TotalEnergies is consolidating its power activities in Germany into a new business unit, Integrated Power Germany, bringing together several subsidiaries and its offshore wind operations in the country.
The new unit will include QUADRA energy Sales & Origination, battery storage developer Kyon Energy, renewable energy developer VSB, and TotalEnergies’ offshore wind activities in the North Sea and Baltic Sea.
Integrated Power Germany will cover activities across the renewable electricity value chain, including the development, construction and operation of wind and solar projects, utility-scale battery storage, renewable power marketing and aggregation, and offshore wind development.
Alexandre Duret-Proux has been appointed managing director of the new business unit. TotalEnergies said the structure is intended to improve integration between its German power activities and support the development of low-carbon energy projects.
Thomas Winkler, managing director of VSB in Germany, said the new structure would build on VSB’s more than three decades of experience in wind and solar development.
“For municipalities, landowners, project partners and investors, this means that VSB will continue to combine local project expertise with TotalEnergies’ financial strength, market presence and integrated power capabilities,” Winkler said.
TotalEnergies expanded its presence in Germany through the acquisition of QUADRA energy in 2023, Kyon Energy in 2024 and VSB Group in 2025. The transactions added capabilities spanning renewable generation, electricity marketing and battery storage.
Germany is a significant market within TotalEnergies’ European power activities, with the company pointing to continued renewable deployment and demand for flexibility resources such as energy storage.
The reorganisation forms part of TotalEnergies’ wider strategy to expand its electricity business. The company has set a target of increasing worldwide net electricity production to more than 100 TWh a year by 2030, with renewables expected to account for about two-thirds of output.
