HORIZON-CL5-2024-D2-02-01 Sustainable high-throughput production processes for stable lithium metal anodes for next generation batteries

Power Systems Bring operational open source BMS technology for the demonstrator. Test battery in microgrid (emulating different applications) for concept validation Support on demo site operation (power conversion, communications, grid integration...).Validation in emulated EV environment if required.

Energy Systems Analytics: Assessment of the highly sustainable and circular manufacturing measured through recognised economic, environmental, and social metrics by application of the LCA/LCC and S-LCA approach and circularity aspects.

Energy Storage, Harvesting and Catalysis. Redox flow battery components and architecture (anolyte, catholyte, porous membrane, interfaces); Cell design and optimization for the flowing electrolytes; Sustainable chemistries based in organic molecules; Other chemistries including Zn-I2, Vanadium RFB and Metal-Air battery among others; redox active electrolyte optimization including the use of additives to incease solubility, fabrication of composite electrolytes, viscosity-conductivity-electrochemical performance correlations, in-situ impedance characterization of flow batteries; Cell ageing and validation of mechanisms;