Final Project Report: EDCSproof
Authors/Creators
- Windholz, Bernd (Project manager)1
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Knöttner, Sophie1
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Koller, Martin1
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Zauner, Christoph1
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Monsberger, Carolina1
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Gafert, Michael1
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Puthenkalam, Jaison1
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Schenzel, Karl-Wilhelm2
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Hofmann, René2
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Fuhrmann, Florian3
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Schirrer, Alexander3
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Kozek, Martin3
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Jakubek, Stefan3
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Sejkora, Christoph4
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Kienberger, Thomas4
- Riegelnegg, Dominik5
- Sipek, Martin5
- Hirschmann, Gerald5
- Binder, Christopher6
- Fröch, Markus6
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Teufner-Kabas, Magdalena7
- Teufner, Reinhard8
- Sturm, Leopold8
- Siedl, Markus9
- Hager, Daniel9
- Huemer, Stefan9
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1.
Austrian Institute of Technology
- 2. TU Wien – Institute for Energy Systems and Thermodynamics
- 3. Institute of Mechanics and Mechatronics, Working group Control and Process Automation
- 4. Technical University of Leoben – Chair of Energy Network Technology
- 5. evon GmbH
- 6. ILF Consulting Engineers Austria GmbH
- 7. kleinkraft OG
- 8. Wiesbauer Holding AG
- 9. Fischer Brot GmbH
Description
The project Energy Demand Control System – PROcess Optimization For industrial low temperature systems (EDCSproof) develops a future concept for the decarbonisation of industrial energy supply systems through the opportunities offered by digitalisation.
The focus is on online, predictive and holistic, reconfigurable control for industrial energy supply systems, which should enable the integration of renewable energies in four areas
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use of (thermal) energy storage
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flexible consumers for electricity networks (demand side management taking into account dynamic tariffs)
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efficiency through optimum control of the entire system
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utilization of waste heat by using high temperature heat pumps
The concept is optimised in the laboratory, the scalability and applicability for different industrial sectors will be defined in a techno-economic and ecological evaluation.
Files
EDCSproof_Publizierbarer_endbericht.pdf
Files
(3.3 MB)
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Additional details
Funding
- Climate and Energy Fund
- Austrian Research Promotion Agency
- 868837