Alsace Launches First Large-Scale Floating Solar Plant

• Leutenheim's pioneering 20-MWp floating solar plant transforms a gravel pit into renewable power, generating enough energy for 7,250 homes while showcasing cutting-edge technology and sustainability.

A 20-MWp floating solar plant has been installed in Leutenheim, Alsace, marking the region's first large-scale floating photovoltaic project. Developed over five years by French independent power producer Generale du Solaire, in partnership with floating solar specialist Ciel & Terre, the plant will generate approximately 21,750 MWh of electricity annually, enough to power 7,250 homes. The project repurposes a former gravel pit, with the site owned by the municipality while Generale du Solaire oversees development and operations.

Ciel & Terre utilized its advanced Hydrelio aiR Optim technology to optimize electricity production from the floating structure, addressing technical challenges due to varying water levels. Having participated in over 325 floating solar projects worldwide, Ciel & Terre's expertise contributed to the successful execution of this innovative solar installation, which represents Generale du Solaire's first venture into floating solar energy projects in France.

What are the key benefits and innovations of the new floating solar plant in Alsace?

Key Benefits and Innovations of the New Floating Solar Plant in Alsace

• Renewable Energy Generation: The plant will produce around 21,750 MWh of electricity annually, significantly contributing to the region's renewable energy goals and supporting efforts toward carbon neutrality.
• Sustainable Land Use: By utilizing a former gravel pit, the project exemplifies how brownfield sites can be repurposed for renewable energy generation, minimizing the use of valuable land and preserving green spaces.
• Environmental Impact: Floating solar installations reduce evaporation from water bodies, which can be particularly beneficial in areas facing water scarcity. Additionally, they help mitigate algae growth by shading the water surface.
• Advanced Technology: The use of Hydrelio aiR Optim technology enhances energy production efficiency despite fluctuating water levels, addressing a common challenge for floating solar systems.
• Grid Stability: By generating electricity close to demand areas, the plant aids in enhancing grid stability and reducing transmission losses often associated with energy transport over long distances.
• Local Energy Independence: The power produced will supply approximately 7,250 homes, fostering energy independence for the local community and decreasing reliance on fossil fuels.
• Job Creation: The development and maintenance of the floating solar plant will create jobs in construction, operation, and management, providing economic benefits to the local workforce.
• Collaboration and Expertise: This project showcases a successful partnership between Generale du Solaire and Ciel & Terre, leveraging their combined expertise in solar energy and floating structures to drive innovation in the renewable energy sector.
• Scalability: The successful implementation of this floating solar plant opens the door for similar projects in other regions, encouraging the exploration of floating solar technology on reservoirs, lakes, and other suitable water bodies.
• Educational Opportunities: The project serves as a case study for educational institutions and policymakers, highlighting the potential of innovative renewable technologies and their applicability in various contexts.