1 Reporting period (2016-10-01 - 2016-10-31)

Here are the time series plots for the reporting period from 2016-10-01 to 2016-10-31 using the timezone “UTC” with the following temporal aggregation level (i.e. median values): “10min”

1.1 Thresholds

The threshold satisfaction analysis is performed using the available data for 7 parameters with pre-defined thresholds within the reporting period (2016-10-01 - 2016-10-31).

Parameter Threshold criterium Number/Percentage of non-satifying measurements
Battery voltage >= 22.0 V (Autarcon) 104 (2.9 %)
Chloride <= 250.0 mg/L (Indian drinking water) No data within reporting period!
Coliforms Total = 0.0 MPN (Indian drinking water) 0 (0.0 %)
E. coli = 0.0 MPN (Indian drinking water) 0 (0.0 %)
total Chlorine >= 0.2 mg/L (Indian drinking water) 1 (20.0 %)
Total Iron <= 0.3 mg/L (Indian drinking water) No data within reporting period!
Total Mangense <= 0.1 mg/L (Indian drinking water) No data within reporting period!

1.2 Online parameters

You selected the following 1 parameter(s) for plotting:

  • Battery voltage

At the following 6 sampling location(s):

  • General
  • Drinking Water Tank
  • Groundwater
  • After Filter
  • After AO Cell
  • River

1.3 Offline parameters

You selected the following 1 parameter(s) for plotting:

  • total Chlorine

At the following 6 sampling location(s):

  • General
  • Drinking Water Tank
  • Groundwater
  • After Filter
  • After AO Cell
  • River

1.4 Calculated parameters

You selected the following 2 parameter(s) for plotting:

  • Specific energy demand of pump
  • Specific energy demand of cell
## [1] "Calculating 6 operational parameter(s): Mean redox potential in tank, Difference (outflow - inflow) of redox potential, Power demand of pump, Power demand of cell, Specific energy demand of pump, Specific energy demand of cell"

2 Correlations

2.1 Flow vs. redox potential difference (outflow - inflow)

## [1] "Calculating 6 operational parameter(s): Mean redox potential in tank, Difference (outflow - inflow) of redox potential, Power demand of pump, Power demand of cell, Specific energy demand of pump, Specific energy demand of cell"

2.2 Flow vs. specific energy demand of electrolysis cell