[DERlab / HyLeiT] Workshop 08.11.2023: “Market development of electrolysis systems taking system services into account”
The joint project HyLeiT is part of the BMBF flagship project H2Giga, which deals with the series production and scale-up of water electrolysers. Within H2Giga, HyLeiT covers the interdisciplinary topic “electrical hydrogen system technology”. Central research topics are cost-optimized system and power converter technology as well as the grid integration of electrolysis plants for the production of green hydrogen. The BMBF project HyLeiT is coordinated by the Fraunhofer Institute for Energy Economics and Energy System Technology IEE in Kassel.
Find the workshop presentations below:
“Overview on international green hydrogen projects” Jochen Bard, Energy Process Technology Division, Fraunhofer IEE, Kassel, Germany
“Market overview and requirements from a manufacturer’s point of view” Bernhard Voll, Platform Manager P2G, Senior Technical Expert, SMA Altenso GmbH
“Potential for System Services and expected Connection Requirements for P2H2” Ioannis Theologitis and Manuel Froschauer, (ENTSO-E) European Network of Transmission System Operators
“Market development of electrolysis systems taking system services into account” Paul Donnellan, Power Technology, Shell Global Solutions International B.V
[DERlab/HyLeiT] Workshop 2 05.12.2023: “Modeling of electrolysis plants on component and system level”
Workshop Invitation and Introduction
Find the workshop presentations below:
“Dynamic electrical models for power system integration” Nils Wiese, Fraunhofer IEE
“Modeling of electrolysis plants on component and system level” Norbert Henze, Fraunhofer IEE
“Balance of plant (bop) modelling for PEM electrolyzer” Phillip Kretschmer, Fraunhofer IEE
“Quasi-2D Model of a PEM Electrolyser for Assessment of Dynamic Thermal Behavior” Ansgar Reimann, Fraunhofer IEG
“Modelling the electrical energy supply of electrolysis plant under fault conditions” Michael Bruhns, TUD Dresden University of Technology
“Modelling electrochemical reactors & systems in different time and spatial scales” Faisal Sedeqi, German Aerospace Center DLR