Alight Unveils Denmark’s First Integrated Solar‑Plus‑Storage Project Set to Generate 95 GWh Annually

Context This initiative marks Alight's inaugural integrated solar and energy storage venture within Denmark. Located on Sjælland, the Kalundborg site aims to enhance the country's renewable energy infrastructure by introducing a new hybrid power generation model. The project leverages optimal conditions for solar radiation, layout, land availability, and grid connection, identifying it as a high-potential development among Alight's evaluated sites in Denmark.

Key Facts The Kalundborg project spans 90 hectares. It incorporates a 79 megawatt-peak (MWp) solar farm alongside a 55 megawatt (MW) battery storage system. This integrated setup is designed to produce approximately 95 gigawatt-hours (GWh) of electricity annually. Warren Campbell, Alight's CEO, stated the hybrid park's fully integrated design in this strategic Danish location enables renewable power generation precisely when and where it is needed. GreenGo Energy is developing the project in partnership with Alight.

What It Means This project directly supports Alight's corporate objective to achieve at least 5 gigawatts (GW) of installed capacity by 2030, building on its growing presence in the Nordics. The co-location of solar and battery storage behind a single grid connection allows for time-shifting energy output, enhancing grid stability and the project's overall value. Such a system can store excess solar power during peak generation for release during high demand or low solar output. The Kalundborg development is currently undergoing zoning and environmental permitting, with a ready-to-build target of 2028. This model supports long-term power purchase agreements, offering stable electricity prices to commercial and industrial consumers. Industry observers will watch how this integrated approach impacts grid management and future energy development in the Nordic region.