh"},{"$f":"'Battery Design'!AF22","v":158.43935181748944},{"$f":"'Battery Design'!AG22","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AI22","v":158.2910841588311},{"$f":"'Battery Design'!AJ22","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AL22","v":158.47437844640999},{"$f":"'Battery Design'!AM22","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AO22","v":158.31753555242449},{"$f":"'Battery Design'!AP22","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AR22","v":158.46573512417888},{"$f":"'Battery Design'!AS22","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AU22","v":157.99753952784715},{"$f":"'Battery Design'!AV22","v":"Wh"}]
[null,null,null,null,{"$f":"'Battery Design'!AC24","v":135.51558594946692},{"$f":"'Battery Design'!AD24","v":"Wh"},null,null,{"$f":"'Battery Design'!AB24","v":"Useable cell energy storage, kWh"},{"$f":"'Battery Design'!AF24","v":134.67344904486603},{"$f":"'Battery Design'!AG24","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AI24","v":134.54742153500644},{"$f":"'Battery Design'!AJ24","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AL24","v":134.70322167944849},{"$f":"'Battery Design'!AM24","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AO24","v":134.56990521956081},{"$f":"'Battery Design'!AP24","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AR24","v":134.69587485555206},{"$f":"'Battery Design'!AS24","v":"Wh"},null,null,null,{"$f":"'Battery Design'!AU24","v":134.29790859867009},{"$f":"'Battery Design'!AV24","v":"Wh"}]
[null,null,null,null,{"$f":"'Battery Design'!AC25","v":124.1176715174719},{"$f":"'Battery Design'!AD25","v":"Wh/kg"},null,{"$f":"'Battery Design'!AA25","v":"Energy density"},{"$f":"'Battery Design'!AB25","v":"Total"},{"$f":"'Battery Design'!AF25","v":171.91012615950146},{"$f":"'Battery Design'!AG25","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AI25","v":157.08087624369875},{"$f":"'Battery Design'!AJ25","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AL25","v":152.46717232698828},{"$f":"'Battery Design'!AM25","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AO25","v":136.30967974223236},{"$f":"'Battery Design'!AP25","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AR25","v":272.11053310715465},{"$f":"'Battery Design'!AS25","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AU25","v":197.41872402425963},{"$f":"'Battery Design'!AV25","v":"Wh/kg"}]
[null,null,null,null,{"$f":"'Battery Design'!AC26","v":105.50002078985115},{"$f":"'Battery Design'!AD26","v":"Wh/kg"},null,null,{"$f":"'Battery Design'!AB26","v":"Useable"},{"$f":"'Battery Design'!AF26","v":146.12360723557626},{"$f":"'Battery Design'!AG26","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AI26","v":133.51874480714395},{"$f":"'Battery Design'!AJ26","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AL26","v":129.59709647794006},{"$f":"'Battery Design'!AM26","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AO26","v":115.86322778089752},{"$f":"'Battery Design'!AP26","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AR26","v":231.29395314108152},{"$f":"'Battery Design'!AS26","v":"Wh/kg"},null,null,null,{"$f":"'Battery Design'!AU26","v":167.80591542062069},{"$f":"'Battery Design'!AV26","v":"Wh/kg"}]
[]
[]
["ANODES",null,{"$f":"CONCATENATE(\"Anode, for \",C4,\" - type LIB\")","v":"Anode, for NaFCN-HC - type LIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",H4,\" - type SIB\")","v":"Anode, for NaNMMT-HC - type SIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",M4,\" - type SIB\")","v":"Anode, for NaMMO-HC - type SIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",R4,\" - type SIB\")","v":"Anode, for NaMVP-HC - type SIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",W4,\" - type SIB\")","v":"Anode, for NaNMC-HC - type SIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",AB4,\" - type LIB\")","v":"Anode, for NMC622-G - type LIB"},null,null,null,null,{"$f":"CONCATENATE(\"Anode, for \",AG4,\" - type LIB\")","v":"Anode, for LFP-G - type LIB"}]
[null,"Item","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[]
[null,null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit"]
[null,null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"E11/E7","v":0.19647527685780131},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"J11/J7","v":7.8589547914501637E-2},"kg","Peters et al (2016)","Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"O11/O7","v":7.7056940190677367E-2},"kg","Peters et al (2016)","Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"T11/T7","v":0.14447335451850857},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"Y11/Y7","v":8.3460733856643682E-2},"kg",null,"Copper current collector","market for copper, anode  - GLO",{"$f":"AD11/AD7","v":0.22483871325193469},"kg",null,"Copper current collector","market for copper, anode  - GLO",{"$f":"AI11/AI7","v":0.31706370612356},"kg"]
[null,null,"carbon black","market for carbon black  - GLO",{"$f":"E9/E7","v":2.4105741694265964E-2},"kg",null,"carbon black","market for carbon black  - GLO",{"$f":"J9/J7","v":2.7642313562564955E-2},"kg","Peters et al (2016)","carbon black","market for carbon black  - GLO",{"$f":"O9/O7","v":2.7688291794279681E-2},"kg","Peters et al (2016)","carbon black","market for carbon black  - GLO",{"$f":"T9/T7","v":2.5665799364444741E-2},"kg",null,"carbon black","market for carbon black  - GLO",{"$f":"Y9/Y7","v":2.749617798430069E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"AD9/AD7","v":0},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"AI9/AI7","v":0},"kg"]
[null,null,"Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"E10/E7","v":3.2140988925687952E-2},"kg",null,"Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"J10/J7","v":3.685641808341994E-2},"kg","Peters et al (2016)","Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"O10/O7","v":3.6917722392372905E-2},"kg","Peters et al (2016)","Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"T10/T7","v":3.4221065819259655E-2},"kg",null,"Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"Y10/Y7","v":3.6661570645734255E-2},"kg",null,"Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"AD10/AD7","v":1.5503225734961306E-2},"kg",null,"Binder, aqueous","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",{"$f":"AI10/AI7","v":1.3658725877528801E-2},"kg"]
[null,null,"Binder, organic","--",0,"kg",null,"Binder, organic","--",0,"kg","Peters et al (2016)","Binder, organic","--",0,"kg","Peters et al (2016)","Binder, organic","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",0,"kg",null,"Binder, organic","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",0,"kg",null,"Binder, organic","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",0,"kg",null,"Binder, organic","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",0,"kg"]
[null,null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh","Peters et al (2016)","electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh","Peters et al (2016)","electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2.0563000000000001E-6,"kWh"]
[null,null,"Hard carbon, for SIB anode","Hard carbon production, from petrol coke, for Na-Ion battery anode (2021)",{"$f":"E8/E7","v":0.7472779925222448},"kg",null,"Hard carbon, for SIB anode","Hard carbon production, from petrol coke, for Na-Ion battery anode (2021)",{"$f":"J8/J7","v":0.85691172043951347},"kg","Peters & Abdelbaky","Hard carbon, for SIB anode","Hard carbon production, from petrol coke, for Na-Ion battery anode (2021)",{"$f":"O8/O7","v":0.8583370456226701},"kg","Peters & Abdelbaky","Hard carbon, for SIB anode","Hard carbon production, from petrol coke, for Na-Ion battery anode (2021)",{"$f":"T8/T7","v":0.79563978029778692},"kg",null,"Hard carbon, for SIB anode","Hard carbon production, from petrol coke, for Na-Ion battery anode (2021)",{"$f":"Y8/Y7","v":0.85238151751332125},"kg",null,{"$f":"AB8","v":"Graphite, battery grade, market"},"market for graphite, battery grade  - GLO",{"$f":"AD8/AD7","v":0.75965806101310396},"kg",null,{"$f":"AG8","v":"Graphite, battery grade"},"market for graphite, battery grade  - GLO",{"$f":"AI8/AI7","v":0.66927756799891114},"kg"]
[null,null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"E46*32+E47*7.32","v":1.0285116456220145},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"J46*32+J47*7.32","v":1.1794053786694381},"MJ","Peters et al (2016)","heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"O46*32+O47*7.32","v":1.181367116555933},"MJ","Peters et al (2016)","heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"T46*32+T47*7.32","v":1.095074106216309},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"Y46*32+Y47*7.32","v":1.1731702606634962},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"AD46*32+AD47*7.32","v":0.49610322351876179},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"AI46*32+AI47*7.32","v":0.43707922808092164},"MJ"]
[null,null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)","Peters et al (2019)","metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)","Peters et al (2019)","metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)"]
[null,null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"E44","v":0.19647527685780131},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"J44","v":7.8589547914501637E-2},"kg","Peters et al (2016)","sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"O44","v":7.7056940190677367E-2},"kg","Peters et al (2016)","sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"T44","v":0.14447335451850857},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"Y44","v":8.3460733856643682E-2},"kg",null,"sheet rolling, copper","market for sheet rolling, copper - GLO",{"$f":"AD44","v":0.22483871325193469},"kg",null,"sheet rolling, copper","market for sheet rolling, copper - GLO",{"$f":"AI44","v":0.31706370612356},"kg"]
[null,null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"((E45+E44)*200+(E46+E49)*600)/1000","v":0.51176759257917315},"t*km",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",{"$f":"((J45+J44)*200+(J46+J49)*600)/1000","v":0.55750725540917334},"t*km","Peters et al (2016)","transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",{"$f":"((O45+O44)*200+(O46+O49)*600)/1000","v":0.55810190720601727},"t*km","Peters et al (2016)","transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",{"$f":"((T45+T44)*200+(T47+T49)*600)/1000","v":0.51141169895526284},"t*km",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",{"$f":"((Y45+Y44)*200+(Y46+Y49)*600)/1000","v":0.55561723526362217},"t*km",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",{"$f":"((AD45+AD44)*200+(AD46+AD49)*600)/1000","v":0.51006451469922609},"t*km",null,"transport, freight train","market for transport, freight train  - Europe without Switzerland",{"$f":"((AI45+AI44)*200+(AI46+AI49)*600)/1000","v":0.47317451755057599},"t*km"]
[null,null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(E44+E45+E46+E49)*100/1000","v":0.1},"t*km","Unit","transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(J44+J45+J46+J49)*100/1000","v":0.1},"t*km","Peters et al (2016)","transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(O44+O45+O46+O49)*100/1000","v":0.1},"t*km","Peters et al (2016)","transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(T44+T45+T47+T49)*100/1000","v":9.6577893418074032E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(Y44+Y45+Y46+Y49)*100/1000","v":9.9999999999999992E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(AD44+AD45+AD46+AD49)*100/1000","v":0.1},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"(AI44+AI45+AI46+AI49)*100/1000","v":0.1},"t*km","Data quality entry","Description"]
[null,null,"water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(E45+E46+E49)*0.4","v":0.32140988925687952},"kg","kg","water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(J45+J46+J49)*0.4","v":0.36856418083419934},"kg","Peters et al (2016)","water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(O45+O46+O49)*0.4","v":0.36917722392372909},"kg","Peters et al (2016)","water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(T45+T46+T49)*0.4","v":0.34221065819259655},"kg",null,"water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(Y45+Y46+Y49)*0.4","v":0.36661570645734254},"kg",null,"water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(AD45+AD46+AD49)*0.4","v":0.31006451469922613},"kg",null,"water, deionised, from tap water, at user","market for water, deionised, from tap water, at user  - Europe without Switzerland",{"$f":"(AI45+AI46+AI49)*0.4","v":0.27317451755057598},"kg"]
[]
[null,null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit",null,"Flow",null,"Amount","Unit"]
[null,null,{"$f":"CONCATENATE(\"Anode, hard carbon-Al, for \",C4,\" Na-Ion battery\")","v":"Anode, hard carbon-Al, for NaFCN-HC Na-Ion battery"},null,{"$f":"E45+E46+E49+E44","v":1},"kg",null,{"$f":"CONCATENATE(\"Anode, hard carbon-Al, for \",H4,\" Na-Ion battery\")","v":"Anode, hard carbon-Al, for NaNMMT-HC Na-Ion battery"},null,{"$f":"J45+J46+J49+J44","v":1},"kg",null,{"$f":"CONCATENATE(\"Anode, hard carbon-Al, for \",M4,\" Na-Ion battery\")","v":"Anode, hard carbon-Al, for NaMMO-HC Na-Ion battery"},null,{"$f":"O45+O46+O49+O44","v":1},"kg",null,{"$f":"CONCATENATE(\"Anode, hard carbon-Al, for \",R4,\" Na-Ion battery\")","v":"Anode, hard carbon-Al, for NaMVP-HC Na-Ion battery"},null,{"$f":"T45+T47+T49+T44","v":0.96577893418074034},"kg",null,{"$f":"CONCATENATE(\"Anode, hard carbon-Al, for \",W4,\" Na-Ion battery\")","v":"Anode, hard carbon-Al, for NaNMC-HC Na-Ion battery"},null,{"$f":"Y45+Y46+Y49+Y44","v":0.99999999999999989},"kg",null,{"$f":"CONCATENATE(\"Anode, Graphite-Cu, for \",AB4,\" Li-Ion battery\")","v":"Anode, Graphite-Cu, for NMC622-G Li-Ion battery"},null,{"$f":"AD45+AD46+AD49+AD44","v":1},"kg",null,{"$f":"CONCATENATE(\"Anode, Graphite-Cu, for \",AG4,\" Li-Ion battery\")","v":"Anode, Graphite-Cu, for LFP-G Li-Ion battery"},null,{"$f":"AI45+AI46+AI49+AI44","v":1},"kg"]
[null,null,"Heat, waste",null,{"$f":"E50+E48*3.6","v":1.0285190483020146},"MJ",null,"Heat, waste",null,{"$f":"J50+J48*3.6","v":1.1794127813494382},"MJ",null,"Heat, waste",null,{"$f":"O50+O48*3.6","v":1.1813745192359331},"MJ",null,"Heat, waste",null,{"$f":"T50+T48*3.6","v":1.0950815088963091},"MJ",null,"Heat, waste",null,{"$f":"Y50+Y48*3.6","v":1.1731776633434963},"MJ",null,"Heat, waste",null,{"$f":"AD50+AD48*3.6","v":0.49611062619876178},"MJ",null,"Heat, waste",null,{"$f":"AI50+AI48*3.6","v":0.43708663076092164},"MJ"]
[null,null,"Water",null,{"$f":"E55","v":0.32140988925687952},"kg",null,"Water",null,{"$f":"J55","v":0.36856418083419934},"kg",null,"Water",null,{"$f":"O55","v":0.36917722392372909},"kg",null,"Water",null,{"$f":"T55","v":0.34221065819259655},"kg",null,"Water",null,{"$f":"Y55","v":0.36661570645734254},"kg",null,"Water",null,{"$f":"AD55","v":0.31006451469922613},"kg",null,"Water",null,{"$f":"AI55","v":0.27317451755057598},"kg"]
[]
[]
["CATHODES",null,{"$f":"CONCATENATE(\"Cathode, LIB, \",C4 )","v":"Cathode, LIB, NaFCN-HC"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, LIB, \",H4 )","v":"Cathode, LIB, NaNMMT-HC"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, SIB, \",M4 )","v":"Cathode, SIB, NaMMO-HC"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, SIB, \",R4 )","v":"Cathode, SIB, NaMVP-HC"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, SIB, \",W4 )","v":"Cathode, SIB, NaNMC-HC"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, LIB, \",AB4 )","v":"Cathode, LIB, NMC622-G"},null,null,null,null,{"$f":"CONCATENATE(\"Cathode, LIB, \",AG4 )","v":"Cathode, LIB, LFP-G"}]
[null,"Item","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[]
[null,null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit"]
[null,null,"Aluminium current collector","market for aluminium, wrought alloy | aluminium, wrought alloy | cut-off, U - GLO",{"$f":"E16/E$12","v":0.13370222269407742},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"J16/J$12","v":6.2289783330793533E-2},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"O16/O$12","v":6.7355091974025519E-2},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"T16/T$12","v":7.9617800474102607E-2},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy - GLO",{"$f":"Y16/Y$12","v":5.3756770527124458E-2},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy  - GLO",{"$f":"AD16/AD$12","v":6.4332318539074229E-2},"kg",null,"Aluminium current collector","market for aluminium, wrought alloy  - GLO",{"$f":"AI16/AI$12","v":8.4409953786331787E-2},"kg"]
[null,null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"E15/E$12","v":1.7325955546118453E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"J15/J$12","v":1.8754204333384126E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"O15/O$12","v":3.6574310118665673E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"T15/T$12","v":1.8407643990517947E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"Y15/Y$12","v":1.892486458945751E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"AD15/AD$12","v":1.8713353629218513E-2},"kg",null,"Binder, organic, for electrodes, Li-Ion batteries","Binder production, organic, for electrodes, Li-Ion Battery. PVF-NMP (Peters)",{"$f":"AI15/AI$12","v":1.8311800924273362E-2},"kg"]
[null,null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",null,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",0,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",null,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",null,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",null,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",null,"kg",null,"Binder, water based, for electrodes, Li-Ion battery","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters)",null,"kg"]
[null,null,"carbon black","market for carbon black | carbon black | cut-off, U - GLO",{"$f":"E14/E$12","v":1.7325955546118453E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"J14/J$12","v":1.8754204333384126E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"O14/O$12","v":1.8287155059332837E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"T14/T$12","v":1.8407643990517947E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"Y14/Y$12","v":1.892486458945751E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"AD14/AD$12","v":1.8713353629218513E-2},"kg",null,"carbon black","market for carbon black - GLO",{"$f":"AI14/AI$12","v":1.8311800924273362E-2},"kg"]
[null,null,"electricity, medium voltage","market group for electricity, medium voltage | electricity, medium voltage | cut-off, U - Europe without Switzerland",2E-3,"kWh",null,"electricity, medium voltage","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",2E-3,"kWh",null,"electricity, medium voltage","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",2E-3,"kWh",null,"electricity, medium voltage","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",2E-3,"kWh",null,"electricity, medium voltage","Binder production, for electrodes, Li-Ion batteries, CMC-SBR / water (Peters 2016)",2E-3,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2E-3,"kWh",null,"electricity, medium voltage","market group for electricity, medium voltage - Europe without Switzerland",2E-3,"kWh"]
[null,null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas | heat, central or small-scale, natural gas | cut-off, U - Europe without Switzerland",{"$f":"E68*32+E69*7.32","v":0.5544305774757905},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"J68*32+J69*7.32","v":0.60013453866829203},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"O68*32+O69*7.32","v":1.1703779237973015},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"T68*32+T69*7.32","v":0.5890446076965743},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"Y68*32+Y69*7.32","v":0.60559566686264032},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"AD68*32+AD69*7.32","v":0.5988273161349924},"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas - Europe without Switzerland",{"$f":"AI68*32+AI69*7.32","v":0.58597762957674759},"MJ"]
[null,null,"metal working factory","market for metal working factory | metal working factory | cut-off, U - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)",null,"metal working factory","market for metal working factory  - GLO",4.5800000000000002E-10,"Item(s)"]
[]
[null,null,"NaPBA (SIB) active material, for cathode, Na-Ion battery",null,{"$f":"E13/E$12","v":0.83164586621368575},"kg",null,"NaNiMnMgTiO active material, for Na-Ion battery, layered oxide ","NaNiMnMgTiO active material production, for na-Ion battery (Peters 2016)",{"$f":"J13/J$12","v":0.9002018080024381},"kg","Peters et al. 2016","Cathode active material, MMO",{"$f":"M107","v":"NaMMO active material, for Na-Ion battery"},{"$f":"O13/O$12","v":0.87778344284797616},"kg",null,"Cathode active material, MVP",{"$f":"R103","v":"Na4MnV(PO4)3 active material, for Na-Ion battery"},{"$f":"T13/T$12","v":0.88356691154486144},"kg",null,"Cathode active material, NMC",{"$f":"W98","v":"Na-NMC (SIB) active material, for Na-Ion battery"},{"$f":"Y13/Y$12","v":0.90839350029396049},"kg",null,"Cathode active material, NMC",{"$f":"AB98","v":"NCM active material, for Li-Ion battery (Ellingsen)"},{"$f":"AD13/AD$12","v":0.89824097420248861},"kg",null,"LFP active material, for Na-Ion battery, layered oxide ",{"$f":"AG102","v":"LFP active material, at plant (NTNU)"},{"$f":"AI13/AI$12","v":0.8789664443651215},"kg","Majeau-Bettez"]
[null,null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"E67","v":0.13370222269407742},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"J67","v":6.2289783330793533E-2},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"O67","v":6.7355091974025519E-2},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"T67","v":7.9617800474102607E-2},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"Y67","v":5.3756770527124458E-2},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"AD67","v":6.4332318539074229E-2},"kg",null,"sheet rolling, aluminium","market for sheet rolling, aluminium - GLO",{"$f":"AI67","v":8.4409953786331787E-2},"kg"]
[null,null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"(E67*200+(E68+E69+E70)*600)/1000","v":4.7531591194157626E-2},"t*km",null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"(J67*200+(J68+J69+J70)*600)/1000","v":3.4963001866219659E-2},"t*km",null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"(O67*200+(O68+O69+O70)*600)/1000","v":4.6387897501604214E-2},"t*km",null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"(T67*200+(T68+T69+T70)*600)/1000","v":3.8012732883442056E-2},"t*km",null,"transport, freight train","market for transport, freight train - Europe without Switzerland",{"$f":"(Y67*200+(Y68+Y69+Y70)*600)/1000","v":3.3461191612773902E-2},"t*km",null,"transport, freight train","market for transport, freight train  - Europe without Switzerland",{"$f":"(AD67*200+(AD68+AD69+AD70)*600)/1000","v":3.5322488062877064E-2},"t*km",null,"transport, freight train","market for transport, freight train  - Europe without Switzerland",{"$f":"(AI67*200+(AI68+AI69+AI70)*600)/1000","v":3.8856151866394392E-2},"t*km"]
[null,null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 - RER",{"$f":"((E68+E69+E70+E75)*100+E67*50)/1000","v":9.3314888865296139E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 - RER",{"$f":"((J68+J69+J70+J75)*100+J67*50)/1000","v":9.6885510833460323E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 - RER",{"$f":"((O68+O69+O70+O75)*100+O67*50)/1000","v":9.663224540129875E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 - RER",{"$f":"((T68+T69+T70+T75)*100+T67*50)/1000","v":9.601910997629487E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 - RER",{"$f":"((Y68+Y69+Y70+Y75)*100+Y67*50)/1000","v":9.7312161473643771E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"((AD68+AD69+AD70+AD75)*100+AD67*50)/1000","v":9.6783384073046264E-2},"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5  - RER",{"$f":"((AI68+AI69+AI70+AI75)*100+AI67*50)/1000","v":9.5779502310683412E-2},"t*km"]
[]
[null,null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit",null,"Flow","Category","Amount","Unit"]
[]
[null,null,"Cathode, Prussian Blue, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg",null,"Cathode, NMMT, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg",null,"Cathode, NMO, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",{"$f":"O67+O68+O70+O75","v":1.0000000000000002},"kg",null,"Cathode, NMO, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg",null,"Cathode, NMC, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg",null,"Cathode, layered oxide, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg",null,"Cathode, LFP, for Na-Ion battery","2721-Manufacture of new batteries_JFP/Na-Ion",1,"kg"]
[null,null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"E72+E71*3.6","v":0.56163057747579048},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"J72+J71*3.6","v":0.60733453866829201},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"O72+O71*3.6","v":1.1775779237973016},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"T72+T71*3.6","v":0.59624460769657428},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"Y72+Y71*3.6","v":0.61279566686264031},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"AD72+AD71*3.6","v":0.60602731613499239},"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",{"$f":"AI72+AI71*3.6","v":0.59317762957674758},"MJ"]
[]
[]
["Active Material",null,"NaPBA (NaFCN)  active material (SIB) ",null,null,null,null,null,null,null,null,null,"Na-MMO active material (SIB) ",null,null,null,null,"NaMVP active material (SIB)",null,null,null,null,"Na-NMC(111) active cathode material (SIB)",null,null,null,null,"Li-NMC(622) active cathode material (LIB)",null,null,null,null,"LFP active cathode material (LIB)"]
[null,"Item","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[null,null,"Inputs",null,null,null,null,null,null,null,null,null,"Inputs",null,null,null,null,"Inputs",null,null,null,null,"Inputs",null,null,null,null,"Inputs"]
[null,null,"Water","market for water, completely softened | water, completely softened | Cutoff, U - RER",3.2916016223190496,"kg",null,null,null,null,null,null,"Manganese(III) oxide","market for manganese(III) oxide - GLO",0.70241093339417227,"kg",null,"Soda ash","market for soda ash, dense - GLO",0.64093387584097483,"kg",null,null,null,null,null,null,"Flow","Provider","Amount","Unit",null,"Flow","Provider","Amount","Unit",null,null,null,null,null,"Description"]
[null,null,"NaOH","market for sodium hydroxide, without water, in 50% solution state | sodium hydroxide, without water, in 50% solution state | Cutoff, U - GLO",1.0022394929271765,"kg",null,null,null,null,null,null,"Magnesium oxide","market for magnesium oxide  - GLO",2.1004756318306214E-2,"kg",null,"Acetic acid ","market for acetic acid, without water, in 98% solution state - GLO",0.98708931732228478,"kg",null,"Nickel cobalt manganese hydroxide, as NCM precursor, for LIB active material ","Nickel cobalt manganese hydroxide production, as NCM precursor, for LIB (Ellingsen)",0.88297485843316603,"kg",null,{"$f":"AB124","v":"Nickel6 cobalt2 manganese2 hydroxide, as NCM622 precursor, for LIB active material (Ellingsen)"},"Nickel cobalt manganese hydroxide production, as NMC622 precursor, for LIB (Ellingsen) ",0.95,"kg",null,"chemical factory, organics","chemical factory construction, organics | chemical factory, organics | cut-off, U - RER",4.0000000000000001E-10,"Item(s)","taken from Majeau-Bettez et al 2011, updates iron sulfate provider"]
[null,null,"HCN","market for hydrogen cyanide | hydrogen cyanide | Cutoff, U - RER",0.5852117587126151,"kg",null,null,null,null,null,null,"Sodium carbonate","market for soda ash, light, crystalline, heptahydrate - GLO",0.73655184873355939,"kg",null,"Manganese carbonate - MnCO3","market for manganese concentrate  - GLO",0.24996872410936211,"kg",null,"sodium hydroxide","market for sodium hydroxide, without water, in 50% solution state - GLO",0.38818820312644625,"kg",null,"lithium hydroxide","market for lithium hydroxide | lithium hydroxide | cut-off, U - GLO",0.25,"kg",null,"heat, in chemical industry","market for heat, in chemical industry | heat, in chemical industry | cut-off, U - RER",15,"MJ"]
[null,null,"Iron (II) chloride","market for iron(II) chloride - GLO",0.46508031264257688,"kg",null,null,null,null,null,null,"Oxygen, liquid","market for oxygen, liquid - RoW",0.66696171252251002,"kg",null,"V2O5","Vanadium pentoxide, production from vanadium bearing slag (Weber et al.)",0.19777754763877381,"kg",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas | heat, central or small-scale, natural gas | cut-off, U - Europe without Switzerland",5.1119597067183298,"MJ",null,"heat, central or small-scale, natural gas","market for heat, central or small-scale, natural gas | heat, central or small-scale, natural gas | cut-off, U - Europe without Switzerland",5.5,"MJ",null,"iron(III) sulfate, without water, in 12.5% iron solution state","market for iron(III) sulfate, without water, in 12.5% iron solution state | iron(III) sulfate, without water, in 12.5% iron solution state | cut-off, U - GLO",1,"kg"]
[null,null,"Nitrogen, liquid","market for nitrogen, liquid | nitrogen, liquid | Cutoff, U - RER",4.1165592789127619,"kg",null,null,null,null,null,null,"Nitrogen, liquid","market for nitrogen, liquid  - RoW",0.89108346282286655,"kg",null,"Acetylacetone","market for isopropyl acetate  - RER",0.65286164043082029,"kg",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",0.76269783693576731,"t*km",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",0.72,"t*km",null,"lithium hydroxide","market for lithium hydroxide | lithium hydroxide | cut-off, U - GLO",0.46,"kg"]
[null,null,"HCl","market for hydrochloric acid, without water, in 30% solution state | hydrochloric acid, without water, in 30% solution state | Cutoff, U - RER",0.11059184461075575,"kg",null,null,null,null,null,null,"Water, deionised, from tap water, at user","market for water, deionised, from tap water, at user - CH",3.1715661854217201,"kWh",null,"Phosphoric acid","market for phosphoric acid, industrial grade, without water, in 85% solution state  - GLO",0.63938214581607289,"kg",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 | transport, freight, lorry 16-32 metric ton, EURO5 | cut-off, U - RER",0.12711630615596126,"t*km",null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 | transport, freight, lorry 16-32 metric ton, EURO5 | cut-off, U - RER",0.12,"t*km",null,"phosphoric acid, industrial grade, without water, in 85% solution state","market for phosphoric acid, industrial grade, without water, in 85% solution state | phosphoric acid, industrial grade, without water, in 85% solution state | cut-off, U - GLO",0.65,"kg"]
[null,null,"Iron (III) chloride","market for iron(III) chloride, without water, in 14% iron solution state | iron(III) chloride, without water, in 14% iron solution state | Cutoff, U - GLO",0.20767495381477719,"kg",null,null,null,null,null,null,"Electricity, medium voltage","market group for electricity, medium voltage - GLO",5.5733870376975195E-3,"MJ",null,"ethanol make-up (solvent)","market for ethanol, without water, in 99.7% solution state, from ethylene  - RER",0.01,"kg",null,"chemical factory, organics",null,4.6000000000000001E-10,"Item(s)",null,"chemical factory, organics",null,4.6000000000000001E-10,"Item(s)",null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",1.3,"t*km"]
[null,null,"Heat, district or industrial, natural gas","market group for heat, district or industrial, natural gas - GLO",1.1155237898039259,"MJ",null,null,null,null,null,null,"Heat, district or industrial, natural gas","market group for heat, district or industrial, natural gas - GLO",17.345517787773357,"tkm",null,"Nitrogen (inert atmosphere)","market for nitrogen, liquid  - RoW",0.79940927912929538,"kg",null,null,null,null,null,null,null,null,null,null,null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 | transport, freight, lorry 16-32 metric ton, EURO5 | cut-off, U - RER",0.21,"t*km"]
[null,null,"electricity (mixing)","market group for electricity, medium voltage - GLO",1.9749609733914301E-4,"kWh",null,null,null,null,null,null,"Transport lorry","transport, freight, lorry 16-32 metric ton, EURO5 - RER",0.63940340080419422,"tkm",null,"Transport lorry","transport, freight, lorry 16-32 metric ton, EURO5 - RER",0.40388347092813454,"tkm",null,"Outputs",null,null,null,null,"Outputs",null,null,null,null,"water, deionised, from tap water, at user","market for water, deionised, from tap water, at user | water, deionised, from tap water, at user | cut-off, U - Europe without Switzerland",46,"kg"]
[null,null,"transport, freight train","market for transport, freight train - Europe without Switzerland",2.1171332804964065,"tkm",null,null,null,null,null,null,"Transport Train","market for transport, freight train - Europe without Switzerland",3.6618315329743756,"Item(s)",null,"Transport Train","market for transport, freight train - Europe without Switzerland",2.2634189697429483,"tkm",null,"Na-NMC (SIB) active material, for Na-Ion battery",null,1,"kg",null,"NCM active material, for Li-Ion battery (Ellingsen)","2721-Manufacture of new batteries_JFP/Li-Ion",1,"kg"]
[null,null,"transport,lorry","transport, freight, lorry 16-32 metric ton, EURO5 - RER",1.0481828925574646,"tkm",null,null,null,null,null,null,"chemical factory, organics","market for chemical factory, organics | chemical factory, organics | Cutoff, U - GLO",3.7312543357902646E-10,null,null,"chemical factory, organics","market for chemical factory, organics | chemical factory, organics | Cutoff, U - GLO",4.068240606255956E-10,"u",null,"Heat (waste)",null,5.1119597067183298,"MJ",null,"Heat, waste","Elementary flows/Emission to air/high population density",5.5,"MJ",null,"Flow",null,"Amount","Unit"]
[null,null,"chemical factory, organics",null,6.3073909189768717E-10,"u",null,null,null,null,null,null,"Outputs",null,0,"kg",null,"Electricity (stirring)","market group for electricity, medium voltage - GLO",5.0000000000000001E-3,"kWh",null,null,null,null,null,null,null,null,null,null,null,"Heat, waste",null,1.5,"MJ"]
[null,null,"Outputs",null,null,null,null,null,null,null,null,null,"Manganese Oxide","market for inert waste, for final disposal | inert waste, for final disposal | Cutoff, U - RoW",3.5120546669708617E-2,"kg",null,"Heat (calcination / anealing)","market group for heat, district or industrial, natural gas - GLO",15.561020318929032,"MJ",null,null,null,null,null,null,null,null,null,null,null,"Iron, ion",null,1.9E-2,"kg"]
[null,null,"Na2Fe[Fe(CN)6] active material, for Na-Ion battery",null,1,"kg",null,null,null,null,null,null,"Magnesium Oxide (waste)","market for inert waste, for final disposal | inert waste, for final disposal | Cutoff, U - RoW",1.0502378159153107E-3,"kg",null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LFP active material, at plant (NTNU)",null,1,"kg"]
[null,null,"NaCl",null,1.4226984064500636,"kg",null,null,null,null,null,null,"Sodium carbonate  (waste)","market for inert waste, for final disposal | inert waste, for final disposal | Cutoff, U - CH",3.6827592436677971E-2,"kg",null,"Na4MnV(PO4)3 active material, for Na-Ion battery",null,1,"kg",null,null,null,null,null,null,null,null,null,null,null,"Lithium, ion",null,0.1,"kg"]
[null,null,"Iron(III) chloride (FeCl3)",null,1.8879541255888834E-2,"kg",null,null,null,null,null,null,"Waste heat to air",null,17.365581981109067,"MJ",null,"H2O","emission to air",0.1872974558904133,"kg",null,null,null,null,null,null,null,null,null,null,null,"Phosphate",null,3.2000000000000001E-2,"kg"]
[null,null,"FeOH2","solid waste, to disposal",1.5939785162298284E-2,"kg",null,null,null,null,null,null,"Waste water to air",null,3.1715661854217245,"kg",null,"CO2","emission to air",0.3617398217798885,"kg"]
[null,null,"NaCN","solid waste, to disposal",3.4739916370540393E-2,"kg",null,null,null,null,null,null,"Carbon dioxide, fossil",null,0.29045157808549793,"kg",null,"ethanol ","emission to air",0.01,"kg"]
[null,null,"Water","wastewaer, average",2.9967700185340727,"l",null,null,null,null,null,null,"NaMMO active material, for Na-Ion battery","C:Manufacturing/20:Manufacture of chemicals and chemical products/201:Manufacture of basic chemicals, fertilizers and nitrogen compounds, plastics and synthetic rubber in primary forms/2011:Manufacture of basic chemicals",1,"kg",null,"Phosphoric acid","emission to water",1.2787642916321459E-3,"kg"]
[null,null,"Solid waste","solid waste, to disposal",5.0679701532838677E-2,"kg",null,null,null,null,null,null,"Water","Elementary flows/Emission to air/high population density",3.1175409323827821,"kg",null,"Acetic acid ","emission to water",2.4964122717613881E-3,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Wastewater to treatment",0,0.82277808367825889,"kg"]
[]
["Electrolyte",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NMC622 precursor"]
[null,"Item",null,null,null,null,null,"Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Flow","Provider","Amount","Unit","Costs/Revenues"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cobalt sulfate - GLO",null,0.33700000000000002,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"manganese sulfate","market for manganese sulfate | manganese sulfate | cut-off, U - GLO",0.32800000000000001,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"nickel sulfate","market for nickel sulfate | nickel sulfate | cut-off, U - GLO",1.0089999999999999,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"sodium hydroxide, without water, in 50% solution state","market for sodium hydroxide, without water, in 50% solution state | sodium hydroxide, without water, in 50% solution state | cut-off, U - GLO",0.88,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"transport, freight train","market for transport, freight train | transport, freight train | cut-off, U - Europe without Switzerland",1.5,"t*km"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"transport, freight, lorry 16-32 metric ton, EURO5","transport, freight, lorry 16-32 metric ton, EURO5 | transport, freight, lorry 16-32 metric ton, EURO5 | cut-off, U - RER",0.26,"t*km"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"chemical factory, organics","chemical factory construction, organics | chemical factory, organics | cut-off, U - RER",4.0000000000000001E-10,"Item(s)"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Flow",null,"Amount","Unit"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nickel6 cobalt2 manganese2 hydroxide, as NCM622 precursor, for LIB active material (Ellingsen)",null,1,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sodium",null,0.51792037700000004,"kg"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfate",null,1.082079623,"kg"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LCI acc. to Ellingsen (based on Majeau-Bettez)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"values adjusted according to GREET data from 2018 (essentially the same for NMC 111 i.e., based on Ellingsen as well)"]
[]
["RECYCLING PROCESSES"]
[]
["Pyrometallurgical recycling",null,{"$f":"$C$4","v":"NaFCN-HC"},null,null,null,null,{"$f":"H4","v":"NaNMMT-HC"},null,null,null,null,{"$f":"M$4","v":"NaMMO-HC"},null,null,null,null,{"$f":"$R$4","v":"NaMVP-HC"},null,null,null,null,{"$f":"$W$4","v":"NaNMC-HC"},null,null,null,null,{"$f":"$AB$4","v":"NMC622-G"},null,null,null,null,{"$f":"AG$4","v":"LFP-G"}]
[null,"Item","Flow","Provider","mass","unit",null,"Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[]
[{"$f":"'Battery Recycling'!B67","v":"INPUTS"},{"$f":"'Battery Recycling'!C67","v":0}]
[null,{"$f":"'Battery Recycling'!C68","v":"Waste batteries"},{"$f":"CONCATENATE(\"Spent batteries, \",H4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NaNMMT-HC to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!G68","v":1.2845076705662908},"kg",{"$f":"E137/E$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",M4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NaMMO-HC to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!H68","v":0.92164059998703285},"kg",{"$f":"J137/J$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",R4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NaMVP-HC to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!I68","v":1.0077043618807855},"kg",{"$f":"O137/O$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",W4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NaNMC-HC to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!J68","v":1.0393999969156533},"kg",{"$f":"T137/T$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",AB4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NMC622-G to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!K68","v":1.1614548273593626},"kg",{"$f":"Y137/Y$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",C4,\" to pyrometallurgic recycling\")","v":"Spent batteries, NaFCN-HC to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!L68","v":0.58235796062248169},"kg",{"$f":"AD137/AD$137","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",AG4,\" to pyrometallurgic recycling\")","v":"Spent batteries, LFP-G to pyrometallurgic recycling"},null,{"$f":"'Battery Recycling'!M68","v":0.80031689146380947},"kg",{"$f":"AI137/AI$137","v":1}]
[null,{"$f":"'Battery Recycling'!C69","v":"NaOH"},"NaOH",null,{"$f":"'Battery Recycling'!G69","v":0.26974661081892104},"kg",{"$f":"E138/E$137","v":0.21},{"$f":"C138","v":"NaOH"},0,{"$f":"'Battery Recycling'!H69","v":0.19354452599727689},"kg",{"$f":"J138/J$137","v":0.21},{"$f":"H138","v":"NaOH"},{"$f":"I138","v":0},{"$f":"'Battery Recycling'!I69","v":0.21161791599496493},"kg",{"$f":"O138/O$137","v":0.21},{"$f":"M138","v":"NaOH"},{"$f":"N138","v":0},{"$f":"'Battery Recycling'!J69","v":0.2182739993522872},"kg",{"$f":"T138/T$137","v":0.21},{"$f":"R138","v":"NaOH"},{"$f":"S138","v":0},{"$f":"'Battery Recycling'!K69","v":0.24390551374546612},"kg",{"$f":"Y138/Y$137","v":0.21},{"$f":"W138","v":"NaOH"},0,{"$f":"'Battery Recycling'!L69","v":0.12229517173072114},"kg",{"$f":"AD138/AD$137","v":0.21},{"$f":"AB138","v":"NaOH"},0,{"$f":"'Battery Recycling'!M69","v":0.16806654720739997},"kg",{"$f":"AI138/AI$137","v":0.20999999999999996}]
[null,{"$f":"'Battery Recycling'!C70","v":"Electricity"},"Electricity",null,{"$f":"'Battery Recycling'!G70","v":1.0276061364530327},"kWh",{"$f":"E139/E$137","v":0.8},"Electricity",0,{"$f":"'Battery Recycling'!H70","v":0.73731247998962635},"kWh",{"$f":"J139/J$137","v":0.8},{"$f":"H139","v":"Electricity"},{"$f":"I139","v":0},{"$f":"'Battery Recycling'!I70","v":0.80616348950462846},"kWh",{"$f":"O139/O$137","v":0.8},{"$f":"M139","v":"Electricity"},{"$f":"N139","v":0},{"$f":"'Battery Recycling'!J70","v":0.8315199975325227},"kWh",{"$f":"T139/T$137","v":0.8},{"$f":"R139","v":"Electricity"},{"$f":"S139","v":0},{"$f":"'Battery Recycling'!K70","v":0.92916386188749012},"kWh",{"$f":"Y139/Y$137","v":0.8},"Electricity",0,{"$f":"'Battery Recycling'!L70","v":0.46588636849798537},"kWh",{"$f":"AD139/AD$137","v":0.8},"Electricity",0,{"$f":"'Battery Recycling'!M70","v":0.64025351317104762},"kWh",{"$f":"AI139/AI$137","v":0.8}]
[null,{"$f":"'Battery Recycling'!C71","v":"Water"},"Water",null,{"$f":"'Battery Recycling'!G71","v":1.2845076705662908},"kg",{"$f":"E140/E$137","v":1},"Water",0,{"$f":"'Battery Recycling'!H71","v":0.92164059998703285},"kg",{"$f":"J140/J$137","v":1},"Water",0,{"$f":"'Battery Recycling'!I71","v":1.0077043618807855},"kg",{"$f":"O140/O$137","v":1},"Water",0,{"$f":"'Battery Recycling'!J71","v":1.0393999969156533},"kg",{"$f":"T140/T$137","v":1},"Water",0,{"$f":"'Battery Recycling'!K71","v":1.1614548273593626},"kg",{"$f":"Y140/Y$137","v":1},"Water",0,{"$f":"'Battery Recycling'!L71","v":0.58235796062248169},"kg",{"$f":"AD140/AD$137","v":1},"Water",0,{"$f":"'Battery Recycling'!M71","v":0.80031689146380947},"kg",{"$f":"AI140/AI$137","v":1}]
[{"$f":"'Battery Recycling'!B73","v":"OUTPUTS"}]
[{"$f":"'Battery Recycling'!B74","v":"Materials"},{"$f":"'Battery Recycling'!C76","v":"Nickel"},"Nickel",null,{"$f":"'Battery Recycling'!G76","v":0},"g",{"$f":"E142/E$137","v":0},{"$f":"C142","v":"Nickel"},0,{"$f":"'Battery Recycling'!H76","v":51.845339207921263},"g",{"$f":"J142/J$137","v":56.253315238771719},{"$f":"H142","v":"Nickel"},{"$f":"I142","v":0},{"$f":"'Battery Recycling'!I76","v":0},"g",{"$f":"O142/O$137","v":0},{"$f":"M142","v":"Nickel"},{"$f":"N142","v":0},{"$f":"'Battery Recycling'!J76","v":0},"g",{"$f":"T142/T$137","v":0},{"$f":"R142","v":"Nickel"},{"$f":"S142","v":0},{"$f":"'Battery Recycling'!K76","v":74.749736707247408},"g",{"$f":"Y142/Y$137","v":64.358711976078681},{"$f":"W142","v":"Nickel"},0,{"$f":"'Battery Recycling'!L76","v":78.662331041351024},"g",{"$f":"AD142/AD$137","v":135.07556582083802},{"$f":"AB142","v":"Nickel"},0,{"$f":"'Battery Recycling'!M76","v":0},"g",{"$f":"AI142/AI$137","v":0}]
[null,{"$f":"'Battery Recycling'!C77","v":"Cobalt"},"Cobalt",null,{"$f":"'Battery Recycling'!G77","v":0},"g",0,"Cobalt",0,{"$f":"'Battery Recycling'!H77","v":0},"g",0,"Cobalt",0,{"$f":"'Battery Recycling'!I77","v":0},"g",0,"Cobalt",0,{"$f":"'Battery Recycling'!J77","v":0},"g",0,"Cobalt",0,{"$f":"'Battery Recycling'!K77","v":75.029841324443723},"g",64.599879011247111,"Cobalt",0,{"$f":"'Battery Recycling'!L77","v":26.319032352619178},"g",45.193908441616905,"Cobalt",0,{"$f":"'Battery Recycling'!M77","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C79","v":"Magnesium"},"Magnesium",null,{"$f":"'Battery Recycling'!G79","v":0},"g",0,"Magnesium",0,{"$f":"'Battery Recycling'!H79","v":3.7453485638629505},"g",4.0637842602806842,"Magnesium",0,{"$f":"'Battery Recycling'!I79","v":3.9797655000342842},null,3.9493383680571013,"Magnesium",0,{"$f":"'Battery Recycling'!J79","v":0},"g",0,"Magnesium",0,{"$f":"'Battery Recycling'!K79","v":0},"g",0,"Magnesium",0,{"$f":"'Battery Recycling'!L79","v":0},"g",0,"Magnesium",0,{"$f":"'Battery Recycling'!M79","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C83","v":"Copper"},"Copper",null,{"$f":"'Battery Recycling'!G83","v":0},"g",0,"Copper",0,{"$f":"'Battery Recycling'!H83","v":0},"g",0,"Copper",0,{"$f":"'Battery Recycling'!I83","v":0},null,0,"Copper",0,{"$f":"'Battery Recycling'!J83","v":0},"g",0,"Copper",0,{"$f":"'Battery Recycling'!K83","v":0},"g",0,"Copper",0,{"$f":"'Battery Recycling'!L83","v":59.183111941520167},"g",101.62669001426444,"Copper",0,{"$f":"'Battery Recycling'!M83","v":95.520048391951022},"g",119.35278314223918]
[null,"mixed alloy","Alloy, Ni-Co-Mg-Cu",null,{"$f":"SUM(E142:E145)","v":0},"g",0,{"$f":"C146","v":"Alloy, Ni-Co-Mg-Cu"},null,{"$f":"SUM(J142:J145)","v":55.590687771784211},"g",60.317099499052397,"Alloy, Ni-Co-Mg-Cu",null,{"$f":"SUM(O142:O145)","v":3.9797655000342842},"g",3.9493383680571013,"Alloy, Ni-Co-Mg-Cu",null,{"$f":"SUM(T142:T145)","v":0},"g",0,"Alloy, Ni-Co-Mg-Cu",null,{"$f":"SUM(Y142:Y145)","v":149.77957803169113},"g",128.95859098732581,{"$f":"W146","v":"Alloy, Ni-Co-Mg-Cu"},null,{"$f":"SUM(AD142:AD145)","v":164.16447533549035},"g",281.89616427671933,{"$f":"AB146","v":"Alloy, Ni-Co-Mg-Cu"},null,{"$f":"SUM(AI142:AI145)","v":95.520048391951022},"g",119.35278314223918]
[{"$f":"'Battery Recycling'!B84","v":"Emissions to air"},{"$f":"'Battery Recycling'!C85","v":"CO2"},"CO2",null,{"$f":"'Battery Recycling'!G85","v":1634.998298859573},"g",1272.8598951369158,"CO2",{"$f":"D147","v":0},{"$f":"'Battery Recycling'!H85","v":1370.1347577492177},"g",1486.6258688782752,"CO2",0,{"$f":"'Battery Recycling'!I85","v":1564.1233421081627},"g",1552.1649020044663,"CO2",0,{"$f":"'Battery Recycling'!J85","v":1192.5443229157675},"g",1147.33916341597,"CO2",0,{"$f":"'Battery Recycling'!K85","v":1582.9602316585915},"g",1362.9115781089367,"CO2",{"$f":"X147","v":0},{"$f":"'Battery Recycling'!L85","v":677.95337343038204},"g",1164.1523242950411,"CO2",{"$f":"AC147","v":0},{"$f":"'Battery Recycling'!M85","v":830.23746908368821},"g",1037.3859129290061]
[null,{"$f":"'Battery Recycling'!C86","v":"SO2"},"SO2",null,{"$f":"'Battery Recycling'!G86","v":6.1656368187181954E-2},"g",4.7999999999999994E-2,"SO2",0,{"$f":"'Battery Recycling'!H86","v":4.4238748799377579E-2},"g",4.8000000000000001E-2,"SO2",0,{"$f":"'Battery Recycling'!I86","v":4.8369809370277704E-2},"g",4.8000000000000001E-2,"SO2",0,{"$f":"'Battery Recycling'!J86","v":4.9891199851951354E-2},"g",4.7999999999999994E-2,"SO2",0,{"$f":"'Battery Recycling'!K86","v":5.5749831713249404E-2},"g",4.8000000000000001E-2,"SO2",0,{"$f":"'Battery Recycling'!L86","v":2.795318210987912E-2},"g",4.8000000000000001E-2,"SO2",0,{"$f":"'Battery Recycling'!M86","v":3.8415210790262853E-2},"g",4.8000000000000001E-2]
[null,{"$f":"'Battery Recycling'!C88","v":"dust"},"dust",null,{"$f":"'Battery Recycling'!G88","v":0.26717759547778847},"g",0.20799999999999999,"dust",0,{"$f":"'Battery Recycling'!H88","v":0.19170124479730283},"g",0.20799999999999999,"dust",0,{"$f":"'Battery Recycling'!I88","v":0.20960250727120336},"g",0.20799999999999996,"dust",0,{"$f":"'Battery Recycling'!J88","v":0.21619519935845585},"g",0.20799999999999996,"dust",0,{"$f":"'Battery Recycling'!K88","v":0.24158260409074739},"g",0.20799999999999999,"dust",0,{"$f":"'Battery Recycling'!L88","v":0.12113045580947618},"g",0.20799999999999999,"dust",0,{"$f":"'Battery Recycling'!M88","v":0.16646591342447237},"g",0.20799999999999999]
[{"$f":"'Battery Recycling'!B89","v":"Emissions to water"},{"$f":"'Battery Recycling'!C90","v":"SO2"},"SO2",null,{"$f":"'Battery Recycling'!G90","v":5.1380306822651635E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!H90","v":3.6865623999481317E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!I90","v":4.0308174475231419E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!J90","v":4.1575999876626135E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!K90","v":4.6458193094374503E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!L90","v":2.3294318424899266E-2},"kg",0.04,"SO2",0,{"$f":"'Battery Recycling'!M90","v":3.2012675658552377E-2},"kg",0.04]
[null,{"$f":"'Battery Recycling'!C91","v":"Cl"},"Cl",null,{"$f":"'Battery Recycling'!G91","v":5.1380306822651635E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!H91","v":3.6865623999481317E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!I91","v":4.0308174475231419E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!J91","v":4.1575999876626135E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!K91","v":4.6458193094374503E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!L91","v":2.3294318424899266E-2},"kg",0.04,"Cl",0,{"$f":"'Battery Recycling'!M91","v":3.2012675658552377E-2},"kg",0.04]
[null,{"$f":"'Battery Recycling'!C92","v":"Water to sewer"},"Water to sewer",null,{"$f":"'Battery Recycling'!G92","v":1.2845076705662908},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!H92","v":0.92164059998703285},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!I92","v":1.0077043618807855},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!J92","v":1.0393999969156533},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!K92","v":1.1614548273593626},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!L92","v":0.58235796062248169},"kg",1,"Water to sewer",0,{"$f":"'Battery Recycling'!M92","v":0.80031689146380947},"kg",1]
[{"$f":"'Battery Recycling'!B93","v":"Waste"},{"$f":"'Battery Recycling'!C94","v":"Solid waste"},"Solid waste",null,{"$f":"'Battery Recycling'!G94","v":0.60076446274406603},"kg",0.46770017533582475,"Solid waste",0,{"$f":"'Battery Recycling'!H94","v":0.36309553778371273},"kg",0.39396651773893354,"Solid waste",0,{"$f":"'Battery Recycling'!I94","v":0.42618788815555858},"kg",0.42292948634271954,"Solid waste",0,{"$f":"'Battery Recycling'!J94","v":0.54195284800587396},"kg",0.52140932231487502,"Solid waste",0,{"$f":"'Battery Recycling'!K94","v":0.42867647716323348},"kg",0.36908579401047842,"Solid waste",0,{"$f":"'Battery Recycling'!L94","v":0.16831819066348078},"kg",0.28902874528162315,"Solid waste",0,{"$f":"'Battery Recycling'!M94","v":0.38229323198373028},"kg",0.47767732514617012]
[]
[]
[]
[]
[]
["Hydrometallurgical recycling",null,{"$f":"C133","v":"NaFCN-HC"},null,null,null,null,{"$f":"H133","v":"NaNMMT-HC"},null,null,null,null,{"$f":"M$4","v":"NaMMO-HC"},null,null,null,null,{"$f":"$R$4","v":"NaMVP-HC"},null,null,null,null,{"$f":"W133","v":"NaNMC-HC"},null,null,null,null,{"$f":"AB133","v":"NMC622-G"},null,null,null,null,{"$f":"AG$4","v":"LFP-G"}]
[null,"Item","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source","Flow","Provider","mass","unit","Source"]
[]
[{"$f":"'Battery Recycling'!B99","v":"INPUTS"}]
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[null,{"$f":"'Battery Recycling'!C128","v":"Cu"},"Cu",null,{"$f":"'Battery Recycling'!G128","v":2.1408461176104848E-5},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!H128","v":1.5360676666450549E-5},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!I128","v":1.6795072698013094E-5},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!J128","v":1.7323333281927555E-5},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!K128","v":1.9357580455989377E-5},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!L128","v":9.7059660103746953E-6},"kg",1.6666666666666667E-5,"Cu",0,{"$f":"'Battery Recycling'!M128","v":1.3338614857730158E-5},"kg",1.6666666666666667E-5]
[null,{"$f":"'Battery Recycling'!C129","v":"Co"},"Co",null,{"$f":"'Battery Recycling'!G129","v":2.1408461176104848E-5},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!H129","v":1.5360676666450549E-5},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!I129","v":1.6795072698013094E-5},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!J129","v":1.7323333281927555E-5},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!K129","v":1.9357580455989377E-5},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!L129","v":9.7059660103746953E-6},"kg",1.6666666666666667E-5,"Co",0,{"$f":"'Battery Recycling'!M129","v":1.3338614857730158E-5},"kg",1.6666666666666667E-5]
[null,{"$f":"'Battery Recycling'!C130","v":"Ni"},"Ni",null,{"$f":"'Battery Recycling'!G130","v":2.1408461176104848E-5},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!H130","v":1.5360676666450549E-5},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!I130","v":1.6795072698013094E-5},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!J130","v":1.7323333281927555E-5},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!K130","v":1.9357580455989377E-5},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!L130","v":9.7059660103746953E-6},"kg",1.6666666666666667E-5,"Ni",0,{"$f":"'Battery Recycling'!M130","v":1.3338614857730158E-5},"kg",1.6666666666666667E-5]
[null,{"$f":"'Battery Recycling'!C132","v":"Fluoride"},"Fluoride",null,{"$f":"'Battery Recycling'!G132","v":3.8535230116988718E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!H132","v":2.7649217999610982E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!I132","v":3.0231130856423561E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!J132","v":3.1181999907469599E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!K132","v":3.4843644820780872E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!L132","v":1.747073881867445E-8},"kg",2.9999999999999997E-8,"Fluoride",0,{"$f":"'Battery Recycling'!M132","v":2.4009506743914282E-8},"kg",2.9999999999999997E-8]
[null,{"$f":"'Battery Recycling'!C133","v":"Water to sewer"},"Water to sewer",null,{"$f":"'Battery Recycling'!G133","v":0.43287908498084005},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!H133","v":0.31059288219563008},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!I133","v":0.33959636995382475},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!J133","v":0.3502777989605752},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!K133","v":0.39141027682010521},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!L133","v":0.19625463272977633},"kg",0.33700000000000002,"Water to sewer",0,{"$f":"'Battery Recycling'!M133","v":0.26970679242330381},"kg",0.33700000000000002]
[{"$f":"'Battery Recycling'!B134","v":"Solid waste"},{"$f":"'Battery Recycling'!C135","v":"Paper and plastic to refining"},"Paper and plastic to refining",null,{"$f":"'Battery Recycling'!G135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!H135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!I135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!J135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!K135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!L135","v":0},"kg",0,"Paper and plastic to refining",0,{"$f":"'Battery Recycling'!M135","v":0},"kg",0]
[null,{"$f":"'Battery Recycling'!C136","v":"Residue to landfill"},"Residue to landfill",null,{"$f":"'Battery Recycling'!G136","v":0.25947054945439074},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!H136","v":0.18617140119738065},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!I136","v":0.20355628109991869},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!J136","v":0.20995879937696199},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!K136","v":0.23461387512659126},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!L136","v":0.11763630804574131},"kg",0.20200000000000001,"Residue to landfill",0,{"$f":"'Battery Recycling'!M136","v":0.16166401207568953},"kg",0.20200000000000004]
[null,{"$f":"'Battery Recycling'!C137","v":"Gypsum"},"Gypsum",null,{"$f":"'Battery Recycling'!G137","v":0.11993943257889707},"kg",9.3373854689416003E-2,"Gypsum",0,{"$f":"'Battery Recycling'!H137","v":0.28398034780516684},"kg",0.30812482415505821,"Gypsum",0,{"$f":"'Battery Recycling'!I137","v":0.30175434184878036},"kg",0.29944729155045458,"Gypsum",0,{"$f":"'Battery Recycling'!J137","v":7.9295322751556929E-2},"kg",7.6289516054320036E-2,"Gypsum",0,{"$f":"'Battery Recycling'!K137","v":0.38827698593000681},"kg",0.33430227055216422,"Gypsum",0,{"$f":"'Battery Recycling'!L137","v":0.22677322559721616},"kg",0.38940521282617746,"Gypsum",0,{"$f":"'Battery Recycling'!M137","v":0.18602914909896381},"kg",0.23244436183111111]
[]
[]
[]
["Advanced Hydrometallurgical recycling",null,{"$f":"C159","v":"NaFCN-HC"},null,null,null,null,{"$f":"H159","v":"NaNMMT-HC"},null,null,null,null,{"$f":"M$4","v":"NaMMO-HC"},null,null,null,null,{"$f":"$R$4","v":"NaMVP-HC"},null,null,null,null,{"$f":"W159","v":"NaNMC-HC"},null,null,null,null,{"$f":"AB159","v":"NMC622-G"},null,null,null,null,{"$f":"AG$4","v":"LFP-G"}]
[null,"Item","Flow","Provider","Amount","unit","Source","Flow","Provider","Amount","unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","Unit","Source","Flow","Provider","Amount","unit","Source","Flow","Provider","Amount","unit","Source","Flow","Provider","Amount","unit","Source"]
[]
[{"$f":"'Battery Recycling'!B144","v":"Mechanical pre-treatment"}]
[]
[{"$f":"'Battery Recycling'!B145","v":"INPUTS"},{"$f":"'Battery Recycling'!C146","v":"Battery cells (NMC)"},{"$f":"CONCATENATE(\"Spent batteries, \",C4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NaFCN-HC to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!G146","v":1.2845076705662908},{"$f":"'Battery Recycling'!E146","v":"kg/cell"},{"$f":"E202/E$202","v":1},{"$f":"CONCATENATE(\"Spent batteries, \",H4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NaNMMT-HC to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!H146","v":0.92164059998703285},"kg/cell",null,{"$f":"CONCATENATE(\"Spent batteries, \",M4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NaMMO-HC to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!I146","v":1.0077043618807855},"kg/cell",null,{"$f":"CONCATENATE(\"Spent batteries, \",W4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NaNMC-HC to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!J146","v":1.0393999969156533},"kg/cell",null,{"$f":"CONCATENATE(\"Spent batteries, \",W4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NaNMC-HC to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!K146","v":1.1614548273593626},"kg/cell",null,{"$f":"CONCATENATE(\"Spent batteries, \",AB4,\" to hydrometallurgic recycling\")","v":"Spent batteries, NMC622-G to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!L146","v":0.58235796062248169},"kg/cell",null,{"$f":"CONCATENATE(\"Spent batteries, \",AG4,\" to hydrometallurgic recycling\")","v":"Spent batteries, LFP-G to hydrometallurgic recycling"},null,{"$f":"'Battery Recycling'!M146","v":0.80031689146380947},"kg/cell"]
[null,{"$f":"'Battery Recycling'!C147","v":"Electricity"},"Electricity",null,{"$f":"'Battery Recycling'!G147","v":0.5303732171768214},{"$f":"'Battery Recycling'!E147","v":"kWh/cell"},{"$f":"E203/E$202","v":0.41289999999999993},{"$f":"C203","v":"Electricity"},null,{"$f":"'Battery Recycling'!H147","v":0.38054540373464585},"kWh/cell",null,{"$f":"H203","v":"Electricity"},null,{"$f":"'Battery Recycling'!I147","v":0.41608113102057631},"kWh/cell",null,{"$f":"M203","v":"Electricity"},null,{"$f":"'Battery Recycling'!J147","v":0.42916825872647324},"kWh/cell",null,{"$f":"R203","v":"Electricity"},null,{"$f":"'Battery Recycling'!K147","v":0.4795646982166808},"kWh/cell",null,{"$f":"W203","v":"Electricity"},null,{"$f":"'Battery Recycling'!L147","v":0.2404556019410227},"kWh/cell",null,{"$f":"AB203","v":"Electricity"},null,{"$f":"'Battery Recycling'!M147","v":0.3304508444854069},"kWh/cell"]
[null,{"$f":"'Battery Recycling'!C148","v":"Inert gas (nitrogen)"},"Inert gas (nitrogen)",null,{"$f":"'Battery Recycling'!G148","v":3.0070049596895892E-2},{"$f":"'Battery Recycling'!E148","v":"kg/cell"},{"$f":"E204/E$202","v":2.3409785932721715E-2},{"$f":"C204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!H148","v":2.1575409152601643E-2},"kg/cell",null,{"$f":"H204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!I148","v":2.3590143395099124E-2},"kg/cell",null,{"$f":"M204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!J148","v":2.4332131426267056E-2},"kg/cell",null,{"$f":"R204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!K148","v":2.7189408879008933E-2},"kg/cell",null,{"$f":"W204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!L148","v":1.3632875194388678E-2},"kg/cell",null,{"$f":"AB204","v":"Inert gas (nitrogen)"},null,{"$f":"'Battery Recycling'!M148","v":1.8735247107509057E-2},"kg/cell"]
[null,{"$f":"'Battery Recycling'!C149","v":"Treatment of activated carbon (filter reprocessing)"},"Treatment of activated carbon (filter reprocessing)",null,{"$f":"'Battery Recycling'!G149","v":28.848392973069885},{"$f":"'Battery Recycling'!E149","v":"g/cell"},{"$f":"E205/E$202","v":22.458715999999999},{"$f":"C205","v":"Treatment of activated carbon (filter reprocessing)"},null,{"$f":"'Battery Recycling'!H149","v":20.698864489178376},"g/cell",null,"Treatment of activated carbon (filter reprocessing)",null,{"$f":"'Battery Recycling'!I149","v":22.631746075441786},"g/cell",null,"Treatment of activated carbon (filter reprocessing)",null,{"$f":"'Battery Recycling'!J149","v":23.343589341129537},"g/cell",null,"Treatment of activated carbon (filter reprocessing)",null,{"$f":"'Battery Recycling'!K149","v":26.084784114492955},"g/cell",null,{"$f":"W205","v":"Treatment of activated carbon (filter reprocessing)"},null,{"$f":"'Battery Recycling'!L149","v":13.0790120479595},"g/cell",null,{"$f":"AB205","v":"Treatment of activated carbon (filter reprocessing)"},null,{"$f":"'Battery Recycling'!M149","v":17.974089775388524},"g/cell"]
[null,{"$f":"'Battery Recycling'!C150","v":"Activated carbon (filter make up)"},"Activated carbon (filter make up)",null,{"$f":"'Battery Recycling'!G150","v":2.8848385266023859},{"$f":"'Battery Recycling'!E150","v":"g/cell"},{"$f":"E206/E$202","v":2.2458709999999997},{"$f":"C206","v":"Activated carbon (filter make up)"},null,{"$f":"'Battery Recycling'!H150","v":2.0698858959334778},"g/cell",null,"Activated carbon (filter make up)",null,{"$f":"'Battery Recycling'!I150","v":2.2631740029215615},"g/cell",null,"Activated carbon (filter make up)",null,{"$f":"'Battery Recycling'!J150","v":2.3343583104729553},"g/cell",null,"Activated carbon (filter make up)",null,{"$f":"'Battery Recycling'!K150","v":2.6084777145763991},"g/cell",null,{"$f":"W206","v":"Activated carbon (filter make up)"},null,{"$f":"'Battery Recycling'!L150","v":1.3079008553811735},"g/cell",null,{"$f":"AB206","v":"Activated carbon (filter make up)"},null,{"$f":"'Battery Recycling'!M150","v":1.7974084973487172},"g/cell"]
[]
[{"$f":"'Battery Recycling'!B151","v":"OUTPUTS"},{"$f":"'Battery Recycling'!C152","v":"Fe"},"Fe",null,{"$f":"'Battery Recycling'!G152","v":0},{"$f":"'Battery Recycling'!E152","v":"g/cell"},{"$f":"E208/E$202","v":0},{"$f":"C208","v":"Fe"},null,{"$f":"'Battery Recycling'!H152","v":0},"g/cell",null,{"$f":"H208","v":"Fe"},null,{"$f":"'Battery Recycling'!I152","v":0},"g/cell",null,{"$f":"M208","v":"Fe"},null,{"$f":"'Battery Recycling'!J152","v":0},"g/cell",null,{"$f":"R208","v":"Fe"},null,{"$f":"'Battery Recycling'!K152","v":0},"g/cell",null,{"$f":"W208","v":"Fe"},null,{"$f":"'Battery Recycling'!L152","v":0},"g/cell",null,{"$f":"AB208","v":"Fe"},null,{"$f":"'Battery Recycling'!M152","v":0},"g/cell"]
[null,{"$f":"'Battery Recycling'!C154","v":"Al"},"Al",null,{"$f":"'Battery Recycling'!G154","v":160.65772003322741},{"$f":"'Battery Recycling'!E154","v":"g/cell"},125.07338314484296,"Al",null,{"$f":"'Battery Recycling'!H154","v":65.488786238844042},"g/cell",null,"Al",null,{"$f":"'Battery Recycling'!I154","v":72.343165222941977},"g/cell",null,"Al",null,{"$f":"'Battery Recycling'!J154","v":97.608323068866099},"g/cell",null,"Al",null,{"$f":"'Battery Recycling'!K154","v":77.559367719061555},"g/cell",null,"Al",null,{"$f":"'Battery Recycling'!L154","v":23.396101263429788},"g/cell",null,"Al",null,{"$f":"'Battery Recycling'!M154","v":39.111769926352814},"g/cell"]
[null,{"$f":"'Battery Recycling'!C155","v":"Cu"},"Cu",null,{"$f":"'Battery Recycling'!G155","v":0},{"$f":"'Battery Recycling'!E155","v":"g/cell"},0,"Cu",null,{"$f":"'Battery Recycling'!H155","v":0},"g/cell",null,"Cu",null,{"$f":"'Battery Recycling'!I155","v":0},"g/cell",null,"Cu",null,{"$f":"'Battery Recycling'!J155","v":0},"g/cell",null,"Cu",null,{"$f":"'Battery Recycling'!K155","v":0},"g/cell",null,"Cu",null,{"$f":"'Battery Recycling'!L155","v":61.965224041335219},"g/cell",null,"Cu",null,{"$f":"'Battery Recycling'!M155","v":100.01030707704274},"g/cell"]
[null,{"$f":"'Battery Recycling'!C156","v":"Black Mass"},"Black Mass",null,{"$f":"'Battery Recycling'!G156","v":675.28446179852028},{"$f":"'Battery Recycling'!E156","v":"g/cell"},525.71461990632793,"Black Mass",null,{"$f":"'Battery Recycling'!H156","v":593.54632407442182},"g/cell",null,"Black Mass",null,{"$f":"'Battery Recycling'!I156","v":633.77491244494342},"g/cell",null,"Black Mass",null,{"$f":"'Battery Recycling'!J156","v":636.92700978662515},"g/cell",null,"Black Mass",null,{"$f":"'Battery Recycling'!K156","v":770.973692349261},"g/cell",null,"Black Mass",null,{"$f":"'Battery Recycling'!L156","v":366.48384117557708},"g/cell",null,"Black Mass",null,{"$f":"'Battery Recycling'!M156","v":470.80258095141517},"g/cell"]
[null,{"$f":"'Battery Recycling'!C158","v":"solid Waste"},"solid Waste",null,{"$f":"'Battery Recycling'!G158","v":49.041832668187737},{"$f":"'Battery Recycling'!E158","v":"g/cell"},38.179478248321438,"solid Waste",null,{"$f":"'Battery Recycling'!H158","v":44.591296421062225},"g/cell",null,"solid Waste",null,{"$f":"'Battery Recycling'!I158","v":55.115395917195968},"g/cell",null,"solid Waste",null,{"$f":"'Battery Recycling'!J158","v":45.852871493324415},"g/cell",null,"solid Waste",null,{"$f":"'Battery Recycling'!K158","v":56.709201061333516},"g/cell",null,"solid Waste",null,{"$f":"'Battery Recycling'!L158","v":21.879583596681812},"g/cell",null,"solid Waste",null,{"$f":"'Battery Recycling'!M158","v":29.142023563997839},"g/cell"]
[null,{"$f":"'Battery Recycling'!C159","v":"Plastics"},"Plastics",null,{"$f":"'Battery Recycling'!G159","v":57.009757023758631},{"$f":"'Battery Recycling'!E159","v":"g/cell"},44.382574218980871,"Plastics",null,{"$f":"'Battery Recycling'!H159","v":29.072978630366826},"g/cell",null,"Plastics",null,{"$f":"'Battery Recycling'!I159","v":32.189204969454678},"g/cell",null,"Plastics",null,{"$f":"'Battery Recycling'!J159","v":37.110668091022298},"g/cell",null,"Plastics",null,{"$f":"'Battery Recycling'!K159","v":33.710576453118435},"g/cell",null,"Plastics",null,{"$f":"'Battery Recycling'!L159","v":19.593543492800844},"g/cell",null,"Plastics",null,{"$f":"'Battery Recycling'!M159","v":29.139364168978922},"g/cell"]
[null,{"$f":"'Battery Recycling'!C160","v":"Activated carbon (spent filter)"},null,null,null,null,null,"contained in input (treatment of spent act carbon consideres losses)"]
[null,{"$f":"'Battery Recycling'!C161","v":"Electrolyte (solvent without salt)"},"Electrolyte (solvent without salt)",null,{"$f":"'Battery Recycling'!G161","v":325.38820409046679},{"$f":"'Battery Recycling'!E161","v":"g/cell"},{"$f":"E215/E$202","v":253.31744725745037},{"$f":"C215","v":"Electrolyte (solvent without salt)"},null,{"$f":"'Battery Recycling'!H161","v":179.49415389122106},"g/cell",null,"Electrolyte (solvent without salt)",null,{"$f":"'Battery Recycling'!I161","v":203.56759915993703},"g/cell",null,"Electrolyte (solvent without salt)",null,{"$f":"'Battery Recycling'!J161","v":210.80606825202449},"g/cell",null,"Electrolyte (solvent without salt)",null,{"$f":"'Battery Recycling'!K161","v":211.37689028775856},"g/cell",null,"Electrolyte (solvent without salt)",null,{"$f":"'Battery Recycling'!L161","v":84.587683700024002},"g/cell",null,{"$f":"AB215","v":"Electrolyte (solvent without salt)"},null,{"$f":"'Battery Recycling'!M161","v":125.50530348722089},"g/cell"]
[null,{"$f":"'Battery Recycling'!C162","v":"(Electrolyte emission (absorbed in active carbon filter))"},"(Electrolyte emission (absorbed in active carbon filter))",null,{"$f":"'Battery Recycling'!G162","v":17.125694952129834},{"$f":"'Battery Recycling'!E162","v":"g/cell"},{"$f":"E216/E$202","v":13.332497224076336},{"$f":"C216","v":"(Electrolyte emission (absorbed in active carbon filter))"},null,{"$f":"'Battery Recycling'!H162","v":9.4470607311168351},0,null,"(Electrolyte emission (absorbed in active carbon filter))",null,{"$f":"'Battery Recycling'!I162","v":10.714084166312432},0,null,"(Electrolyte emission (absorbed in active carbon filter))",null,{"$f":"'Battery Recycling'!J162","v":11.095056223790834},0,null,"(Electrolyte emission (absorbed in active carbon filter))",null,{"$f":"'Battery Recycling'!K162","v":11.125099488829392},0,null,"(Electrolyte emission (absorbed in active carbon filter))",null,{"$f":"'Battery Recycling'!L162","v":4.4519833526328512},0,null,{"$f":"AB216","v":"(Electrolyte emission (absorbed in active carbon filter))"},null,{"$f":"'Battery Recycling'!M162","v":6.605542288801189},0]
[]
[{"$f":"'Battery Recycling'!B164","v":"Hydrometallurgy"}]
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[null,{"$f":"'Battery Recycling'!C167","v":"Electricity"},"Electricity",null,{"$f":"'Battery Recycling'!G167","v":1.2092323677542387},{"$f":"'Battery Recycling'!E167","v":"kWh"},1.7907007137904923E-3,"Electricity",null,{"$f":"'Battery Recycling'!H167","v":1.0628638261877903},"kWh",1.7907007137904927E-3,{"$f":"H220","v":"Electricity"},null,{"$f":"'Battery Recycling'!I167","v":1.1349011880976669},"kWh",1.7907007137904923E-3,{"$f":"M220","v":"Electricity"},null,{"$f":"'Battery Recycling'!J167","v":1.1405456510573535},"kWh",1.7907007137904923E-3,{"$f":"R220","v":"Electricity"},null,{"$f":"'Battery Recycling'!K167","v":1.3805831412035132},"kWh",1.7907007137904925E-3,{"$f":"W220","v":"Electricity"},null,{"$f":"'Battery Recycling'!L167","v":0.65626287598578736},"kWh",1.7907007137904925E-3,"Electricity",null,{"$f":"'Battery Recycling'!M167","v":0.84306651776410524},"kWh",1.7907007137904925E-3]
[null,{"$f":"'Battery Recycling'!C168","v":"Lime"},"Lime",null,{"$f":"'Battery Recycling'!G168","v":296.5070052695778},{"$f":"'Battery Recycling'!E168","v":"g"},0.43908459626018231,"Lime",null,{"$f":"'Battery Recycling'!H168","v":266.40831063170515},"g",0.44884164862303405,"Lime",null,{"$f":"'Battery Recycling'!I168","v":213.53688754297323},"g",0.33692858986671131,"Lime",null,{"$f":"'Battery Recycling'!J168","v":284.49927033738447},"g",0.44667484023435222,"Lime",null,{"$f":"'Battery Recycling'!K168","v":336.47769729330145},"g",0.43643213851825274,"Lime",null,{"$f":"'Battery Recycling'!L168","v":55.496009916146718},"g",0.15142825871430274,"Lime",null,{"$f":"'Battery Recycling'!M168","v":82.34110761982997},"g",0.17489519163941716]
[null,{"$f":"'Battery Recycling'!C169","v":"Silica Sand"},"Silica Sand",null,{"$f":"'Battery Recycling'!G169","v":100.59297419926149},{"$f":"'Battery Recycling'!E169","v":"g"},0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!H169","v":88.416946400136538},"g",0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!I169","v":94.409551858954245},"g",0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!J169","v":94.879100418861668},"g",0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!K169","v":114.84721051665181},"g",0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!L169","v":54.592844446079411},"g",0.14896385136916521,"Silica Sand",null,{"$f":"'Battery Recycling'!M169","v":70.132565693065985},"g",0.14896385136916521]
[null,{"$f":"'Battery Recycling'!C170","v":"H2SO4"},"H2SO4",null,{"$f":"'Battery Recycling'!G170","v":292.79486487890728},{"$f":"'Battery Recycling'!E170","v":"g"},0.43358744565081725,"H2SO4",null,{"$f":"'Battery Recycling'!H170","v":649.55154248316194},"g",1.0943569459318527,"H2SO4",null,{"$f":"'Battery Recycling'!I170","v":576.2182862866174},"g",0.90918443594384779,"H2SO4",null,{"$f":"'Battery Recycling'!J170","v":459.75586997249286},"g",0.72183446911211091,"H2SO4",null,{"$f":"'Battery Recycling'!K170","v":885.18003974663975},"g",1.1481326127346532,"H2SO4",null,{"$f":"'Battery Recycling'!L170","v":379.2600785884008},"g",1.0348616664021015,"H2SO4",null,{"$f":"'Battery Recycling'!M170","v":110.93187217767527},"g",0.2356229057910007]
[null,{"$f":"'Battery Recycling'!C171","v":"Oxygen Liquid"},"Oxygen Liquid",null,{"$f":"'Battery Recycling'!G171","v":0},{"$f":"'Battery Recycling'!E171","v":"g"},0,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!H171","v":0},"g",0,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!I171","v":0},"g",0,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!J171","v":0},"g",0,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!K171","v":0},"g",0,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!L171","v":0.63681561527427277},"g",1.7376362713061165E-3,"Oxygen Liquid",null,{"$f":"'Battery Recycling'!M171","v":1.0278043244473949},"g",2.183089825825445E-3]
[null,{"$f":"'Battery Recycling'!C172","v":"Sodium hydroxid (100%)"},"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!G172","v":180.00806057664803},{"$f":"'Battery Recycling'!E172","v":"g"},0.26656627060131549,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!H172","v":94.833227198714042},"g",0.15977392724417475,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!I172","v":98.275285378025018},"g",0.15506338835487163,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!J172","v":111.73824555894598},"g",0.17543336024700701,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!K172","v":96.726663396682099},"g",0.12546039424762068,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!L172","v":39.836702991802724},"g",0.10869975293867742,"Sodium hydroxid (100%)",null,{"$f":"'Battery Recycling'!M172","v":62.422770090369198},"g",0.13258799466269486]
[null,{"$f":"'Battery Recycling'!C173","v":"Sodium carbonate"},"Sodium carbonate",null,{"$f":"'Battery Recycling'!G173","v":0},{"$f":"'Battery Recycling'!E173","v":"g"},0,"Sodium carbonate",null,{"$f":"'Battery Recycling'!H173","v":85.970386810050499},"g",0.14484191599385779,"Sodium carbonate",null,{"$f":"'Battery Recycling'!I173","v":173.56722608666286},"g",0.27386256962599603,"Sodium carbonate",null,{"$f":"'Battery Recycling'!J173","v":48.0107135713221},"g",7.5378674217954758E-2,"Sodium carbonate",null,{"$f":"'Battery Recycling'!K173","v":74.370393291086572},"g",9.6462945531215122E-2,"Sodium carbonate",null,{"$f":"'Battery Recycling'!L173","v":175.15878516600111},"g",0.47794408780518399,"Sodium carbonate",null,{"$f":"'Battery Recycling'!M173","v":119.90800439334704},"g",0.25468850266502902]
[null,{"$f":"'Battery Recycling'!C174","v":"Activated carbon"},"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!G174","v":50.296487099630745},{"$f":"'Battery Recycling'!E174","v":"g"},7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!H174","v":44.208473200068269},"g",7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!I174","v":47.204775929477123},"g",7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!J174","v":47.439550209430834},"g",7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!K174","v":57.423605258325907},"g",7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!L174","v":27.296422223039706},"g",7.4481925684582603E-2,"Activated carbon","activated carbon, reactivated",{"$f":"'Battery Recycling'!M174","v":35.066282846532992},"g",7.4481925684582603E-2]
[null,null,{"$f":"C227","v":"Activated carbon"},"activated carbon, new",{"$f":"E227*0.11","v":5.5326135809593824},null,null,{"$f":"H227","v":"Activated carbon"},"activated carbon, new",{"$f":"J227*0.11","v":4.8629320520075092},null,null,{"$f":"M227","v":"Activated carbon"},"activated carbon, new",{"$f":"O227*0.11","v":5.1925253522424839},null,null,{"$f":"R227","v":"Activated carbon"},"activated carbon, new",{"$f":"T227*0.11","v":5.2183505230373921},null,null,{"$f":"W227","v":"Activated carbon"},"activated carbon, new",{"$f":"Y227*0.11","v":6.31659657841585},null,null,{"$f":"AB227","v":"Activated carbon"},"activated carbon, new",{"$f":"AD227*0.11","v":3.0026064445343676},"g",null,{"$f":"AG227","v":"Activated carbon"},"activated carbon, new",{"$f":"AI227*0.11","v":3.8572911131186292}]
[null,{"$f":"'Battery Recycling'!C175","v":"Iron"},{"$f":"AB229","v":"Iron"},null,{"$f":"'Battery Recycling'!G175","v":0},{"$f":"'Battery Recycling'!E175","v":"g"},{"$f":"E229/E$219","v":0},"Iron",null,{"$f":"'Battery Recycling'!H175","v":0},"g",0,"Iron",null,{"$f":"'Battery Recycling'!I175","v":0},"g",0,"Iron",null,{"$f":"'Battery Recycling'!J175","v":0},"g",0,"Iron",null,{"$f":"'Battery Recycling'!K175","v":0},"g",0,"Iron",null,{"$f":"'Battery Recycling'!L175","v":1.1114422535333792},"g",3.0327183047639565E-3,{"$f":"C229","v":"Iron"},null,{"$f":"'Battery Recycling'!M175","v":1.793839735012094},"g",3.8101739616359723E-3]
[{"$f":"'Battery Recycling'!B176","v":"OUTPUTS"}]
[{"$f":"'Battery Recycling'!B177","v":"Materials"},{"$f":"'Battery Recycling'!C178","v":"Sodium"},{"$f":"AB231","v":"Sodium"},"Na2CO3",{"$f":"'Battery Recycling'!G178","v":291.4582971169753},{"$f":"'Battery Recycling'!E178","v":"g"},{"$f":"E231/E$219","v":0.43160817937483598},"Sodium","Na2CO3",{"$f":"'Battery Recycling'!H178","v":361.56828045558615},"g",{"$f":"J231/J$219","v":0.60916606807297979},"Sodium",{"$f":"I231","v":"Na2CO3"},{"$f":"'Battery Recycling'!I178","v":237.08004278556308},"g",{"$f":"O231/O$219","v":0.37407609252150453},{"$f":"M231","v":"Sodium"},{"$f":"N231","v":"Na2CO3"},{"$f":"'Battery Recycling'!J178","v":369.22925257110398},"g",{"$f":"T231/T$219","v":0.57970418414944958},{"$f":"R231","v":"Sodium"},{"$f":"S231","v":"Na2CO3"},{"$f":"'Battery Recycling'!K178","v":470.20494918928961},"g",{"$f":"Y231/Y$219","v":0.60988455748277426},{"$f":"W231","v":"Sodium"},{"$f":"X231","v":"Na2CO3"},{"$f":"'Battery Recycling'!L178","v":0},"g",{"$f":"AD231/AD$219","v":0},{"$f":"C231","v":"Sodium"},"Na2CO3",{"$f":"'Battery Recycling'!M178","v":0},"g",{"$f":"AI231/AI$219","v":0}]
[null,{"$f":"'Battery Recycling'!C179","v":"Lithium"},"Lithium","Li2CO3",{"$f":"'Battery Recycling'!G179","v":0},{"$f":"'Battery Recycling'!E179","v":"g"},0,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!H179","v":0},"g",0,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!I179","v":0},"g",0,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!J179","v":0},"g",0,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!K179","v":0},"g",0,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!L179","v":191.36633263911693},"g",0.52216854097923548,"Lithium","Li2CO3",{"$f":"'Battery Recycling'!M179","v":153.92895719164193},"g",0.3269501133162368]
[null,{"$f":"'Battery Recycling'!C180","v":"Nickel"},"Nickel","NiSO4",{"$f":"'Battery Recycling'!G180","v":0},{"$f":"'Battery Recycling'!E180","v":"g"},0,"Nickel","NiSO4",{"$f":"'Battery Recycling'!H180","v":138.66401869930397},"g",0.23361953915818975,"Nickel","NiSO4",{"$f":"'Battery Recycling'!I180","v":0},"g",0,"Nickel","NiSO4",{"$f":"'Battery Recycling'!J180","v":0},"g",0,"Nickel","NiSO4",{"$f":"'Battery Recycling'!K180","v":199.92344629038817},"g",0.25931292892912394,"Nickel","NiSO4",{"$f":"'Battery Recycling'!L180","v":210.38795596851259},"g",0.5740715751440697,"Nickel","NiSO4",{"$f":"'Battery Recycling'!M180","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C181","v":"Cobalt"},"Cobalt","CoSO3",{"$f":"'Battery Recycling'!G181","v":0},{"$f":"'Battery Recycling'!E181","v":"g"},0,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!H181","v":0},"g",0,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!I181","v":0},"g",0,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!J181","v":0},"g",0,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!K181","v":153.68686876941291},"g",0.19934126195811983,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!L181","v":53.910412176190299},"g",0.14710174397665354,"Cobalt","CoSO3",{"$f":"'Battery Recycling'!M181","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C182","v":"Manganese"},"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!G182","v":0},{"$f":"'Battery Recycling'!E182","v":"g"},0,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!H182","v":171.69804051987583},"g",0.28927487806048224,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!I182","v":346.64439376543953},"g",0.54695190194287291,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!J182","v":95.885871286940784},"g",0.15054452050802994,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!K182","v":148.53080548521245},"g",0.19265353274586974,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!L182","v":52.101763857153898},"g",0.14216660600922021,"Manganese","MnCO3 *",{"$f":"'Battery Recycling'!M182","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C183","v":"Magnesium"},"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!G183","v":0},{"$f":"'Battery Recycling'!E183","v":"g"},0,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!H183","v":8.526274078773886},"g",1.4364968213845461E-2,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!I183","v":9.0599234874798587},"g",1.4295175321044129E-2,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!J183","v":0},"g",0,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!K183","v":0},"g",0,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!L183","v":0},"g",0,"Magnesium","Mg(OH)3",{"$f":"'Battery Recycling'!M183","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C185","v":"Titanium"},"Titanium","TiO2",{"$f":"'Battery Recycling'!G185","v":0},{"$f":"'Battery Recycling'!E185","v":"g"},0,"Titanium","TiO2",{"$f":"'Battery Recycling'!H185","v":11.684234609279367},"g",1.9685463687269568E-2,"Titanium","TiO2",{"$f":"'Battery Recycling'!I185","v":0},"g",0,"Titanium","TiO2",{"$f":"'Battery Recycling'!J185","v":0},"g",0,"Titanium","TiO2",{"$f":"'Battery Recycling'!K185","v":0},"g",0,"Titanium","TiO2",{"$f":"'Battery Recycling'!L185","v":0},"g",0,"Titanium","TiO2",{"$f":"'Battery Recycling'!M185","v":0},"g",0]
[null,{"$f":"'Battery Recycling'!C186","v":"Graphite / carbon"},"Hard carbon",null,{"$f":"'Battery Recycling'!G186","v":238.31367781365148},{"$f":"'Battery Recycling'!E186","v":"g"},0.3529085760080104,"Hard carbon",null,{"$f":"'Battery Recycling'!H186","v":240.43851270157103},"g",0.40508803264262766,"Hard carbon",null,{"$f":"'Battery Recycling'!I186","v":274.22538227886332},"g",0.43268576413189203,"Hard carbon",null,{"$f":"'Battery Recycling'!J186","v":198.58363000307691},"g",0.3117839673177053,"Hard carbon",null,{"$f":"'Battery Recycling'!K186","v":274.05703237009226},"g",0.35546872103379229,"Graphite",null,{"$f":"'Battery Recycling'!L186","v":124.22729468799662},"g",0.33897072866708228,{"$f":"C238","v":"Hard carbon"},null,{"$f":"'Battery Recycling'!M186","v":140.79531587944112},"g",0.2990538318522315]
[{"$f":"'Battery Recycling'!B187","v":"Waste"},{"$f":"'Battery Recycling'!C188","v":"Activated carbon"},{"$f":"AB239","v":"(considered as input (share of act carbon from re-activation)"},null,null,null,null,"(considered as input (share of act carbon from re-activation)",null,null,null,null,"(considered as input (share of act carbon from re-activation)",null,null,null,null,"(considered as input (share of act carbon from re-activation)",null,null,null,null,"(considered as input (share of act carbon from re-activation)",null,null,null,null,"(considered as input (share of act carbon from re-activation)",null,null,null,null,{"$f":"C239","v":"(considered as input (share of act carbon from re-activation)"}]
[null,{"$f":"'Battery Recycling'!C189","v":"binder as plastic waste"},{"$f":"AB240","v":"binder as plastic waste"},null,{"$f":"'Battery Recycling'!G189","v":19.010469436095498},"g",{"$f":"E240/E$219","v":2.8151794557013683E-2},"binder as plastic waste",null,{"$f":"'Battery Recycling'!H189","v":17.43900146512415},"g",2.9381028502398005E-2,"binder as plastic waste",null,{"$f":"'Battery Recycling'!I189","v":25.731461586693449},"g",4.06003157926021E-2,"binder as plastic waste",null,{"$f":"'Battery Recycling'!J189","v":17.376183342161092},"g",2.7281278820287792E-2,"binder as plastic waste",null,{"$f":"'Battery Recycling'!K189","v":21.802350400605768},"g",2.8278981004100232E-2,"binder as plastic waste",null,{"$f":"'Battery Recycling'!L189","v":7.4668169902030321},"g",2.0374205220758394E-2,{"$f":"C240","v":"binder as plastic waste"},null,{"$f":"'Battery Recycling'!M189","v":9.5897508043643391},"g",2.0368942721140183E-2]
[]
[null,{"$f":"'Battery Recycling'!C191","v":"Resdiual solid waste"},{"$f":"AB242","v":"Resdiual solid waste"},null,{"$f":"'Battery Recycling'!G191","v":996.4049223561924},"g",{"$f":"E242/E$219","v":1.47553361394162},"Resdiual solid waste",null,{"$f":"'Battery Recycling'!H191","v":828.70837506867542},{"$f":"F242","v":"g"},1.3961983108242917,"Resdiual solid waste",null,{"$f":"'Battery Recycling'!I191","v":897.04094569413701},{"$f":"K242","v":"g"},1.4153935854506765,"Resdiual solid waste",null,{"$f":"'Battery Recycling'!J191","v":954.73527244234936},{"$f":"P242","v":"g"},1.4989712443851173,"Resdiual solid waste",null,{"$f":"'Battery Recycling'!K191","v":1010.3702440886213},{"$f":"U242","v":"g"},1.3105119592471264,"Resdiual solid waste",null,{"$f":"'Battery Recycling'!L191","v":432.47912821836769},{"$f":"Z242","v":"g"},1.1800769355371747,{"$f":"C242","v":"Resdiual solid waste"},null,{"$f":"'Battery Recycling'!M191","v":614.0187167852672},{"$f":"AE242","v":"g"},1.3041957321993343]
[{"$f":"'Battery Recycling'!B192","v":"Emissions to air"},{"$f":"'Battery Recycling'!C192","v":0},null,null,null,null,null,null,null,{"$f":"'Battery Recycling'!H192","v":0},0,null,null,null,{"$f":"'Battery Recycling'!I192","v":0},0,null,null,null,{"$f":"'Battery Recycling'!J192","v":0},0,null,null,null,{"$f":"'Battery Recycling'!K192","v":0},0,null,null,null,{"$f":"'Battery Recycling'!L192","v":0},0,null,null,null,{"$f":"'Battery Recycling'!M192","v":0},0]

{"sheet":"RecyclingProcessData","index":4,"n_rows":66,"n_cols":49,"rows_kept":66,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,null,null,null,null,"cathode act mat ",0.4,"kg/kg cell"]
[null,"Hydrometallurgical processing of LIB",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pyrometallurgical processing of LIB",null,null,null,null,null,null,"Advanced hydrometallurgical treatment ",null,null,"(Mohr et al 2020) - "]
[null," (Mohr et al 2020, Fisher et al. 2006)",null,null,null,"molweight ",null,null,null,null,null,null,null,null,null,null," (Mohr et al 2020, Fisher et al. 2006)",null,null,null,null,null,null,"mechanical recycling stage",null,null,"(Mohr et al 2020) - "]
[null,"Item","Amount","Unit",null,"NMC",93.88,"g/mol",null,null,null,null,null,null,null,null,"Item","Amount","Unit",null,null,null,null,"Item","Ecoinvent dataset","Amount","Unit"]
[null,"INPUTS",null,null,null,"H2SO4",{"$f":"2+32.065+16*4","v":98.064999999999998},"g/mol",null,null,null,null,null,null,null,null,"INPUTS",null,null,null,null,null,null,"INPUTS",null,null,null,"considerations for openLCA"]
[null,"Waste batteries",1,"kg",null,"CaCO3",{"$f":"40+12+16*3","v":100},"g/mol",null,"CaSO4",{"$f":"40+32+16*4","v":136},"g/mol",null,null,null,null,"Waste batteries",1,"kg",null,null,null,null,"Battery cells (NMC)",null,1,"kg","add chemical factory"]
[null,"Reagent",2.5000000000000001E-2,"kg",null,"Na2CO3",{"$f":"23*2+12+16*3","v":106},"g/mol",null,"CaSO4 * 2H2O",{"$f":"K8+2*18","v":172},"g/mol",null,null,null,null,"NaOH",0.21,"kg",null,null,null,null,"Electricity",null,0.41289999999999999,"kWh"]
[null,"Electricity",0.14000000000000001,"kWh",null,null,null,null,null,null,null,null,null,null,null,null,"Electricity",0.8,"kWh",null,null,null,null,"Inert gas (nitrogen)",null,2.3409785932721715E-2,"kg"]
[null,"Water",0.72,"l",null,null,null,null,null,null,null,null,null,null,null,null,"Water",1,"l",null,null,null,null,"Treatment of activated carbon (filter reprocessing)","Treatment of spent active carbon",2.2458716E-2,"kg"]
[null,"H2SO4 (100%)",0.2132,"kg","18mol H2SO4/12 mol NCM",null,null,{"$f":"C8*G3/G6*18/12*G7","v":0.62674691095014923},"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Activated carbon (filter make up)","Market for activated carbon",2.245871E-3,"kg"]
[null,"Lime",0.11600000000000001,"kg","1 mol CaCO3/2 mol Li",null,null,{"$f":"G3/G6*1.05/2*G8","v":0.2236898167873882},"kg",null,null,null,null,null,null,null,"OUTPUTS",null,null,null,null,null,null,"OUTPUTS",null,"Recovery rate",null,"Recovery rate"]
[null,"OUTPUTS",null,null,"(CaCO3 + Li2SO4 = CaSO4 + Li2CO3)",null,null,null,null,null,null,null,null,null,null,null,"Materials","Recovery rate",null,null,null,null,null,"Fe",null,0.98,"kg",0.98]
[null,"Materials","Recovery rate",null,"recovery rates",null,"Input of process chemicals according to stoichiometrical calculations",null,null,null,null,null,null,null,null,null,"Sodium",0,null,null,null,null,null,"SUM Al+Cu",null,0.98,"kg",0.98]
[null,"Na2CO3",0.93600000000000005,null,null,null,null,"H2SO4 demand","Lime demand",null,"g/mol",null,null,null,null,null,"Lithium",0,null,null,null,null,null,"Al",null,0.98,"kg",0.98]
[null,"Li2CO3",0.93600000000000005,null,null,"g","per g Na",{"$f":"$G$7/K17","v":4.2636956521739133},null,"g",23,null,null,null,null,null,"Nickel",0.93600000000000005,null,null,null,null,null,"Cu",null,0.98,"kg",0.98]
[null,"NiSO4",0.93600000000000005,null,null,"g","per g Li",{"$f":"$G$7/(2*K18)","v":7.0652017291066276},{"$f":"$G$8/(2*K18)","v":7.2046109510086449},null,6.94,null,null,null,null,null,"Cobalt",0.93600000000000005,null,null,null,null,null,"Black Mass",null,0.98,"kg",0.98,"(active materials + cond. carbon)"]
[null,"CoSO4",0.93600000000000005,null,null,"g","per g Ni",{"$f":"$G$7/K19","v":1.6703287344575029},null,null,58.71,null,null,null,null,null,"Manganese",0]
[null,"MnSO4",0.93600000000000005,null,null,"g","per g Co",1.66409299168505,null,null,58.93,null,null,null,null,null,"Steel",0.98]
[null,"Mg(OH)2",0.93600000000000005,null,null,"g","per g Mn",{"$f":"$G$7/K21","v":1.7849472151437933},null,null,54.94,null,null,null,null,null,"Aluminium",0]
[null,"TiO2",0.93600000000000005,null,null,"g",null,null,null,null,24.305,null,null,null,null,null,"Copper",0.93599999999999994,null,null,null,null,null,"solid Waste"]
[null,"Steel/Iron",0.93600000000000005,null,null,"g",null,null,null,null,47.9,null,null,null,null,null,"Emissions to air",null,null,null,null,null,null,"Plastics",null,null,"kg","(separator + housing plastic parts)"]
[null,"Aluminium",0.93600000000000005,null,null,"g",null,null,null,null,null,null,null,null,null,null,"SO2",4.8000000000000001E-5,"kg",null,null,null,null,"Activated carbon (spent filter)",null,{"$f":"Z12","v":2.245871E-3},"kg"]
[null,"Copper",0.93600000000000005,null,null,null,null,null,null,null,null,null,null,null,null,null,"dust",2.0799999999999999E-4,"kg",null,null,null,null,null,null,"Recovery rate"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Emissions to water",null,null,null,null,null,null,"Electrolyte (solvent without salt)",null,0.95,"kg","(electrolyte)"]
[null,"Emissions to air",null,null,null,null,"Combustion emissions",null,null,null,null,null,null,null,null,null,"SO2",0.04,"kg",null,null,null,null,null,null,null,null,"(89% Solvent share in electrolyte)"]
[null,"SO2",4.4999999999999993E-6,"kg",null,null,null,null,null,null,null,null,null,null,null,null,"Cl",0.04,"kg"]
[null,"VOC",2.5000000000000002E-6,"kg",null,null,null," g·mol−1","C/mol","mol C/g","gCO2/g",null,null,null,null,null,"Water to sewer",1,"l"]
[null,"CO2",null,null,"(plastics + electrolyte",null,"DMC",90.078000000000003,3,{"$f":"I30/H30","v":3.3304469459801506E-2},{"$f":"J30*44","v":1.4653966562312664}]
[null,"Emissions to water",null,null,null,null,"EC",88.061999999999998,3,{"$f":"I31/H31","v":3.4066907406145673E-2},{"$f":"J31*44","v":1.4989439258704096},null,null,null,null,null,"Solid waste"]
[null,"Solid suspension",1.2E-5,"kg",null,null,null,"g/cm3","gC/g",null,null,null,null,null,null,null,"Plastics to incinerator",9.7288509775436696E-2,"kg"]
[null,"Chemical oxygen",2.9999999999999997E-5,"kg",null,null,"PP",0.91,{"$f":"36/42","v":0.8571428571428571},null,{"$f":"I33*44/12","v":3.1428571428571428},"(C3H6)"]
[null,"Total hydrocarbon",1E-8,"kg",null,null,"PP",null,null,"C3H6",{"$f":"36/42*44/12","v":3.1428571428571428},"kgCO2/kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Impurities suchas soluble Fe,Al, andCuare generallyprecipitatedfirst ashydroxides",null,null,null,null,null,null,"Progress and Status of Hydrometallurgical and Direct Recycling of LIB and beyond_Larouche et al_2020.pdf"]
[null,"Cu",1.6666666666666667E-5,"kg",null,null,"PET",null,null,"C10H8O4",{"$f":"120/(120+8+(16*4))*44/12","v":2.2916666666666665},"kgCO2/kg",null,null,null,null,"Comments"]
[null,"Co",1.6666666666666667E-5,"kg",null,null,"PVdF",null,null,"C2H2F2",{"$f":"24/(24+2+38)*44/12","v":1.375},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Process steps acc. To Duesenfeld Patent see also Figure above)",null,null,"Method for the utilization of lithium batteries_Hanisch_2018_EP18170117NWB1.pdf",null,null,null,"Source: ","https://data.epo.org/publication-server/rest/v1.0/publication-dates/20200325/patents/EP3517641NWB1/document.pdf"]
[null,"Ni",1.6666666666666667E-5,"kg",null,null,"CFC",null,null,"CH2COOH",{"$f":"24/(24+3+32)*44/12","v":1.4915254237288138},null,null,null,null,null,"include housing (see above)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Leaching with H2SO4"]
[null,"Cu+Co+Ni",5.0000000000000004E-8,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Leaching with H2SO4 - Separation of graphite (insolubles) and evolving gaseous HF",null,null,null,"LiMO2 + H2SO4 -> LiSO4 + MSO4"]
[null,"Fluoride",2.9999999999999997E-8,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Advanced hydrometallurgical treatment ",null,null,"(Mohr et al 2020) - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LiPF6 + 3H2SO4 -> 6 HF + 3SO4 +Li + P"]
[null,"Water to sewer",0.33700000000000002,"l",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"hydrometallurgical recycling stage",null,null,"(Mohr et al 2020) - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"wird metallisches Kupfer Cu erhalten, beispielsweise durch Zementation. Dazu wird beispielsweise metallisches Eisen in Kontakt mit der Roh-Flüssigkeit gebracht, sodass Eisen-Ionen in Lösung gehen und Kupfer metallisch ausfällt."]
[null,"Solid waste",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Item",null,"Amount","Unit",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Die Fe2+-Ionen in der entkupferten Roh-Flüssigkeit  werden  zu Fe3+-Ionen oxidiert. Das erfolgt durch Zugabe von Wasserstoffperoxid H2O2. Es kann jedoch auch ein anderes Oxidationsmittel verwendet werden."]
[null,"Paper and plastic to refining",9.7288509775436655E-2,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"INPUTS",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zugabe von Natriumhydroxid -> wird Eisen, Aluminium und ggf. Titan in Form eines Hydroxids ausgefällt"]
[null,"Residue to landfill",0.20200000000000001,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.5,null,"Black mass",null,1,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Aus der Rein-Flüssigkeit werden mittels Solvent-Extraktion Nickel und Kobalt extrahiert. Das erfolgt im vorliegenden Fall mittels Cyanex 301, das in einem organischen Lösungsmittel, in der Regel Kerosin, gelöst ist."]
[null,"Gypsum",0.33900000000000002,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Z44*V$43","v":0.89535035689524622},null,"Electricity",null,1.7907007137904924,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Durch Stripping mit Säure, insbesondere Salz- oder Schwefelsäure, wird eine Lösung 30 erhalten, die Nickel und Kobalt enthält. Diese werden nach weiterer Trennung mittels Cyanex 272 getrennt voneinander auskristallisiert. Der Rest ist eine mangan-und lithiumhaltige Zielflüssigkeit"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Z45*V$43*1000","v":74.481925684582606},null,"Lime",null,0.14896385136916521,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Mangan wird aus der Zielflüssigkeit durch Fällung entfernt, beispielsweise durch Zugabe von Natriumhydroxid oder Natriumkarbonat"]
[null,"Comments",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Z46*V$43*1000","v":74.481925684582606},null,"Silica Sand",null,0.14896385136916521,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lithium wird aus der nun mangan-freien Ziel-Flüssigkeit  ausgefällt. Das erfolgt beispielsweise mittels Natriumkarbonat."]
[null,"consider only cell or include housing? ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,744.81925684582609,null,"H2SO4",null,1.4896385136916521,"kg",null,null,null,null,null,null,null,null,null,null,null,null,null,null," Abscheidens von Fluorwasserstoff aus dem Abgas, insbesondere des Fällens von Fluorwasserstoff aus dem Abgas. Das erfolgt beispielsweise mittels einer Kalziumverbindung, sodass sich Kalziumfluorid bildet"]
[null,"Fisher-Data not exactly clear on dismantling level! (\"battery\")",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,89.378310821499127,null,"Oxygen Liquid",null,0.17875662164299824,"kg"]
[null,"Would need inventory data for other housing than only pouch",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,178.75662164299825,null,"Sodium hydroxid 50% in H2O",null,0.35751324328599648,"kg","50% NaOH "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,446.89155410749566,null,"Sodium carbonate",null,0.8937831082149913,"kg",null,null,"Input of process chemicals according to stoichiometrical calculations based on Patent process flow"]
[null,"additional assumptions: chemical factory as in existing ecoinvent process",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,37.240962842291303,null,"Activated carbon",null,7.4481925684582603E-2,"kg",null,null,null,null,null,{"$f":"23+16+1","v":40}]
[null,"Plastic waste - less if only cell considered?",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"H2SO4 demand","Lime demand","NaOH demand ","Na2CO3 demand"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"OUTPUTS",null,"recovery",null,"recovery rates",null,"excess demand",0.05,0.05,0.05,0.05,null,"g/mol"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Na2CO3",null,0.95,null,null,"g","per g Na",{"$f":"$G$7/AJ54/(1-AE$53)","v":4.4881006864988562},{"$f":"$G$8/(2*AJ54)/(1-AF53)","v":2.2883295194508011},null,null,null,23,{"$f":"(AM54+12+16*3)","v":118.93299999999999},"Co",58.933]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Li2CO3",null,0.95,null,null,"g","per g Li",{"$f":"$G$7/(2*AJ55)/(1-AE$53)","v":7.4370544516911874},{"$f":"$G$8/(2*AJ55)/(1-AF53)","v":7.5838010010617323},null,{"$f":"$G$9/(2*AJ55)/(1-AH$53)","v":8.0388290611254352},null,6.94,{"$f":"(AM55+12+16*3)","v":118.69},"Ni",58.69]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NiSO4",null,0.95,null,null,"g","per g Ni",{"$f":"$G$7/AJ56/(1-AE$53)","v":1.7582407731131611},null,null,null,null,58.71,{"$f":"(AM56+16*2)","v":86.938000000000002},"Mn",54.938000000000002]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CoSO4",null,0.95,null,null,"g","per g Co",{"$f":"$G$7/AJ57/(1-AE$53)","v":1.7516768333526842},null,null,null,null,58.93,{"$f":"AM57+16+1","v":24},"Li",7]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"MnSO4",null,0.95,null,null,"g","per g Mn",{"$f":"$G$7/AJ58/(1-AE$53)","v":1.8788918054145194},null,null,{"$f":"$G$9/(2*AJ58)/(1-AH$53)","v":1.0154618435422376},null,54.94,null,"Mg",24.305]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Mg(OH)2",null,0.93,null,null,"g","Mg",{"$f":"$G$7/AJ59/(1-AE$53)","v":4.247122640998712},null,{"$f":"AG$51/(AJ59)/(1-AG$53)","v":1.7323704241059346},null,null,24.305,null,"Ti",47.866999999999997]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"V2O5",null,0,null,null,null,"V not considered yet (no process data)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"TiO2",null,0.93,null,null,"g","Ti",{"$f":"$G$7/AJ61/(1-AE$53)","v":2.1550379079222064},null,{"$f":"AG$51/(AJ61)/(1-AG$53)","v":0.87902428304581914},null,null,47.9]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"graphite",null,0.93,null,null,"g","per g Li de electrolito",null,{"$f":"$G$8*6/(AJ62)/(1-AF$53)","v":91.005612012740784},{"$f":"AG51*6/(AJ62)/(1-AG$53)","v":36.402244805096309},null,null,6.94]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"g","per g Na de electrolito",null,{"$f":"$G$8*6/(AJ63)/(1-AF$53)","v":27.459954233409611},{"$f":"AG$51*6/(AJ63)/(1-AG$53)","v":10.983981693363845},null,null,23]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Activated carbon","assume same as input",{"$f":"Z51","v":7.4481925684582603E-2},"kg",null,"g","per g Fe",null,null,{"$f":"AG$51/(AJ64)/(1-AG$53)","v":0.75389907176176785},null,null,55.85,null,"Fe"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"binder as plastic waste",null,null,"kg",null,"g","per g Al",null,null,{"$f":"AG$51/(AJ65)/(1-AG$53)","v":1.5606101985876479},null,null,26.98,null,"Al"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rückgewinnungsraten: Ni, Co> 95%, Li 0%, Mn 0% (Ziel bis 2020 auch >95%), Cu 99%, Eisen, Stahl 98%"]

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["Default input values (may be changed)","Selected Chemistry - Choose a Chemistry in Dashboard",null,null,null,null,"Automatic input (Change using overrides)",null,null,null,null,null,null,null,null,null,null,"Chemistry","NCA-G","ID #",{"$f":"SUM(IF($A$1:T1 =\"Chemistry\", 1, 0))","v":1},null,null,"Chemistry","NMC622-G","ID #",{"$f":"SUM(IF($A$1:Z1 =\"Chemistry\", 1, 0))","v":2},null,"Chemistry","NMC333-G","ID #",{"$f":"SUM(IF($A$1:AE1 =\"Chemistry\", 1, 0))","v":3},null,"Chemistry","LFP-G","ID #",{"$f":"SUM(IF($A$1:AJ1 =\"Chemistry\", 1, 0))","v":4},null,"Chemistry","LMO-G","ID #",{"$f":"SUM(IF($A$1:AO1 =\"Chemistry\", 1, 0))","v":5},null,"Chemistry",{"$f":"AU7& \"/\" & 100*AU8 & \"%/\" & AU9 & \"  - G\"","v":"NMC532/50%/LMO  - G"},"ID #",{"$f":"SUM(IF($A$1:AT1 =\"Chemistry\", 1, 0))","v":6},null,"Chemistry","NMC811-G","ID #",{"$f":"SUM(IF($A$1:AY1 =\"Chemistry\", 1, 0))","v":7},null,"Chemistry","NMC532-G","ID #",{"$f":"SUM(IF($A$1:BD1 =\"Chemistry\", 1, 0))","v":8},null,null,"Chemistry","LMO-LTO","ID #",{"$f":"SUM(IF($A$1:BJ1 =\"Chemistry\", 1, 0))","v":9},null,null,"Chemistry","NMO","ID #",{"$f":"SUM(IF($A$1:BP1 =\"Chemistry\", 1, 0))","v":10},null,"Chemistry","NMO-aqu","ID #",{"$f":"SUM(IF($A$1:BU1 =\"Chemistry\", 1, 0))","v":11},null,"Chemistry","NMMT","ID #",{"$f":"SUM(IF($A$1:BZ1 =\"Chemistry\", 1, 0))","v":12},null,"Chemistry","Na-NMC","ID #",{"$f":"SUM(IF($A$1:CE1 =\"Chemistry\", 1, 0))","v":13},null,"Chemistry","NTO-NMO-aqu","ID #",{"$f":"SUM(IF($A$1:CJ1 =\"Chemistry\", 1, 0))","v":14},null,"Chemistry","Na-FCN","ID #",{"$f":"SUM(IF($A$1:CO1 =\"Chemistry\", 1, 0))","v":15},null,"Chemistry","NTP-MTO-aqu","ID #",{"$f":"SUM(IF($A$1:CT1 =\"Chemistry\", 1, 0))","v":16},null,"Chemistry","NaMVP-C","ID #",{"$f":"SUM(IF($A$1:CY1 =\"Chemistry\", 1, 0))","v":17}]
["Optional override input","System ID","Default",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,"Notes","Default is 50/50 NMC 532 and LMO","% is mass based",null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,null,"Notes","This is a supplied set of data from BatPaC",null,null,null,null,"Notes",null,null,null,null,"Notes",null,null,null,null,"Notes",null,null,null,null,"Notes",null,null,null,null,"Notes",null,null,null,null,"Notes","Prussian blue (PB, Fe4[Fe(CN)6]3)",null,null,null,"Notes",null,null,null,null,"Notes"]
["Add X to add to Summary of Results Worksheet","Description",{"$f":"IF(INDEX($3:$3, E2) = \"\", \"\", INDEX($3:$3, E2))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Description",null,null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description","This data set considers a mix of two Positive electrodes. Change values in Chem!AY7:AY9",null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,null,"Description",null,null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description",null,null,null,null,"Description"]
[null,"Property","Applied Value",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Property","Default Value","Notes",null,null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,null,"Property","Default Value","Notes",null,null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes",null,null,"Property","Default Value","Notes"]
["X","Couple Name",{"$f":"CN6&\"-\"&CN29","v":"NaFCN-HC"},{"$f":"BY6&\"-\"&BY29","v":"NaNMMT-HC"},{"$f":"BO6&\"-\"&BO29","v":"NaMMO-HC"},{"$f":"CX6&\"-\"&CX29","v":"NaMVP-HC"},{"$f":"CD6&\"-\"&CD29","v":"NaNMC-HC"},{"$f":"Y6&\"-\"&Y29","v":"NMC622-G"},{"$f":"AI6&\"-\"&AI29","v":"LFP-G"}]
[null,"Positive electrode active material",{"$f":"CN6","v":"NaFCN"},{"$f":"BY6","v":"NaNMMT"},{"$f":"BO6","v":"NaMMO"},{"$f":"CX6","v":"NaMVP"},{"$f":"CD6","v":"NaNMC"},{"$f":"Y6","v":"NMC622"},{"$f":"AI6","v":"LFP"},null,null,null,null,null,null,null,null,"Positive Electrode","NCA",null,null,null,null,"Positive Electrode","NMC622",null,null,null,"Positive Electrode","NMC333",null,null,null,"Positive Electrode","LFP",null,null,null,"Positive Electrode","LMO",null,null,null,"Positive Electrode",{"$f":"AU7&\"/\"&100*AU8&\"%/\"&AU9&\"/\"&(1-AU8)*100& \"%\"","v":"NMC532/50%/LMO/50%"},"Mixing Values",null,null,"Positive Electrode","NMC811",null,null,null,"Positive Electrode","NMC532",null,null,null,null,"Positive Electrode","LMO",null,null,null,null,"Positive Electrode","NaMMO",null,null,null,"Positive Electrode","NaMO",null,null,null,"Positive Electrode","NaNMMT",null,null,null,"Positive Electrode","NaNMC",null,null,null,"Positive Electrode","NMO-044",null,null,null,"Positive Electrode","NaFCN",null,null,null,"Positive Electrode","NaMTOaq",null,null,null,"Positive Electrode","NaMVP"]
[null,"Positive electrode active material molecular weight",{"$f":"CN7","v":313.7},{"$f":"BY7","v":105.99325},{"$f":"BO7","v":100.58825},{"$f":"CX7","v":482.79},{"$f":"CD7","v":110.74568300000001},{"$f":"Y7","v":94.387},{"$f":"AI7","v":157.76},null,null,null,null,null,null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(S6, Lists!$K$19:$K$53, 0))","v":96.096500000000006},null,null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(Y6, Lists!$K$19:$K$53, 0))","v":94.387},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(AD6, Lists!$K$19:$K$53, 0))","v":93.882683},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(AI6, Lists!$K$19:$K$53, 0))","v":157.76},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(AN6, Lists!$K$19:$K$53, 0))","v":176.01999999999998},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53,MATCH(AU7,Lists!$K$19:$K$53,0))* AU8 + INDEX(Lists!$L$19:$L$53,MATCH(AU9,Lists!$K$19:$K$53,0))*(1-AU8)","v":135.02442500000001},"Positive electrode 1","NMC532",null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(AX6, Lists!$K$19:$K$53, 0))","v":94.724249999999998},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(BC6, Lists!$K$19:$K$53, 0))","v":94.028850000000006},null,null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(BI6, Lists!$K$19:$K$53, 0))","v":176.01999999999998},null,null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(BO6, Lists!$K$19:$K$53, 0))","v":100.58825},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(BT6, Lists!$K$19:$K$53, 0))","v":193.68600000000001},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(BY6, Lists!$K$19:$K$53, 0))","v":105.99325},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(CD6, Lists!$K$19:$K$53, 0))","v":110.74568300000001},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(CI6, Lists!$K$19:$K$53, 0))","v":97.06},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(CN6, Lists!$K$19:$K$53, 0))","v":313.7},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(CS6, Lists!$K$19:$K$53, 0))","v":99.726400000000012},null,null,null,"Active material molecular weight",{"$f":"INDEX(Lists!$L$19:$L$53, MATCH(CX6, Lists!$K$19:$K$53, 0))","v":482.79}]
[null,"Positive electrode active material capacity, mAh/g:",{"$f":"CN8","v":120},150,170,{"$f":"CX8","v":111},120,{"$f":"Y8","v":180},150,null,null,null,null,null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(S6, Lists!$K$19:$K$53, 0))","v":200},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(Y6, Lists!$K$19:$K$53, 0))","v":180},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AD6, Lists!$K$19:$K$53, 0))","v":170},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AI6, Lists!$K$19:$K$53, 0))","v":150},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AN6, Lists!$K$19:$K$53, 0))","v":108},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53,MATCH(AU7,Lists!$K$19:$K$53,0))* AU8 + INDEX(Lists!$M$19:$M$53,MATCH(AU9,Lists!$K$19:$K$53,0))*(1-AU8)","v":134.5},"% Positive electrode 1",0.5,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AX6, Lists!$K$19:$K$53, 0))","v":212},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BC6, Lists!$K$19:$K$53, 0))","v":161},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BI6, Lists!$K$19:$K$53, 0))","v":108},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BO6, Lists!$K$19:$K$53, 0))","v":170},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BT6, Lists!$K$19:$K$53, 0))","v":110},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BY6, Lists!$K$19:$K$53, 0))","v":150},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CD6, Lists!$K$19:$K$53, 0))","v":120},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CI6, Lists!$K$19:$K$53, 0))","v":110},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CN6, Lists!$K$19:$K$53, 0))","v":120},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CS6, Lists!$K$19:$K$53, 0))","v":76},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CX6, Lists!$K$19:$K$53, 0))","v":111}]
[null,"Positive electrode composition, Weight %",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,"Positive electrode 2","LMO",null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %"]
["X","Positive electrode active material weight %",{"$f":"CN10","v":96},96,96,{"$f":"CX10","v":96},96,{"$f":"Y10","v":96},96,null,null,null,null,null,null,null,null,"Active material",96,null,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",{"$f":"INDEX(R10:FB10, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R10:FB10, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":96},null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,null,"Active material",96,null,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96,null,null,null,"Active material",96]
[null,"Positive electrode carbon addtive weight %",{"$f":"CN11","v":2},2,2,{"$f":"CX11","v":2},2,{"$f":"Y11","v":2},2,null,null,null,null,null,null,null,null,"Carbon",2,null,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",{"$f":"INDEX(R11:FB11, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R11:FB11, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":2},null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,null,"Carbon",2,null,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2,null,null,null,"Carbon",2]
[null,"Positive electrode binder weight %",{"$f":"CN12","v":2},2,4,{"$f":"CX12","v":2},2,{"$f":"Y12","v":2},2,null,null,null,null,null,null,null,null,"Binder",2,null,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",{"$f":"INDEX(R12:FB12, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R12:FB12, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":2},null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,null,"Binder",2,null,null,null,null,"Binder",4,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2]
[null,"Binder solvent for positive electrode",{"$f":"CN13","v":"NMP"},"NMP","Water",{"$f":"CX13","v":"NMP"},"NMP",{"$f":"Y13","v":"NMP"},"NMP",null,null,null,null,null,null,null,null,"Binder solvent","NMP",null,null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,null,"Binder solvent","NMP",null,null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","NMP"]
[null,"Void, vol% of positive electrode",{"$f":"CN14","v":35},35,35,{"$f":"CX14","v":35},35,{"$f":"Y14","v":35},35,null,null,null,null,null,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",{"$f":"BT14","v":35},null,null,null,"Void, Vol% %",{"$f":"BY14","v":35},null,null,null,"Void, Vol% %",{"$f":"CD14","v":35},null,null,null,"Void, Vol% %",{"$f":"CI14","v":35},null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35]
[null,"Material Density, g/cm3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3"]
[null,"Positive electrode active material density, g/cm³",{"$f":"CN16","v":1.83},4.6500000000000004,4.6160704761227462,{"$f":"CX16","v":3.45},5.4852227215321498,{"$f":"Y16","v":4.6500000000000004},3.45,null,null,null,null,null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(S6, Lists!$K$19:$K$53, 0))","v":4.78},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(Y6, Lists!$K$19:$K$53, 0))","v":4.6500000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AD6, Lists!$K$19:$K$53, 0))","v":4.6500000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AI6, Lists!$K$19:$K$53, 0))","v":3.45},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AN6, Lists!$K$19:$K$53, 0))","v":4.2300000000000004},null,null,null,"Active material",{"$f":"INDEX(R16:FB16, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R16:FB16, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":4.4400000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AX6, Lists!$K$19:$K$53, 0))","v":4.6500000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BC6, Lists!$K$19:$K$53, 0))","v":4.6500000000000004},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BI6, Lists!$K$19:$K$53, 0))","v":4.2300000000000004},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BO6, Lists!$K$19:$K$53, 0))","v":4.6160704761227462},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BT6, Lists!$K$19:$K$53, 0))","v":4.6545380070446551},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BY6, Lists!$K$19:$K$53, 0))","v":4.6500000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CD6, Lists!$K$19:$K$53, 0))","v":5.4852227215321498},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CI6, Lists!$K$19:$K$53, 0))","v":4.6160704761227462},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CN6, Lists!$K$19:$K$53, 0))","v":1.83},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CS6, Lists!$K$19:$K$53, 0))","v":4.2300000000000004},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CX6, Lists!$K$19:$K$53, 0))","v":3.45}]
[null,"Positive electrode carbon additive density, g/cm³",1.825,1.825,1.825,1.825,1.825,1.825,1.825,null,null,null,null,null,null,null,null,"Carbon",1.825,null,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",{"$f":"INDEX(R17:FB17, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R17:FB17, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":1.825},null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,null,"Carbon",1.825,null,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825,null,null,null,"Carbon",1.825]
[null,"Positive electrode binder density, g/cm³",1.77,1.77,1.1000000000000001,1.77,1.77,1.77,1.77,null,null,null,null,null,null,null,null,"Binder",1.77,null,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",{"$f":"INDEX(R18:FB18, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R18:FB18, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":1.77},null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,null,"Binder",1.77,null,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77,null,null,null,"Binder",1.77]
[null,"Maximum thickness limit for positive electrode,  µm",120,120,120,120,120,120,120,null,null,null,null,null,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120,null,null,null,"Maximum thickness limit for positive electrode,  µm",120]
[null,"Minimum thickness limit for positive electrode,  µm",15,15,15,15,15,15,15,null,null,null,null,null,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15,null,null,null,"Minimum thickness limit for positive electrode,  µm",15]
[null,"Positive electrode specific particle area \"a\", cm²/cm³",80000,80000,80000,100000,80000,80000,100000,null,null,null,null,null,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",100000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",{"$f":"INDEX(R21:FB21, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R21:FB21, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":80000},null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",80000,null,null,null,"Positive electrode specific area \"a\", cm2/cm3",{"$f":"AI21","v":100000}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Positive Foil",null,null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,null,"Positive Foil",null,null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil",null,null,null,null,"Positive Foil"]
["X","Positive foil material",{"$f":"CN23","v":"Aluminum"},"Aluminum","Aluminum",{"$f":"CX23","v":"Aluminum"},"Aluminum",{"$f":"Y23","v":"Aluminum"},"Aluminum",null,null,null,null,null,null,null,null,"Material","Aluminum",null,null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,null,"Material","Aluminum",null,null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum"]
["X","Positive foil thickness, mm",{"$f":"CN24","v":15},15,15,{"$f":"CX24","v":15},15,{"$f":"Y24","v":15},15,null,null,null,null,null,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15]
[null,null,{"$f":"CN25","v":2.7},2.7,2.7,{"$f":"CX25","v":2.7},2.7,{"$f":"Y25","v":2.7},2.7,null,null,null,null,null,null,null,null,"Density",2.7,null,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,null,null,null,null,null,"Density",2.7,null,null,null,null,"Density",2.7,null,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7]
[]
[]
[null,"Add 5% silicon to negative electrode?"]
[null,"Negative electrode active",{"$f":"CN29","v":"HC"},"HC","HC",{"$f":"CX29","v":"HC"},"HC",{"$f":"Y29","v":"G"},"G",null,null,null,null,null,null,null,null,"Negative Electrode","G",null,null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,"Negative Electrode","G",null,null,null,null,"Negative Electrode","LTO",null,null,null,null,"Negative Electrode","HC",null,null,null,"Negative Electrode","HC",null,null,null,"Negative Electrode","HC",null,null,null,"Negative Electrode","HC",null,null,null,"Negative Electrode","NTO",null,null,null,"Negative Electrode","HC",null,null,null,"Negative Electrode","NTO",null,null,null,"Negative Electrode","HC"]
[null,"N/P capacity ratio after formation",{"$f":"CN30","v":1.25},1.25,1.25,{"$f":"CX30","v":1.1000000000000001},1.25,{"$f":"Y30","v":1.1000000000000001},1.1000000000000001,null,null,null,null,null,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,null,"N/P capacity ratio after formation",1.05,null,null,null,null,"N/P capacity ratio after formation",1.25,null,null,null,"N/P capacity ratio after formation",1.25,null,null,null,"N/P capacity ratio after formation",1.25,null,null,null,"N/P capacity ratio after formation",1.25,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.25,null,null,null,"N/P capacity ratio after formation",1.1000000000000001,null,null,null,"N/P capacity ratio after formation",1.1000000000000001]
[null,"Negative electrode active material capacity, mAh/g:",{"$f":"CN31","v":240},240,240,{"$f":"CX31","v":240},240,{"$f":"Y31","v":360},360,null,null,null,null,null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(S29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(Y29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AD29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AI29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AN29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AS29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(AX29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BC29, Lists!$K$19:$K$53, 0))","v":360},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BI29, Lists!$K$19:$K$53, 0))","v":170},null,null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BO29, Lists!$K$19:$K$53, 0))","v":240},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BT29, Lists!$K$19:$K$53, 0))","v":240},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(BY29, Lists!$K$19:$K$53, 0))","v":240},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CD29, Lists!$K$19:$K$53, 0))","v":240},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CI29, Lists!$K$19:$K$53, 0))","v":149.13887297039159},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CN29, Lists!$K$19:$K$53, 0))","v":240},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CS29, Lists!$K$19:$K$53, 0))","v":149.13887297039159},null,null,null,"Active material capacity, mAh/g:",{"$f":"INDEX(Lists!$M$19:$M$53, MATCH(CX29, Lists!$K$19:$K$53, 0))","v":240}]
[null,"Negative electrode composition, Weight %",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %",null,null,null,null,"Weight %"]
["X","Negative electrode active weight %",{"$f":"CN33","v":93},93,93,{"$f":"CX33","v":93},93,{"$f":"Y33","v":98},98,null,null,null,null,null,null,null,null,"Active material",98,null,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,"Active material",98,null,null,null,null,"Active material",{"$f":"100-BI34-BI35","v":89},null,null,null,null,"Active material",{"$f":"100-BO34-BO35","v":93},null,null,null,"Active material",{"$f":"100-BT34-BT35","v":95},null,null,null,"Active material",{"$f":"100-BY34-BY35","v":93},null,null,null,"Active material",{"$f":"100-CD34-CD35","v":93},null,null,null,"Active material",{"$f":"100-CI34-CI35","v":84},null,null,null,"Active material",{"$f":"100-CN34-CN35","v":93},null,null,null,"Active material",{"$f":"100-CS34-CS35","v":84},null,null,null,"Active material",{"$f":"100-CX34-CX35","v":93}]
[null,"Negative electrode carbon addtive weight %",{"$f":"CN34","v":3},3,3,{"$f":"CX34","v":3},3,{"$f":"Y34","v":0},0,null,null,null,null,null,null,null,null,"Carbon",0,null,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,"Carbon",0,null,null,null,null,"Carbon",6,null,null,null,null,"Carbon",3,null,null,null,"Carbon",3,null,null,null,"Carbon",3,null,null,null,"Carbon",3,null,null,null,"Carbon",6,null,null,null,"Carbon",3,null,null,null,"Carbon",6,null,null,null,"Carbon",3]
[null,"Negative electrode binder weight %",{"$f":"CN35","v":4},4,4,{"$f":"CX35","v":4},4,{"$f":"Y35","v":2},2,null,null,null,null,null,null,null,null,"Binder",2,null,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,"Binder",2,null,null,null,null,"Binder",5,null,null,null,null,"Binder",4,null,null,null,"Binder",2,null,null,null,"Binder",4,null,null,null,"Binder",4,null,null,null,"Binder",10,null,null,null,"Binder",4,null,null,null,"Binder",10,null,null,null,"Binder",4]
[null,"Binder solvent for negative electrode",{"$f":"CN36","v":"Water"},"Water","Water",{"$f":"CX36","v":"Water"},"Water",{"$f":"Y36","v":"Water"},"Water",null,null,null,null,null,null,null,null,"Binder solvent","Water",null,null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,null,"Binder solvent","NMP",null,null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","Water",null,null,null,"Binder solvent","NMP",null,null,null,"Binder solvent","Water"]
[null,"Void, vol% % of negative electrode",{"$f":"CN37","v":35},35,35,{"$f":"CX37","v":35},35,{"$f":"Y37","v":35},35,null,null,null,null,null,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",35,null,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35,null,null,null,"Void, Vol% %",35]
[null,"Material Density, g/cm3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3",null,null,null,null,"Density, g/cm3"]
[null,"Negative electrode active material density, g/cm³",{"$f":"CN39","v":2.2400000000000002},2.2400000000000002,2.2400000000000002,{"$f":"CX39","v":2.2400000000000002},2.2400000000000002,{"$f":"Y39","v":2.2400000000000002},2.2400000000000002,null,null,null,null,null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(S29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(Y29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AD29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AI29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AN29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AS29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(AX29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BC29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BI29, Lists!$K$19:$K$53, 0))","v":3.4},null,null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BO29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BT29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(BY29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CD29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CI29, Lists!$K$19:$K$53, 0))","v":3.8755824587379699},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CN29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CS29, Lists!$K$19:$K$53, 0))","v":3.8755824587379699},null,null,null,"Active material",{"$f":"INDEX(Lists!$O$19:$O$53, MATCH(CX29, Lists!$K$19:$K$53, 0))","v":2.2400000000000002}]
[null,"Negative electrode carbon additive density, g/cm³",{"$f":"CN40","v":1.95},1.95,1.95,{"$f":"CX40","v":1.95},1.95,{"$f":"Y40","v":1.95},1.95,null,null,null,null,null,null,null,null,"Carbon",1.95,null,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,null,"Carbon",1.95,null,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95,null,null,null,"Carbon",1.95]
[null,"Negative electrode binder density, g/cm³",{"$f":"CN41","v":1.1000000000000001},1.1000000000000001,1.1000000000000001,{"$f":"CX41","v":1.1000000000000001},1.1000000000000001,{"$f":"Y41","v":1.1000000000000001},1.1000000000000001,null,null,null,null,null,null,null,null,"Binder",1.1000000000000001,null,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,null,"Binder",1.1000000000000001,null,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.77,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.77,null,null,null,"Binder",1.1000000000000001,null,null,null,"Binder",1.77,null,null,null,"Binder",1.1000000000000001]
[null,"Negative electrode specific area \"a\", cm²/cm³",{"$f":"CN42","v":3600},3600,3600,{"$f":"CX42","v":3600},3600,{"$f":"Y42","v":3600},3600,null,null,null,null,null,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",400000,null,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600,null,null,null,"Negative electrode specific area \"a\", cm2/cm3",3600]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Negative Foil Properties",null,null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,null,"Negative Foil",null,null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil",null,null,null,null,"Negative Foil"]
["X","Negative foil material",{"$f":"CN44","v":"Aluminum"},"Aluminum","Aluminum",{"$f":"CX44","v":"Aluminum"},"Aluminum",{"$f":"Y44","v":"Copper"},"Copper",null,null,null,null,null,null,null,null,"Material","Copper",null,null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,"Material","Copper",null,null,null,null,"Material","Aluminum",null,null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum",null,null,null,"Material","Aluminum"]
["X","Negative foil thickness",{"$f":"CN45","v":15},15,15,{"$f":"CX45","v":15},15,{"$f":"Y45","v":10},10,null,null,null,null,null,null,null,null,"Thickness, mm",10,null,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,"Thickness, mm",10,null,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15]
[null,null,{"$f":"CN46","v":2.7},2.7,2.7,{"$f":"CX46","v":2.7},2.7,{"$f":"Y46","v":8.9600000000000009},8.9600000000000009,null,null,null,null,null,null,null,null,"Density",8.9600000000000009,null,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,"Density",8.9600000000000009,null,null,null,null,null,null,null,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7,null,null,null,"Density",2.7]
[]
[null,"Separator",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Separator",null,null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,null,"Separator",null,null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator",null,null,null,null,"Separator"]
["X","Separator thickness, mm",{"$f":"CN49","v":15},15,15,{"$f":"CX49","v":15},15,{"$f":"Y49","v":15},15,null,null,null,null,null,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15,null,null,null,"Thickness, mm",15]
[null,"Separator void, Vol% %",{"$f":"CN50","v":50},50,50,{"$f":"CX50","v":50},50,{"$f":"Y50","v":50},50,null,null,null,null,null,null,null,null,"Void, Vol% %",50,null,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,null,"Void, Vol% %",50,null,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50,null,null,null,"Void, Vol% %",50]
[null,"Separator density, g/cm³",{"$f":"CN51","v":0.45},0.45,0.45,{"$f":"CX51","v":0.45},0.45,{"$f":"Y51","v":0.45},0.45,null,null,null,null,null,null,null,null,"Density, g/cm3",{"$f":"(1-S50/100)*_rho_PP","v":0.45},null,null,null,null,"Density, g/cm3",{"$f":"(1-Y50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-AD50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-AI50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-AN50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-AS50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-AX50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-BC50/100)*_rho_PP","v":0.45},null,null,null,null,"Density, g/cm3",{"$f":"(1-BI50/100)*_rho_PP","v":0.45},null,null,null,null,"Density, g/cm3",{"$f":"(1-BO50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-BT50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-BY50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-CD50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-CI50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-CN50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-CS50/100)*_rho_PP","v":0.45},null,null,null,"Density, g/cm3",{"$f":"(1-CX50/100)*_rho_PP","v":0.45}]
[]
[null,"Electrolyte ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,null,"Electrolyte salt molarity",1.2,"M","LiPF6",null,null,"Electrolyte salt molarity",1,"M","NaPF6",null,"Electrolyte salt molarity",8,"M","NaAc",null,"Electrolyte salt molarity",1,"M","NaPF6",null,"Electrolyte salt molarity",1,"M","NaPF6",null,"Electrolyte salt molarity",8,"M","NaPF6",null,"Electrolyte salt molarity",1,"M","NaPF6",null,"Electrolyte salt molarity",{"$f":"100/119","v":0.84033613445378152},"4M","NaSO4",null,"Electrolyte salt molarity",1,"M","NaPF6"]
[null,"Electrolyte density, g/cm³",{"$f":"CN54","v":1.44},1.44,1.44,{"$f":"CX54","v":1.44},1.44,{"$f":"Y54","v":1.2},1.2,null,null,null,null,null,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,null,"Electrolyte density, g/cm3",1.2,null,null,null,null,"Electrolyte density, g/cm3",1.44,null,null,null,"Electrolyte density, g/cm3",4.8,null,null,null,"Electrolyte density, g/cm3",1.44,null,null,null,"Electrolyte density, g/cm3",1.44,null,null,null,"Electrolyte density, g/cm3",4.8,null,null,null,"Electrolyte density, g/cm3",1.44,null,null,null,"Electrolyte density, g/cm3",1.1000000000000001,"100g/l",null,null,"Electrolyte density, g/cm3",1.44]
[null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"CN55","v":0},0,0,{"$f":"CX55","v":0},0,{"$f":"Y55","v":8.3279999999999994},8.3279999999999994,null,null,null,null,null,null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,null,"Electrolyte (1.2M LiPF6), g Li/L electrolyte",{"$f":"1.2*6.94","v":8.3279999999999994},null,null,null,null,"Electrolyte (1M NaPF6), g Li/L electrolyte",0,null,null,null,"Electrolyte (8M NaAc 32MKaAc), g Li/L electrolyte",0,null,null,null,"Electrolyte (1M NaPF6), g Li/L electrolyte",0,null,null,null,"Electrolyte (1M NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (8M NaAc 32MKaAc), g Li/L electrolyte",0,null,null,null,"Electrolyte (1M NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (8M NaAc 32MKaAc), g Li/L electrolyte",0,null,null,null,"Electrolyte (8M NaAc 32MKaAc), g Li/L electrolyte",0]
[null,"Electrolyte , g Na/L electrolyte",{"$f":"CN56","v":23},{"$f":"BY56","v":23},{"$f":"BO56","v":23},{"$f":"CX56","v":23},{"$f":"CD56","v":23},{"$f":"Y56","v":0},{"$f":"AI56","v":0},null,null,null,null,null,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",0,null,null,null,null,"Electrolyte (NaPF6), g Na/L electrolyte",{"$f":"BO53*23","v":23},null,null,null,"Electrolyte, g Na/L electrolyte",{"$f":"BT53*23","v":184},null,null,null,"g Na/l electrolyte",{"$f":"BY53*23","v":23},null,null,null,"g Na/l electrolyte",{"$f":"CD53*23","v":23},null,null,null,"Electrolyte, g Na/L electrolyte",{"$f":"CI53*23","v":184},null,null,null,"g Na/l electrolyte",{"$f":"CN53*23","v":23},null,null,null,"Electrolyte, g Na/L electrolyte",{"$f":"CS53*23","v":19.327731092436974},null,null,null,"Electrolyte, g Na/L electrolyte",{"$f":"CX53*23","v":23}]
[null,"Limiting current for ionic diffuison ",{"$f":"CN57","v":100},100,100,{"$f":"CX57","v":100},100,{"$f":"Y57","v":100},100,null,null,null,null,null,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100,null,null,null,"Limiting current for ionic diffuison ",100]
[]
[]
[null,"Electrochemical Properties",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters",null,null,null,null,"Cell Voltage and Resistance Parameters"]
[null,"Open circuit voltage at 20% SOC, V",{"$f":"CN61","v":3.1},3.04,2.6599999999999997,{"$f":"CX61","v":3.23},2.6599999999999997,{"$f":"Y61","v":3.5649999999999999},3.246,null,null,null,null,null,null,null,null,"Open circuit voltage at 20% SOC, V",3.5510000000000002,{"$f":"S61/S$62","v":0.96494565217391304},null,null,null,"Open circuit voltage at 20% SOC, V",3.5649999999999999,{"$f":"Y61/Y$62","v":0.95066666666666666},null,null,"Open circuit voltage at 20% SOC, V",3.516,{"$f":"AD61/AD$62","v":0.95777717243257976},null,null,"Open circuit voltage at 20% SOC, V",3.246,{"$f":"AI61/AI$62","v":0.98903107861060324},null,null,"Open circuit voltage at 20% SOC, V",3.8260000000000001,{"$f":"AN61/AN$62","v":0.96762771876580678},null,null,"Open circuit voltage at 20% SOC, V",{"$f":"INDEX(R61:FB61, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R61:FB61, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":3.698},{"$f":"AS61/AS$62","v":0.97136853165221948},null,null,"Open circuit voltage at 20% SOC, V",3.57,{"$f":"AX61/AX$62","v":0.95174620101306318},null,null,"Open circuit voltage at 20% SOC, V",3.57,{"$f":"BC61/BC$62","v":0.97540983606557374},null,null,null,"Open circuit voltage at 20% SOC, V",2.4079999999999999,{"$f":"BI61/BI$62","v":0.95783611774065236},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"BO62*0.95","v":2.6599999999999997},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"BT62*0.95","v":1.4249999999999998},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"BY62*0.95","v":3.04},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"CD62*0.95","v":2.6599999999999997},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"CI62*0.95","v":1.4249999999999998},null,null,null,"Open circuit voltage at 20% SOC, V",3.1,null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"CS62*0.95","v":1.1399999999999999},null,null,null,"Open circuit voltage at 20% SOC, V",{"$f":"CX62*0.95","v":3.23}]
["X","Open circuit voltage at 50% SOC, V",3.2,3.2,2.8,3.4,2.8,3.75,3.282,null,null,null,null,null,null,null,null,"Open circuit voltage at 50% SOC, V",3.68,1,null,null,null,"Open circuit voltage at 50% SOC, V",3.75,1,null,null,"Open circuit voltage at 50% SOC, V",3.6709999999999998,1,null,null,"Open circuit voltage at 50% SOC, V",3.282,1,null,null,"Open circuit voltage at 50% SOC, V",3.9540000000000002,1,null,null,"Open circuit voltage at 50% SOC, V",{"$f":"INDEX(R62:FB62, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R62:FB62, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":3.8070000000000004},1,null,null,"Open circuit voltage at 50% SOC, V",3.7509999999999999,1,null,null,"Open circuit voltage at 50% SOC, V",3.66,1,null,null,null,"Open circuit voltage at 50% SOC, V",2.5139999999999998,1,null,null,null,"Open circuit voltage at 50% SOC, V",2.8,null,null,null,"Open circuit voltage at 50% SOC, V",1.5,null,null,null,"Open circuit voltage at 50% SOC, V",3.2,null,null,null,"Open circuit voltage at 50% SOC, V",2.8,null,null,null,"Open circuit voltage at 50% SOC, V",1.5,null,null,null,"Open circuit voltage at 50% SOC, V",3.2,null,null,null,"Open circuit voltage at 50% SOC, V",1.2,null,null,null,"Open circuit voltage at 50% SOC, V",3.4,"https://www.sciencedirect.com/science/article/pii/S2589004218300403"]
[null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",0,0,0,0,0,4,3.5,null,null,null,null,null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",3.8359999999999999,{"$f":"S63/S$62","v":1.0423913043478259},null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",4,{"$f":"Y63/Y$62","v":1.0666666666666667},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",3.9,{"$f":"AD63/AD$62","v":1.0623808226641243},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",3.5,{"$f":"AI63/AI$62","v":1.0664229128580134},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",4.0199999999999996,{"$f":"AN63/AN$62","v":1.0166919575113806},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",{"$f":"INDEX(R63:FB63, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R63:FB63, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":3.9729999999999999},{"$f":"AS63/AS$62","v":1.0436038875755187},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",4.0579999999999998,{"$f":"AX63/AX$62","v":1.0818448413756332},null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",3.9260000000000002,{"$f":"BC63/BC$62","v":1.0726775956284154},null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",2.593,{"$f":"BI63/BI$62","v":1.0314240254574385},null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V",null,null,null,null,"Open circuit voltage at 80% SOC (mid SOC-HP), V"]
[null,"Open circuit voltage at 100% SOC, V",0,0,0,3.8,0,4.2,3.8,null,null,null,null,null,null,null,null,"Open circuit voltage at 100% SOC, V",4.0999999999999996,{"$f":"S64/S$62","v":1.1141304347826086},null,null,null,"Open circuit voltage at 100% SOC, V",4.2,{"$f":"Y64/Y$62","v":1.1200000000000001},null,null,"Open circuit voltage at 100% SOC, V",4.0999999999999996,{"$f":"AD64/AD$62","v":1.1168618904930536},null,null,"Open circuit voltage at 100% SOC, V",3.8,{"$f":"AI64/AI$62","v":1.157830591102986},null,null,"Open circuit voltage at 100% SOC, V",4.2,{"$f":"AN64/AN$62","v":1.062215477996965},null,null,"Open circuit voltage at 100% SOC, V",{"$f":"INDEX(R64:FB64, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R64:FB64, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":4.1775000000000002},{"$f":"AS64/AS$62","v":1.0973207249802994},null,null,"Open circuit voltage at 100% SOC, V",4.2519999999999998,{"$f":"AX64/AX$62","v":1.1335643828312449},null,null,"Open circuit voltage at 100% SOC, V",4.1550000000000002,{"$f":"BC64/BC$62","v":1.1352459016393444},null,null,null,"Open circuit voltage at 100% SOC, V",2.66,{"$f":"BI64/BI$62","v":1.0580747812251394},null,null,null,"Open circuit voltage at 100% SOC, V",null,null,null,null,"Open circuit voltage at 100% SOC, V",1.6,null,null,null,"Open circuit voltage at 100% SOC, V",null,null,null,null,"Open circuit voltage at 100% SOC, V",null,null,null,null,"Open circuit voltage at 100% SOC, V",1.6,null,null,null,"Open circuit voltage at 100% SOC, V",null,null,null,null,"Open circuit voltage at 100% SOC, V",null,null,null,null,"Open circuit voltage at 100% SOC, V",3.8]
[null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,120,200,120,120,120,120,null,null,null,null,null,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",200,null,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",200,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",200,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",200,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",120,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",200,null,null,null,"Solid state diffusion limiting C-rate (10-s), A/Ah",{"$f":"AI65","v":120}]
[null,"ioF/RT estimate, 1/(ohm-cm²)",3.6284722222222218E-2,3.6284722222222218E-2,3.6284722222222218E-2,3.5972222222222225E-2,3.6284722222222218E-2,2.418981481481481E-2,4.7962962962962964E-2,null,null,null,null,null,null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/S68)*(1/S42+1/S21)*(1/(40*10^-4))","v":2.418981481481481E-2},null,null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/Y68)*(1/Y42+1/Y21)*(1/(40*10^-4))","v":2.418981481481481E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/AD68)*(1/AD42+1/AD21)*(1/(40*10^-4))","v":2.418981481481481E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/AI68)*(1/AI42+1/AI21)*(1/(40*10^-4))","v":4.7962962962962964E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/AN68)*(1/AN42+1/AN21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/AS68)*(1/AS42+1/AS21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/AX68)*(1/AX42+1/AX21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/BC68)*(1/BC42+1/BC21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/BI68)*(1/BI42+1/BI21)*(1/(40*10^-4))","v":2.4999999999999996E-3},null,null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/BO68)*(1/BO42+1/BO21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/BT68)*(1/BT42+1/BT21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/BY68)*(1/BY42+1/BY21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/CD68)*(1/CD42+1/CD21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/CI68)*(1/CI42+1/CI21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/CN68)*(1/CN42+1/CN21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/CS68)*(1/CS42+1/CS21)*(1/(40*10^-4))","v":3.6284722222222218E-2},null,null,null,"ioF/RT estimate, 1/(ohm-cm²)",{"$f":"(1/CX68)*(1/CX42+1/CX21)*(1/(40*10^-4))","v":3.5972222222222225E-2}]
[]
[null,"ASI associated with interfacial effects, ohm-cm²",{"$f":"CN68","v":2},2,2,{"$f":"CX68","v":2},2,{"$f":"Y68","v":3},1.5,null,null,null,null,null,null,null,null,"ASI associated with interfacial effects, ohm-cm2",3,null,null,null,null,"ASI associated with interfacial effects, ohm-cm2",3,null,null,null,"ASI associated with interfacial effects, ohm-cm2",3,null,null,null,"ASI associated with interfacial effects, ohm-cm2",1.5,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",{"$f":"INDEX(R68:FB68, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R68:FB68, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":2},null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,null,"ASI associated with interfacial effects, ohm-cm2",1.5,null,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2,null,null,null,"ASI associated with interfacial effects, ohm-cm2",2]
[null,"Ratio of electrode thickness to penetration, g",0.4,0.4,0.4,0.4,0.4,0.4,0.4]
[null,"DcF/(1-t+), A/cm",0.23599999999999999,0.23599999999999999,0.23599999999999999,0.23599999999999999,0.23599999999999999,0.23599999999999999,0.23599999999999999,"BatPac Default values"]
[null,"Electrode system ASI for power, ohm-cm²",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2",null,null,null,null,"Electrode system ASI for power, ohm-cm2"]
[null,"Selected ASI value",{"$f":"C75","v":14.3},{"$f":"D75","v":14.3},13.200000000000001,27.500000000000004,14.3,14.3,27.500000000000004]
[null,"ASI at 50% SOC, 2-sec burst",{"$f":"CN73","v":12},{"$f":"BY73","v":12},{"$f":"BO73","v":10},{"$f":"CX73","v":20},{"$f":"CD73","v":12},{"$f":"Y73","v":12},{"$f":"AI73","v":20},null,null,null,null,null,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",20,null,null,null,"     At 50% SOC, 2-sec burst",10,null,null,null,"     At 50% SOC, 2-sec burst",{"$f":"1/($AU$8/INDEX(R73:FB73, MATCH($AU$7, $R$6:$FB$6, 0)) +(1-$AU$8)/INDEX(R73:FB73, MATCH($AU$9, $R$6:$FB$6, 0)))","v":10.909090909090908},null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,null,"     At 50% SOC, 2-sec burst",6,null,null,null,null,"     At 50% SOC, 2-sec burst",{"$f":"AN73","v":10},null,null,null,"     At 50% SOC, 2-sec burst",10,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",6,null,null,null,"     At 50% SOC, 2-sec burst",12,null,null,null,"     At 50% SOC, 2-sec burst",6,null,null,null,"     At 50% SOC, 2-sec burst",{"$f":"AI73","v":20}]
["X","ASI 50% SOC, 10-sec burst",{"$f":"CN74","v":13},13,12,{"$f":"CX74","v":25},13,{"$f":"Y74","v":13},25,null,null,null,null,null,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",25,null,null,null,"     At 50% SOC, 10-sec burst",12,null,null,null,"     At 50% SOC, 10-sec burst",{"$f":"1/($AU$8/INDEX(R74:FB74, MATCH($AU$7, $R$6:$FB$6, 0)) +(1-$AU$8)/INDEX(R74:FB74, MATCH($AU$9, $R$6:$FB$6, 0)))","v":12.48},null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,null,"     At 50% SOC, 10-sec burst",8,null,null,null,null,"     At 50% SOC, 10-sec burst",{"$f":"AN74","v":12},null,null,null,"     At 50% SOC, 10-sec burst",12,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",8,null,null,null,"     At 50% SOC, 10-sec burst",13,null,null,null,"     At 50% SOC, 10-sec burst",8,null,null,null,"     At 50% SOC, 10-sec burst",{"$f":"AI74","v":25}]
[null,"ASI at 20% SOC range, 10-sec burst",{"$f":"CN75","v":14.3},14.3,13.200000000000001,{"$f":"CX75","v":27.500000000000004},14.3,{"$f":"Y75","v":14.3},27.500000000000004,null,null,null,null,null,null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*S74","v":14.3},null,null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*Y74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*AD74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*AI74","v":27.500000000000004},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*AN74","v":13.200000000000001},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1/($AU$8/INDEX(R75:FB75, MATCH($AU$7, $R$6:$FB$6, 0)) +(1-$AU$8)/INDEX(R75:FB75, MATCH($AU$9, $R$6:$FB$6, 0)))","v":13.728000000000002},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*AX74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*BC74","v":14.3},null,null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*BI74","v":8.8000000000000007},null,null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*BO74","v":13.200000000000001},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*BT74","v":13.200000000000001},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*BY74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*CD74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*CI74","v":8.8000000000000007},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*CN74","v":14.3},null,null,null,"     At 20% SOC range, 10-sec burst",{"$f":"1.1*CS74","v":8.8000000000000007},null,null,null,"     At 20% SOC range, 10-sec burst",27.500000000000004]
[null,"ASI at 20% SOC range, 30-sec burst",{"$f":"CN76","v":14.95},14.95,13.799999999999999,{"$f":"CX76","v":28.749999999999996},14.95,{"$f":"Y76","v":14.95},28.749999999999996,null,null,null,null,null,null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"S74*1.15","v":14.95},null,null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"Y74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"AD74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"AI74*1.15","v":28.749999999999996},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"AN74*1.15","v":13.799999999999999},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"1/($AU$8/INDEX(R76:FB76, MATCH($AU$7, $R$6:$FB$6, 0)) +(1-$AU$8)/INDEX(R76:FB76, MATCH($AU$9, $R$6:$FB$6, 0)))","v":14.352},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"AX74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"BC74*1.15","v":14.95},null,null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"BI74*1.15","v":9.1999999999999993},null,null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"BO74*1.15","v":13.799999999999999},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"BT74*1.15","v":13.799999999999999},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"BY74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"CD74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"CI74*1.15","v":9.1999999999999993},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"CN74*1.15","v":14.95},null,null,null,"     At 20% SOC range, 30-sec burst",{"$f":"CS74*1.15","v":9.1999999999999993},null,null,null,"     At 20% SOC range, 30-sec burst",28.749999999999996]
[null,"Maximum allowable ASI for limiting capacity",{"$f":"1.5*C72","v":21.450000000000003},{"$f":"1.5*D72","v":21.450000000000003},19.8,41.250000000000007,21.450000000000003,21.450000000000003,41.250000000000007]
[null,"Electrode system ASI for energy, ohm-cm²",{"$f":"CN78","v":16.900000000000002},16.900000000000002,15.600000000000001,{"$f":"CX78","v":32.5},16.900000000000002,{"$f":"Y78","v":16.900000000000002},32.5,null,null,null,null,null,null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*S74","v":16.900000000000002},null,null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*Y74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*AD74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*AI74","v":32.5},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*AN74","v":15.600000000000001},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1/($AU$8/INDEX(R78:FB78, MATCH($AU$7, $R$6:$FB$6, 0)) +(1-$AU$8)/INDEX(R78:FB78, MATCH($AU$9, $R$6:$FB$6, 0)))","v":16.224},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*AX74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*BC74","v":16.900000000000002},null,null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*BI74","v":10.4},null,null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*BO74","v":15.600000000000001},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*BT74","v":15.600000000000001},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*BY74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*CD74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*CI74","v":10.4},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*CN74","v":16.900000000000002},null,null,null,"Electrode system ASI for energy, ohm-cm2",{"$f":"1.3*CS74","v":10.4},null,null,null,"Electrode system ASI for energy, ohm-cm2",32.5]
["X","Maximum charging current density, mA/cm²",{"$f":"CN79","v":9},9,15,{"$f":"CX79","v":9},9,{"$f":"Y79","v":9},9,null,null,null,null,null,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",15,null,null,null,"Maximum charging current density, mA/cm2",{"$f":"INDEX(R79:FB79, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R79:FB79, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":12},null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,null,"Maximum charging current density, mA/cm2",18,null,null,null,null,"Maximum charging current density, mA/cm2",{"$f":"AN79","v":15},null,null,null,"Maximum charging current density, mA/cm2",15,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",18,null,null,null,"Maximum charging current density, mA/cm2",9,null,null,null,"Maximum charging current density, mA/cm2",18,null,null,null,"Maximum charging current density, mA/cm2",9]
[]
[]
[]
[]
[]
[null,"Recycling (g X/g active material)",{"$f":"CN85","v":0},{"$f":"BY85","v":0},{"$f":"BO85","v":0},{"$f":"CX85","v":0},{"$f":"CD85","v":0},{"$f":"Y85","v":0},0,null,null,null,null,null,null,null,null,"Lithium Content",null,null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",{"$f":"AX6","v":"NMC811"},null,null,null,"Lithium Content",{"$f":"BC6","v":"NMC532"},null,null,null,null,"Lithium Content",{"$f":"BI6","v":"LMO"},null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content",null,null,null,null,"Lithium Content"]
[null,"Na in positive electrode",0.14663691424928277,{"$f":"BY86","v":0.23869444516514024},{"$f":"BO86","v":0.1509122586385587},0.19055904223368336,{"$f":"CD86","v":0.21806719093510848},0,{"$f":"AI86","v":0},null,null,null,null,null,null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(S$6, Lists!$K$19:$K$71, 0), MATCH(R86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(R86, Lists!$R$17:$AW$17, 0)) /S$7","v":0},null,null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(Y$6, Lists!$K$19:$K$71, 0), MATCH(X86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(X86, Lists!$R$17:$AW$17, 0)) /Y$7","v":0},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(AD$6, Lists!$K$19:$K$71, 0), MATCH(AC86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(AC86, Lists!$R$17:$AW$17, 0)) /AD$7","v":0},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(AI$6, Lists!$K$19:$K$71, 0), MATCH(AH86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(AH86, Lists!$R$17:$AW$17, 0)) /AI$7","v":0},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(AN$6, Lists!$K$19:$K$71, 0), MATCH(AM86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(AM86, Lists!$R$17:$AW$17, 0)) /AN$7","v":0},null,null,null,"Na",0,null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(AX$6, Lists!$K$19:$K$71, 0), MATCH(AW86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(AW86, Lists!$R$17:$AW$17, 0)) /AX$7","v":0},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(BC$6, Lists!$K$19:$K$71, 0), MATCH(BB86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(BB86, Lists!$R$17:$AW$17, 0)) /BC$7","v":0},null,null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(BI$6, Lists!$K$19:$K$71, 0), MATCH(BH86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(BH86, Lists!$R$17:$AW$17, 0)) /BI$7","v":0},null,null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(BO$6, Lists!$K$19:$K$71, 0), MATCH(BN86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(BN86, Lists!$R$17:$AW$17, 0)) /BO$7","v":0.1509122586385587},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(BT$6, Lists!$K$19:$K$71, 0), MATCH(BS86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(BS86, Lists!$R$17:$AW$17, 0)) /BT$7","v":0.13062379314973721},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(BY$6, Lists!$K$19:$K$71, 0), MATCH(BX86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(BX86, Lists!$R$17:$AW$17, 0)) /BY$7","v":0.23869444516514024},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(CD$6, Lists!$K$19:$K$71, 0), MATCH(CC86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(CC86, Lists!$R$17:$AW$17, 0)) /CD$7","v":0.21806719093510848},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(CI$6, Lists!$K$19:$K$71, 0), MATCH(CH86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(CH86, Lists!$R$17:$AW$17, 0)) /CI$7","v":0.10426540284360189},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(CN$6, Lists!$K$19:$K$71, 0), MATCH(CM86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(CM86, Lists!$R$17:$AW$17, 0)) /CN$7","v":0.14663691424928277},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(CS$6, Lists!$K$19:$K$71, 0), MATCH(CR86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(CR86, Lists!$R$17:$AW$17, 0)) /CS$7","v":0.15221646424617755},null,null,null,"Na",{"$f":"OFFSET(Lists!$Q$18,  MATCH(CX$6, Lists!$K$19:$K$71, 0), MATCH(CW86, Lists!$R$17:$AN$17, 0))*INDEX(Lists!$R$18:$AW$18, MATCH(CW86, Lists!$R$17:$AW$17, 0)) /CX$7","v":0.19055904223368336}]
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["X","Cost of active material for positive electrode, $/kg",10,10,10,10,10,20.6,14,null,null,null,null,null,null,null,null,"     Active material",21.5,null,null,null,null,"     Active material",20.6,null,null,null,"     Active material",21,null,null,null,"     Active material",14,null,null,null,"     Active material",10,null,null,null,"     Active material",{"$f":"INDEX(R98:FB98, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R98:FB98, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":15},null,null,null,"     Active material",22,null,null,null,"     Active material",20,null,null,null,null,"     Active material",10,null,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10,null,null,null,"     Active material",10]
["X","Cost of carbon additive for positive electrode, $/kg",6.6,6.6,6.6,6.6,6.6,6.6,6.6,null,null,null,null,null,null,null,null,"     Carbon",6.6,null,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",{"$f":"INDEX(R99:FB99, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R99:FB99, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":6.6},null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,null,"     Carbon",6.6,null,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6,null,null,null,"     Carbon",6.6]
["X","Cost of binder for positive electrode $/kg",9.5,9.5,9.5,9.5,9.5,9.5,9.5,null,null,null,null,null,null,null,null,"     Binder PVDF",9.5,null,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",{"$f":"INDEX(R100:FB100, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R100:FB100, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":9.5},null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,null,"     Binder PVDF",9.5,null,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5,null,null,null,"     Binder PVDF",9.5]
["X","Cost of solvent of positive electrode $/kg",3.1,3.1,3.1,3.1,3.1,3.1,3.1,null,null,null,null,null,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,null,"     Binder solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",{"$f":"INDEX(R101:FB101, MATCH($AU$7, $R$6:$FB$6, 0))*$AU$8 + INDEX(R101:FB101, MATCH($AU$9, $R$6:$FB$6, 0))*(1-$AU$8)","v":3.1},null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1,null,null,null,"     Binder Solvent (NMP)",3.1]
[null,"Negative electrode material, $/kg",0,0,0,0,0,0,0,null,null,null,null,null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg",null,null,null,null,"Negative electrode material, $/kg"]
["X","Cost of active material for negative electrode, $/kg",12,12,12,12,12,12.5,12.5,null,null,null,null,null,null,null,null,"     Active Material",12.5,null,null,null,null,"     Active material",12.5,null,null,null,"     Active Material",12.5,null,null,null,"     Active Material",12.5,null,null,null,"     Active Material",12.5,null,null,null,"     Active Material",12.5,null,null,null,"     Active Material",12.5,null,null,null,"     Active Material",12.5,null,null,null,null,"     Active Material",12,null,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12,null,null,null,"     Active Material",12]
["X","Cost of carbon additive for negative electrode, $/kg",6.6,6.6,6.6,6.6,6.6,6.6,6.6,null,null,null,null,null,null,null,null,"     Carbon Black",6.6,null,null,null,null,"     Carbon black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,null,"     Carbon Black",6.6,null,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6,null,null,null,"     Carbon Black",6.6]
["X","Cost of binder for negative electrode $/kg",10,10,10,10,10,10,10,null,null,null,null,null,null,null,null,"     Binder",10,null,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,null,"     Binder",10,null,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10,null,null,null,"     Binder",10]
["X","Cost of solvent of negative electrode $/kg",0,0,0,0,0,0,0,null,null,null,null,null,null,null,null,"     Binder Solvent",0,null,null,null,null,"     Binder solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,null,"     Binder Solvent",0,null,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0,null,null,null,"     Binder Solvent",0]
["X","Positive current collector foil, $/m²",0.3,0.3,0.3,0.3,0.3,0.3,0.3,null,null,null,null,null,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3,null,null,null,"Positive current collector foil, $/m2",0.3]
["X","Negative current collector foil, $/m²",0.3,0.3,0.3,0.3,0.3,1.2,1.2,null,null,null,null,null,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,"Negative current collector foil, $/m2",1.2,null,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3,null,null,null,"Negative current collector foil, $/m2",0.3]
["X","Separators, $/m²",1.1000000000000001,1.1000000000000001,1.1000000000000001,1.1000000000000001,1.1000000000000001,1.1000000000000001,1.1000000000000001,null,null,null,null,null,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001,null,null,null,"Separators, $/m2",1.1000000000000001]
["X","Electrolyte, $/L",15,15,15,15,15,15,15,null,null,null,null,null,null,null,null,"Electrolyte, $/L",15,null,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,null,"Electrolyte, $/L",15,null,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15,null,null,null,"Electrolyte, $/L",15]
[null,null,{"$f":"IF(NOT(#REF!=\"\"),#REF!,IF(AND(D111=\"\",E111=\"\"),\"\",IF(E111=\"\",D111,E111)))","v":{"$error":"#REF!"}},{"$f":"IF(INDEX(111:111,$E$2)=\"\",\"\", INDEX(111:111, $E$2))","v":""}]

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[null,null,"Vehicle Type","Coolant Type",null,"This sheet provides the series of lists that are in the document and where they are pulled from. "]
[null,null,"Column1","Column1"]
[null,null,"microHEV","EG-W"]
["# of Chemistries in Library",{"$f":"MAX(IF(ISNUMBER(Chem!1:1),Chem!1:1, 0))","v":17},"HEV-HP","CA"]
["List of Chemistries Couples in Library",null,"PHEV","CoolA"]
[1,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A6, Chem!$1:$1, 0) - 2), \"\")","v":"NCA-G"},"EV"]
[{"$f":"IF(OR(A6 = \"\", $B$4 = A6), \"\", A6 + 1)","v":2},{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A7, Chem!$1:$1, 0) - 2), \"\")","v":"NMC622-G"}]
[3,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A8, Chem!$1:$1, 0) - 2), \"\")","v":"NMC333-G"}]
[4,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A9, Chem!$1:$1, 0) - 2), \"\")","v":"LFP-G"},"Fast Charge?"]
[5,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A10, Chem!$1:$1, 0) - 2), \"\")","v":"LMO-G"},"Column1"]
[6,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A11, Chem!$1:$1, 0) - 2), \"\")","v":"NMC532/50%/LMO  - G"},"Yes"]
[7,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A12, Chem!$1:$1, 0) - 2), \"\")","v":"NMC811-G"},"No"]
[8,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A13, Chem!$1:$1, 0) - 2), \"\")","v":"NMC532-G"}]
[9,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A14, Chem!$1:$1, 0) - 2), \"\")","v":"LMO-LTO"}]
[10,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A15, Chem!$1:$1, 0) - 2), \"\")","v":"NMO"}]
[11,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A16, Chem!$1:$1, 0) - 2), \"\")","v":"NMO-aqu"},null,null,null,"List of Variables",null,null,null,null,"Molecular Weight Calculations"]
[12,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A17, Chem!$1:$1, 0) - 2), \"\")","v":"NMMT"},null,null,null,"Name","Abreviation","Value","Units",null,"Material","MW (g/mol)","Actual Capacity mAh/g","Theoretical Capacity mAh/g","Density","Full Name","Atom","Li","Ni","Mn","Co","Al","Fe","P","Ti","O","S","C","Na","Mg","F","H","Ka","N","V"]
[13,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A18, Chem!$1:$1, 0) - 2), \"\")","v":"Na-NMC"},null,null,null,"Boltzmann constant","k_b",{"$f":"1.380649*10^-23","v":1.3806490000000001E-23},"J/K",null,null,null,null,null,"g/cm3",null,"Atomic MW",6.94,58.71,54.94,58.93,26.98,55.85,30.97,47.9,16,32,12,23,24.305,19,1,39.097999999999999,14,50.94]
[14,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A19, Chem!$1:$1, 0) - 2), \"\")","v":"NTO-NMO-aqu"},null,null,null,"Avogadro constant","N_a",{"$f":"6.02214*10^23","v":6.0221399999999997E+23},"mol -1",null,"NMC333",{"$f":"SUM($R$18:$AU$18*R19:AU19)","v":93.882683},170,{"$f":"R19/3600*1000*96485/L19","v":299.75132190601471},4.6500000000000004,"Li1.05(Ni1/3Mn1/3Co1/3)0.95O2 ",null,1.05,{"$f":"0.333*(2-R19)","v":0.31635000000000002},{"$f":"0.333*(2-R19)","v":0.31635000000000002},{"$f":"0.333*(2-R19)","v":0.31635000000000002},null,null,null,null,2]
[15,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A20, Chem!$1:$1, 0) - 2), \"\")","v":"Na-FCN"},null,null,null,"Gas Constant","R",8.3140000000000001,"J/(mol K)",null,"NMC622",{"$f":"SUM($R$18:$AU$18*R20:AU20)","v":94.387},180,{"$f":"R20/3600*1000*96485/L20","v":298.1497275401627},4.6500000000000004,"Li1.05(Ni0.6Mn0.2Co0.2)0.95O2",null,1.05,{"$f":"0.6*(2-R20)","v":0.56999999999999995},{"$f":"0.2*(2-R20)","v":0.19},{"$f":"0.2*(2-R20)","v":0.19},null,null,null,null,2]
[16,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A21, Chem!$1:$1, 0) - 2), \"\")","v":"NTP-MTO-aqu"},null,null,null,"Density of Al","rho_Al",2.7,"g/cm^3",null,"NMC532",{"$f":"SUM($R$18:$AU$18*R21:AU21)","v":94.028850000000006},161,299.28536117726992,4.6500000000000004,"Li1.05(Ni0.5Mn0.3Co0.2)0.95O2",null,1.05,{"$f":"0.5*(2-R21)","v":0.47499999999999998},{"$f":"0.3*(2-R21)","v":0.28499999999999998},{"$f":"0.2*(2-R21)","v":0.19},null,null,null,null,2]
[17,{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A22, Chem!$1:$1, 0) - 2), \"\")","v":"NaMVP-C"},null,null,null,"Density of Cu","rho_Cu",8.9600000000000009,"g/cm^3",null,"NMC811",{"$f":"SUM($R$18:$AU$18*R22:AU22)","v":94.724249999999998},212,297.08821482707265,4.6500000000000004,"Li1.05(Ni0.8Mn0.1Co0.1)0.95O2",null,1.05,{"$f":"0.8*(2-R22)","v":0.76},{"$f":"0.1*(2-R22)","v":9.5000000000000001E-2},{"$f":"0.1*(2-R22)","v":9.5000000000000001E-2},null,null,null,null,2]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A23, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Density of PP","rho_PP",0.9,"g/cm^3",null,"NCA",{"$f":"SUM($R$18:$AU$18*R23:AU23)","v":96.096500000000006},200,278.90078087015542,4.78,"LiNi0.80Co0.15Al0.05O2-Graphite",null,1,0.8,null,0.15,0.05,null,null,null,2]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A24, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Density of PET","rho_PET",1.38,"g/cm^3",null,"LFP",{"$f":"SUM($R$18:$AU$18*R24:AU24)","v":157.76},150,169.88709995492451,3.45,"LiFePO4",null,1,null,null,null,null,1,1,null,4]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A25, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Heat Capacity of Cu","Cp_Cu",0.38548000000000004,"J/(g K)",null,"LMO",{"$f":"SUM($R$18:$AU$18*R25:AU25)","v":176.01999999999998},108,167.48964764105094,4.2300000000000004,"Manganese-Spinel",null,1.1000000000000001,null,1.9,null,null,null,null,null,4]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A26, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Heat Capacity of Al","Cp_Al",0.90200000000000002,"J/(g K)",null,"LTO",{"$f":"SUM($R$18:$AU$18*R26:AU26)","v":459.26},170,233.43107511116921,3.4,"Li4Ti5O12",null,4,null,null,null,null,null,null,5,12]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A27, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Density of PE","rho_PE",0.9,"g/cm^3",null,"G",{"$f":"SUM($R$18:$AU$18*R27:AU27)","v":72},360,{"$f":"1/3600*1000*96485/L27","v":372.24151234567904},2.2400000000000002,"Graphite",null,null,null,null,null,null,null,null,null,null,null,6]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A28, Chem!$1:$1, 0) - 2), \"\")","v":""},null,null,null,"Conductivity of Cu","Conductivity_Cu",{"$f":"5.96*10^7","v":59600000},"(S/m)",null,"NMC333/x%LMO-G",{"$f":"SUM($R$18:$AU$18*R28:AU28)","v":0}]
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["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A50, Chem!$1:$1, 0) - 2), \"\")","v":""}]
["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A51, Chem!$1:$1, 0) - 2), \"\")","v":""}]
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["",{"$f":"IFERROR(INDEX(Chem!$1:$1, MATCH(A53, Chem!$1:$1, 0) - 2), \"\")","v":""}]
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["System","Name","Battery 1","Battery 2","Battery 3"," Battery 4","Battery 5","Battery 6","Battery 7"]
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