Berlin – Anne Bosser was appointed Managing Director of ENGIE Deutschland Erneuerbare GmbH on May 1st, 2024, alongside Commercial Director Thomas Henn. She has also been appointed to the Management Board of ENGIE Deutschland AG as Board Member for Renewables. In both functions, she succeeds Ralf Schürkamp, who has been leading ENGIE Deutschland Erneuerbare GmbH over the past four years and is now taking on a new role outside ENGIE.
Anne joined ENGIE in 2019 as Chief Business Development Officer for North, East and Central Europe. In 2022 she was appointed Vice President Projects and Business Development Renewables Europe. A French native, Anne holds an Engineering Degree from the Ecole Centrale de Lyon (France), a Master’s Degree in Electrical Engineering from Cornell University and an MBA from the Sloan School of Management at MIT (USA). Anne started her career in the telecommunications industry before moving to General Electric in 2002. Over the next 13 years she held positions of increasing responsibility in Finance, Business Development and Mergers & Acquisitions. In 2015 she joined GE Power and the integration team overseeing the Alstom acquisition and subsequently took a CFO role within GE Grid Solutions.
"I am very pleased that we will benefit from Anne Bosser’s extensive experience across Europe in the field of renewable energies to further the growth of our activities in Germany. Anne will rely on our highly qualified team and build on our greenfield and repowering project pipeline. ENGIE is pursuing an ambitious growth strategy in renewable energies and is keen to expand its footprint in Germany," says Eric Stab, CEO ENGIE Deutschland AG.
With over 41 GW of installed renewable capacity, ENGIE is one of the world's leading renewable energy companies and has announced its decision to deploy 40 to 45% of its growth investments in the renewables sector over the near term. In Germany, ENGIE operates 18 wind farms as well as a group of hydropower plants with battery storage. The company has a strong project pipeline in both onshore wind and solar.