WindFloat Floating Offshore Wind Platform Deployed in Norway: Deep-Sea Wind Power Unlocked
OceanBreeze deployed its WindFloat floating offshore wind platform off the coast of Norway, using semi-submersible floaters and mooring systems to install turbines in waters over 200 meters deep, with AI optimizing floater attitude and power generation efficiency.
Building Windmills in the Deep Sea — The Commercialization of Floating Offshore Wind
Roughly 80% of the world's offshore wind resources sit in waters deeper than 60 meters — beyond the reach of traditional fixed-bottom foundations. Floating offshore wind technology is widely seen as the key to unlocking this vast energy reserve.
OceanBreeze's WindFloat platform completed its deployment off the Norwegian coast on April 30. The system uses a semi-submersible floating structure: a wind turbine sits atop the floater, which is anchored to the seabed by mooring lines. This design allows wind power generation in water depths exceeding 200 meters.
WindFloat's standout innovation is its AI-powered floater attitude control system. Ocean waves cause floating structures to pitch and sway continuously, degrading power output and accelerating structural fatigue. WindFloat's AI system dynamically adjusts ballast water levels and mooring line tension in real time, reducing floater motion amplitude by 40%.
Each WindFloat platform has an installed capacity of 12 MW and produces approximately 45 GWh per year. OceanBreeze plans to deploy 50 WindFloat units by 2032.
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