50Hertz und Skyborn Renewables pave the way for the commissioning of the largest offshore wind project in the German Baltic Sea

By signing a contract governing the legally compliant cooperation for the construction and operation of the two offshore platforms required for the Gennaker offshore wind farm, transmission system operator 50Hertz and wind farm developer Skyborn Renewables (Skyborn) have cleared the way for commissioning the entire system by mid‑2028. The agreement resolves legal and regulatory uncertainties and sets a pioneering precedent for grid connection of an offshore wind farm located in territorial waters.

The Gennaker offshore wind farm, comprising 63 turbines of the 15‑MW class, will be built in German territorial waters (within the so‑called 12-nautical-mile zone) off the coast of the Fischland-Darß-Zingst peninsula. The project received full approval from the state of Mecklenburg-Western Pomerania in December last year. Installation of the wind turbines is scheduled to begin in late summer 2027. The cooperation agreement between 50Hertz and Skyborn now concluded represents an essential addition and prerequisite for the planned commissioning of the grid connection system in July 2028.

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Originally published on 27 Jan

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Gennaker offshore wind farm obtains construction and operations permit

Skyborn Renewables’ (Skyborn) permit application for its 976.5 MW Gennaker offshore wind farm, located in the German Baltic Sea and with a commissioning target date of 2028, has been approved on 16 December by the State Office for Agriculture and Environment in Stralsund, Western Pomerania.

The permit was handed-over to Skyborn today in Rostock. This achievement enables Skyborn to proceed to an anticipated Final Investment Decision (FID) in summer 2026, with construction planned to take place over a period of two years and commissioning in 2028.

Once operational, the Gennaker offshore wind farm will add up to 976.5 MW to Germany’s total renewable energy capacity and generate annually green electricity of 4TWh, equal to the annual consumption of approximately one million households.

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Originally published on 19 Dec

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