GE forscht an schwimmender 12 MW Offshore-Windturbine

Forschungsprojekt: Leichtbau ermöglicht hohe CO2-Einsparungen bei Offshore -Windenergie

EnBW Baltic 2 - Renewable Technology

Power production at sea re-emerges as Energiewende cornerstone

Review of Experimental-Numerical Methodologies and Challenges for Floating Offshore Wind Turbines

Frontiers Improving Extreme Anchor Tension Prediction of a 10-MW Floating Semi-Submersible Type Wind Turbine, Using Highly Correlated Surge Motion Record

Germany Could Quadruple Current Offshore Wind Capacity by 2035

1: The WINDMOOR 12 MW FWT concept. Figure provided by Inocean.

MingYang Smart Energy: Erste Floating Offshore Windturbine aus chinesischer Produktion

Forschungsprojekt: Leichtbau ermöglicht hohe CO2-Einsparungen bei Offshore -Windenergie

Saitec Teams Up With German Utility RWE to Test Floating Wind Turbines in Bay of Biscay - IEEE Spectrum

Germany Strikes Offshore Wind Deals, Subsidy Not Included - The New York Times

GE's Haliade-X 12 MW, the World's Most Powerful Offshore Wind Turbine, Produces Its First kWh

World's new largest wind turbine sweeps 10 football fields per spin