Consortium and Partner Roles
- DynElectro (Denmark) – Project Coordinator
Leads overall project management and system-level validation. DynElectro pioneers and validates the patented AC:DC operation strategy on industrial-scale SOEC stacks and performs techno-economic analyses targeting LCOH reduction. - Technical University of Denmark (DTU, Denmark)
Develops and upscales high-performance, impurity-tolerant SOEC cells. DTU focuses on electrode microstructure optimization, electrocatalyst and getter integration, and long-term electrochemical durability under high current densities. - Gdańsk University of Technology (GUT, Poland)
Leads research on high-temperature corrosion, low-cost interconnect materials, and impurity emissions from balance-of-plant components. GUT also coordinates dissemination and exploitation activities within the project. - COAT-IT (Poland)
Develops scalable electrodeposition processes for advanced Mn-Fe-Cu spinel protective coatings on low-cost stainless-steel interconnects, enabling major cost reductions while maintaining long-term stability. - Forschungszentrum Jülich (FZJ, Germany)
Integrates advanced cells and coated interconnects into experimental SOEC stacks, providing rigorous validation in stack-relevant environments and detailed post-test analyses. - VERMES SOC Technology (Germany)
Manufactures and tests industrial-scale SOEC stacks, bridging research results to commercial products and supporting scale-up toward market-ready electrolyzer systems.