France’s First Floating Wind Farm Begins Feeding Power to Grid
Ocean Winds' 30 MW EFGL floating wind farm started delivering electricity on May 4, boosting a French‑heavy supply chain and showcasing nature‑inclusive technology.

TL;DR
Ocean Winds’ 30 MW EFGL floating wind farm started delivering electricity to the French grid on May 4, marking the first commercial floating offshore wind project in France and engaging a supply chain that is 85 % French.
Context On May 4, 2026, the Éoliennes Flottantes du Golfe du Lion (EFGL) began exporting power from three 10 MW turbines anchored 16 km off Port‑La Nouvelle. The farm is part of Ocean Winds’ portfolio, a joint venture of EDP Renewables and ENGIE, and follows the company’s earlier floating projects such as WindFloat Atlantic. EFGL is also the world’s first nature‑inclusive floating wind farm, featuring artificial marine habitats designed to boost biodiversity.
Key Facts - The pilot farm generates roughly 110,000 MWh per year, enough to supply about 50,000 residents for the next 20 years. - Direct suppliers for the project are 85 % French, 99 % European, and 60 % small‑ and medium‑sized enterprises (SMEs). - Construction and installation employed more than 20 local workers for ongoing monitoring and maintenance. - Ocean Winds cites 15 years of experience in floating offshore wind as the foundation for reliable delivery of the project. - EFGL’s success paves the way for the 250 MW Eoliennes Flottantes d’Occitanie (EFLO) project, awarded in late 2024.
What It Means The start of production demonstrates that floating offshore wind can be built and operated in the deeper, wind‑rich waters of the Mediterranean. By sourcing the majority of components from French firms, the project strengthens the regional supply chain and creates a model for future European collaborations. The inclusion of Biohut® habitats shows that large‑scale renewable projects can incorporate biodiversity goals, potentially setting a new industry standard.
Looking ahead, the performance of EFGL will be closely watched as a benchmark for scaling floating wind in France and across Europe. Its output, cost efficiency, and environmental impact will inform the rollout of larger farms such as EFLO and shape policy decisions on offshore renewable energy.
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