Photo by Iwom22, Dreamstime
Iwom22 Dreamstime 61966f72cae15

Ocean Winds, Principle Power Join on French Offshore Wind Project

Nov. 18, 2021
The French government selected Ocean Winds to participate in the tender process.

Ocean Winds (a joint venture between ENGIE and EDP Renewables) and Principle Power have entered into a collaboration agreement to cooperate on the design of the floating platforms for France’s first commercial-scale floating wind tender.

In September this year, the French government selected Ocean Winds to participate in the tender process.

The companies have successfully delivered the 25 MW WindFloat Atlantic project currently operating in Portugal and are working together on the 30 MW Éoliennes Flottantes du Golfe du Lion (EFGL) project in the French Mediterranean Sea planned for commissioning in 2023.

With a capacity of up to 270 MW, the South Brittany floating offshore wind project will be located off the coast of southern Brittany. The French government has already selected Ocean Winds to take part in a competitive dialogue over the next months and expects to announce a winner next year.

"Our aim is to deploy the full know-how of Ocean Winds to ensure that the South Brittany floating offshore wind project is a success for France. Our 10+ years of experience developing and operating floating wind projects, including WindFloat 1, which started production in 2011, and WindFloat Atlantic, the world's first semi-submersible floating wind farm, makes us uniquely qualified to deliver this project and generate a positive impact for the French industry, local communities, and other stakeholders,” said Grzegorz Gorski, Chief Operating Officer of Ocean Winds.

"Principle Power is the supplier of floating wind technology in the world, with turbines totaling 75 MW operating on our WindFloat platforms,” said Aaron Smith, Chief Commercial Officer of Principle Power. “Our early involvement in this project ensures that we can bring our cumulative experience to design WindFloat units that address the unique conditions of the South Brittany site in a way that is robust, competitive, and in harmony with the local environment."

Voice your opinion!

To join the conversation, and become an exclusive member of T&D World, create an account today!

Latest from Distributed Energy Resources

A model of an electrical substation. Net zero or real zero energy by 2050 has dramatic implications on the current planning, design, operations and maintenance of the electric transmission and distribution grid that delivers that energy. Photo 6794713 © Pavel Losevsky | Dreamstime.com