Luxcara wins 270 MW site in Germany’s landmark offshore wind auction
The site N-6.7 is located in an exclusive economic zone next to a cluster of existing offshore wind parks approximately 90 km from the island of Borkum. Significant milestones for the site including comprehensive geotechnical and environmental investigations have already been completed, which will allow the project to be connected to the national transmission grid as early as 2028.
The German government has set the ambitious target to reach 30 GW of installed offshore wind capacity by 2030. To progress towards this goal, it has launched a series of competitive tenders and has now allocated 8.8 GW in new capacity in 2023 alone. Additional 8 GW are expected to be tendered in the summer of 2024. The boost in offshore wind power is much needed fuel for the decarbonization of the German industry and for the production of green hydrogen.
Alexandra von Bernstorff, Managing Partner of Luxcara, comments: “Offshore wind tenders have come a long way from simply being awarded to the highest bidder to now increasingly also taking social and environmental factors into account. This more comprehensive auction design suits us well and we are simply delighted to be able to expand our offshore wind activities to our home market. The success demonstrates Luxcara’s ability to give institutional investors access to a highly sought-after asset class in a very competitive market environment. We are looking forward to realizing this impactful new project in the North Sea and contributing to Germany’s energy transition.”
The project will be part of a portfolio that Luxcara advises on behalf of institutional investors. Among the investors are pension funds from Germany, wider Europe and overseas, creating a positive cycle by investing retirement funds for a better future for the public and the next generation.
- Source:
- Luxcara
- Author:
- Press Office
- Link:
- www.luxcara.com/...
- Keywords:
- Luxcara, Germany, auction, offshore, Waterkant Energy, asset manager, North Sea, wind farm, site, GW, tender, MW, decarbonization