HORIZON-CL5-2021-D3-03-12: Innovation on floating wind energy deployment optimized for deep waters and different sea basins (Mediterranean Sea, Black Sea, Baltic Sea, North-east Atlantic Ocean)

Keywords: auxiliary equipment | Baltic Sea | Black Sea | BRIDGE | business plan | business plans | CAPEX | clean | clean and sustainable energy | clean energy | Climate neutrality | control systems | cost reductions | cost-efficient | cost-efficient solutions | deep water | deep waters | design | dynamic cables | energy | engineering plan | engineering plans | environmental impact | equipment | floating | floating offshore | floating offshore wind | floating offshore wind installation | floating structures | floating wind | floating wind energy | floating wind turbine | floating wind turbines | implementation plan | implementation plans | independent expert | independent experts | industrial sector | LCOE | LCOE reduction | levelized cost of energy | life expectancy | mass production | Mediterranean Sea | modular design | moorings | multi-disciplinary | multi-stakeholder | natural resources | North-east Atlantic Ocean | offshore | offshore wind | OPEX | permit | permits | prototype | prototypes | scalable | scalable solution | scalable solutions | sea | sea basin | sea basins | SET Plan | Social Sciences and Humanities | SSH | SSH discipline | SSH disciplines | SSH expert | SSH expertise | SSH experts | Strategic Energy Technology | Strategic Energy Technology Plan | substructures | Sustainable | sustainable energy | technological leadership | TRL 7 | water | waters | wind | Wind energy | wind installation | wind installations | wind turbine | wind turbine prototype | wind turbines | wind turbines prototypes
Year: 2021
Type of action: IA
Expected EU contribution per project: 16M€
Deadline: 23/2/2022