The Grevekulla hybrid facility will combine wind and solar power to optimize land and grid infrastructure use. According to European Energy, the complementary nature of these technologies ensures a more consistent energy output, enhancing grid efficiency. The existing wind park in Grevekulla includes six turbines with a total capacity of 36MW. The new solar park will contribute an additional 38MWp, generating enough electricity annually to power approximately 28,000 households.
Peter Braun, country manager at European Energy in Sweden, highlighted the project’s innovative approach: “The combination of wind and solar power in the same area demonstrates European Energy’s ability to think innovatively and optimise renewable energy deployment. By co-locating, we make better use of the grid, balance production throughout the day and across seasons, and reduce the environmental footprint of new renewable generation.”
The solar park, spanning just over 40 hectares, will feature 61,776 panels. Its development follows thorough consultations with local stakeholders and an environmental impact assessment, which confirmed the site’s low ecological sensitivity. The County Administrative Board has approved the project, affirming its suitability for solar energy production.
Thorvald Spanggaard, executive vice president and head of project development at European Energy, emphasized the strategic importance of hybrid facilities: “Hybrid parks are a strategic priority for European Energy. By combining technologies, we can accelerate the energy transition while supporting grid stability and maximising land efficiency. The decision to invest in Grevekulla reflects our long-term commitment to expanding renewable energy capacity in Sweden.”
The hybrid park is expected to be fully operational by 2026. Beyond contributing to Sweden’s renewable energy goals, the project will support regional economies by engaging local contractors for preparatory work. European Energy’s initiative reflects a commitment to sustainable energy solutions, aiming to enhance energy security and promote efficient resource use in Sweden.
