HORIZON-CL5-2022-D5-01-01: Exploiting electrical energy storage systems and better optimising large battery electric power within fully battery electric and hybrid ships (ZEWT Partnership)
Keywords: batteries | battery | battery electric power | battery electric ship | Battery electric ships | battery system | battery systems | certification | certification methodology | cost-efficient batteries | cruise ships | Demonstrators | electric power | electric ship | electric ships | electrical distribution grid | electrical energy | electrical energy storage | electrical energy storage systems | electrical grid | electrical network | electricity | energy | energy balance | energy conversion | Energy efficiency | energy management system | energy management systems | ferries | full scale vessel demonstrators | fully electric vessel | grid | harbour stay | hybrid ship | hybrid ships | ICE hybrid | ICE hybrid batteries | ICE hybrid battery | ICE hybrid vessels batteries | IWT | LC-BAT-11-2020 | model | modelling | models | noise | optimisation | performance modelling | power source | power sources | re-charging | ship | ships | short sea vessels | solar panel | solar panel systems | solar panels | storage | storage system | storage systems | transferability | TRL 7 | vessel | vessels | Zero Emission Waterborne Transport | zero emissions | zero-emission | zero-emission ship power sources | ZEWT | ZEWT partnership
Year: 2022
Type of action: IA
Expected EU contribution per project: 8M€
Deadline: 26/4/2022
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