Apatura’s 400MW BESS Gets Nod
2025-02-27 14:42
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Wedoany.com Report-Feb 27, Apatura has obtained planning permission for a 400MW battery energy storage system (BESS) near Stirling, located in central Scotland. The project will occupy 11.2 hectares of land at the Denny site. This approval marks the seventh BESS project Apatura has secured consent for in the past 12 months, raising its total approved capacity to 1.4GW.

Andrew Philpott, chief development officer at Apatura, stated: "We are delighted that Ministers have supported this critically important scheme and the local council – Stirling – lodged no objections. Our focus on Scotland is central to our vision to harness its renewable energy potential. These latest approvals reinforce Scotland’s strategic advantage in delivering resilient energy infrastructure. By securing strategic locations and grid connections, we are directly contributing to the UK’s energy security strategy, ensuring a stable and sustainable power supply."

The Denny BESS facility will include a battery storage system, related infrastructure, and the planting of native tree species to enhance biodiversity. The Scottish Government’s Energy Consents Unit granted approval on February 25, 2025. Apatura collaborated with the Energy Consents Unit and Stirling Council to finalize this project, which aims to strengthen grid stability while offering local employment opportunities and establishing a Community Benefit Fund.

The development is expected to generate direct jobs during its construction, operation, and decommissioning stages. Indirect employment will also emerge through the supply chain and associated services. The project supports objectives outlined in the NESO Beyond 2023 report, which emphasizes the importance of battery storage systems in Scotland for a reliable energy future.

This initiative reflects Apatura’s commitment to leveraging Scotland’s renewable energy capabilities. The Denny site’s approval underscores the region’s role in advancing sustainable energy infrastructure across the UK. By integrating storage solutions with environmental enhancements, the project balances energy needs with ecological considerations, contributing to both local and national goals for a secure power supply.

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