H2Mare – TransferWind - FKZ: 03HY303P
The ramp-up of the hydrogen economy requires technologically viable concepts for hydrogen production. The direct production of green hydrogen on the high seas using offshore wind turbines without grid connection can significantly reduce costs compared to onshore production. The H2Mare lead project is researching the offshore production of green hydrogen and other power-to-X products.
TransferWind
Answering of superordinate questions of the H2Mare projects (safety, environmental and infrastructure aspects
Consolidation of results of the H2Mare projects and continuous exchange between science, industry, politics, and civil society
Development of options for action for the safe and environmentally compatible construction and operation of future offshore facilities
cruh21 services
Interface communication and knowledge management between the lead projects, the AquaVentus initiative and other industry-driven projects
Establishment of a knowledge database
Project overview
Full project title:
H2Mare TransferWind - FKZ: 03HY303P
Client and Duration:
Federal Ministry of Education and Research (BMBF), 01.042021 - 31.032025. 
Partners:
DECHEMA, Federal Institute for Materials Research and Testing (BAM), Offshore Foundation, Ineratec, Karlsruhe Institute of Technology (KIT), Siemens Energy, DVGW ebi, Siemens Gamesa, University of Applied Sciences Wismar, University of Stuttgart, Technical University Berlin (TU), Hereon, Fraunhofer, EUCC -D
Contributing Consultants:
Dr. Stefan Wahlefeld, Verena Hertzsch