Enercon has signed contracts with Planungsbüro Düser for its first two Wind+ Storage projects in Germany, combining wind energy generation with battery energy storage systems. The Wind+ Storage concept is designed for new and existing wind farms equipped with Enercon turbines. It integrates wind generation, battery energy storage and intelligent hybrid control to improve the use of renewable energy and support grid and market requirements.
At the Möhnesee-Westrich wind farm, a 5 MW / 10 MWh battery energy storage system will be combined with two E-138 EP3 E3 turbines, providing a total wind generation capacity of 8.52 MW. The storage system will enable renewable electricity generated by the wind farm to be stored temporarily.
The Soest-Meiningsen project combines wind and solar generation at a single site. It will include a 15 MW / 30 MWh battery energy storage system integrated with one E-138 EP3 turbine, operational since 2026, and one E-160 EP5 turbine planned for 2028. Together, the two turbines will provide a total wind generation capacity of 9.82 MW. The storage system is designed for both grid- and market-oriented applications.
As engineering, procurement and construction (EPC) partner, Enercon will be responsible for engineering, procurement, project coordination, technical integration, installation and commissioning of the systems.
