Launch of the OptiMP Project: Making Offshore Wind Energy More Efficient and Sustainable!

Platzhalterbild mit grauem Hintergrund, einer hellgrauen bergähnlichen Form und zwei Kreisen, die eine Sonne und einen Mond darstellen.

We’re proud to be part of the new research initiative OptiMP, led by the Federal Institute for Materials Research and Testing (Bundesanstalt für Materialforschung und -prüfung). The goal: extend the lifetime of monopiles while reducing material and energy consumption.

🔍 Why does this matter?
Monopiles – the foundations of offshore wind turbines – can weigh more than 2,000 tons of steel and currently last a maximum of 30 years. OptiMP aims to change that:
✔ Up to 10% less steel
✔ Up to 30% longer service life
✔ Optimized design, manufacturing, and corrosion protection

Together with strong partners like Fraunhofer IGP, Leibniz University Hannover, Grillo Zinc Metals, Vattenfall, and others, we’re working to make offshore wind expansion more sustainable and cost-effective.

The project is funded by the BMWE under the 8th Energy Research Program.

👉 Learn more: https://www.bam.de/Content/DE/Pressemitteilungen/2025/Energie/2025-09-11-windenergie-monopile.html

Monopile during production at the factory
Source: EEW SPC/ Photographer Andreas Duerst

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Platzhalterbild mit grauem Hintergrund, einer hellgrauen bergähnlichen Form und zwei Kreisen, die eine Sonne und einen Mond darstellen.

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Platzhalterbild mit grauem Hintergrund, einer hellgrauen bergähnlichen Form und zwei Kreisen, die eine Sonne und einen Mond darstellen.

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Platzhalterbild mit grauem Hintergrund, einer hellgrauen bergähnlichen Form und zwei Kreisen, die eine Sonne und einen Mond darstellen.

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Luftaufnahme von Wellen, die an die Küste schlagen und weißen Schaum vor dem tiefblauen und türkisfarbenen Wasser bilden.
Launch of the OptiMP Project: Making Offshore Wind Energy More Efficient and Sustainable!
Ein allgemeines Benutzerprofilsymbol mit der weißen Silhouette einer Person auf hellblauem Hintergrund.