A 200 kW (75 cells, 415 cm2) PEM electrolyser based on new type of MEAs and an advanced stack design was demonstrated at Emden (Germany) for power-to-gas applications. The activities... Read more
The HPEM2GAS project aims to demonstrate an innovative PEM electrolyser at the Emden Council in Germany to assess the stack’s and system’s robustness to cope with dynamic situations under real-life... Read more
The final objective of the HPEM2GAS project is to demonstrate an innovative PEM electrolyser at the Emden Council in Germany to assess the stack’s and system’s robustness to cope with... Read more
The excellent performance and dynamic behaviour for storing electrical energy in hydrogen allow proton exchangeable membrane (PEM) electrolysis to cover the gap between the intermittent renewable power production and the... Read more
Water electrolysis is a very promising technology for sustainable hydrogen generation using renewable electrical energy. The excellent performance and dynamic behaviour for storing electrical energy in hydrogen allow polymer electrolyte... Read more
The deliverable 2.3 “Background document on policies and regulations for grid-balancing service” collects relevant information and data regarding directives, policies and regulations for the hydrogen production through the water electrolysis... Read more
“Protocols for characterisation of system components and electrolysis system assessment” regards detailed characterisation procedures for testing both relevant electrolysis components and balance-ofplant (BoP). The procedures addressed in this deliverable are... Read more
Comparison (in arbitrary units) of the main properties of Aquivion PFSA extruded membranes tested in the frame of HPEM2GAS
The next generation water electrolysers must achieve better dynamic behaviour (rapid start-up, fast response, wider load and temperature ranges) to provide superior grid-balancing services and thus address the steep increase... Read more
CNR-ITAE has recently developed high performance nanostructured Ir-Ru-oxide electro-catalysts with core-shell structure. This electrocatalyst when operated with stabilized Aquivion® membranes and ionomers developed by Solvay Specialty Polymers has allowed to... Read more
