NextWind: This is how Repowering is driving the energy transition in Germany

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Entdecken Sie, wie NeXtWind durch Repowering und innovative Technologien die Effizienz bestehender Windparks steigert und somit zur Energiewende beiträgt. Erfahren Sie von den Co-CEOs Lars B. Meyer und Prof. Werner Süss, wie alte Windkraftanlagen modernisiert werden, um die CO2-Emissionen in Deutschland signifikant zu senken und die Kapazitäten bis 2028 auf 3 GW zu erhöhen. Informieren Sie sich über die Herausforderungen und Chancen im Bereich erneuerbare Energien und wie verantwortungsvolles Investieren eine nachhaltige Zukunft ermöglicht.
Discover how NextWind increases the efficiency of existing wind farms through repowering and innovative technologies and thus contributes to the energy transition. Find out from the Co-Coos Lars B. Meyer and Prof. Werner Süss how old wind turbines are modernized to significantly reduce CO2 emissions in Germany and increase capacity to 3 GW by 2028. Find out more about the challenges and opportunities in the area of ​​renewable energies and how responsible investment enables a sustainable future. (Symbolbild/MB)

The role of NextWind in the transformation of wind power

The energy transition in Germany continues to pick up speed, with wind power in particular playing a central role. A crucial factor for the success of this change is the revitalization of existing wind farms, a practice called "repowering". In 2023, the company has proven that it is possible to reduce CO2 emissions to the lowest level for seven decades, and that means significant progress in dealing with the climate goals.

NextWind, founded in Berlin in 2020, is a company that specializes in the optimization and modernization of older wind turbines. The current existence of 25 wind farms with 160 wind turbines in northern and eastern Germany shows the company's commitment not only to use existing capacities, but also to make significant progress. The Co-Coos Lars B. Meyer and Prof. Werner Süss have focused on using the potential of numerous old systems that have been in operation for more than 15 years.

A key aspect of the NextWind strategy is repowering. This means that inefficient older turbines are replaced by new, more powerful models. "By intelligent optimizations, we can stale the capacity at a location without the need for additional space," explains Süss. This methodology is crucial to further increase the installed wind power performance in Germany. In fact, from 2018 to 2023 Repowering achievements were increased by a remarkable 16 percent.

An outstanding feature of NextWind is the approach of promoting local partnerships, which ensures that everyone involved benefits from this transformation. "We not only give old wind farms new life, but at the same time create the infrastructure for the energy suppliers of the future," emphasizes Meyer. The company pursues the goal of achieving an optimization capacity of 1,000 megawatts by 2026 and even 3 gigawatts by 2028.

With the intention of building the energy transition as a profitable business, Nextwind plans to secure investments of competent actors in the industry. The achievement of $ 750 million in capital shows the interest that the green energy industry awakens at an international level.

In summary, it can be said that NextWind as a pioneer in the industry plays an important role in structural change towards sustainable energy generation. While Germany is aiming for its climate goals, the promotion of wind energy can not only be seen as a technological necessity, but also as an economic opportunity. With a clear focus on innovation and cooperation, NextWind remains a key factor for the future of renewable energies in Europe.

Further information can be found on the NextWind website: www.nextwind.de