The Battery Magazine Logo

Subscribe to The Battery Magazine's Current Newsletter & never miss an update!

    Close Menu
    The Battery MagazineThe Battery Magazine
    • Home
    • Batteries
      • EV & Automotive
      • Portable Power
      • Stationary & Industrial
    • Articles
    • Charging
    • Manufacturing
    • Renewable
    • Hydrogen
    • Tenders
      • Energy Storage Tender
      • Renewable Tender
    • Events
    • E-Mag
    Facebook LinkedIn WhatsApp
    The Battery MagazineThe Battery Magazine
    • Home
    • Batteries
      • EV & Automotive
      • Portable Power
      • Stationary & Industrial
    • Articles
    • Charging
    • Manufacturing
    • Renewable
    • Hydrogen
    • Tenders
      • Energy Storage Tender
      • Renewable Tender
    • Events
    • E-Mag
    LinkedIn Facebook WhatsApp
    The Battery MagazineThe Battery Magazine
    Home » Wärtsilä Expands UK Energy Storage Partnership with EDF Renewables

    Wärtsilä Expands UK Energy Storage Partnership with EDF Renewables

    PrakashBy PrakashJune 5, 2025 Battery 3 Mins Read
    Facebook Twitter LinkedIn WhatsApp

    Technology group Wärtsilä has expanded its long-term partnership with EDF Renewables UK and Ireland (hereafter EDF Renewables) to accelerate the United Kingdom’s progress toward achieving clean power by 2030. Construction has started on two additional projects, adding to the existing portfolio of six energy storage projects. In total, Wärtsilä will deliver eight sites for EDF Renewables, offering 404.5 MW / 709 MWh of energy storage capacity across the UK.

    Under the partnership, Wärtsilä recently completed the fifth and sixth grid-scale battery energy storage projects and signed additional long-term service agreements to ensure performance and reliability across all systems.

    “Battery energy storage has a huge role to play in enabling the UK’s clean energy transition. This vital technology helps make the most of electricity generated by renewables, like wind and solar, while also improving grid reliability. Our partnership with Wärtsilä helps us to optimize our grid-scale projects. By harnessing the power of data, we can provide stability to the grid with batteries that are performing as efficiently and predictably as possible. Making sure that the UK’s essential energy storage capacity is operating to its full potential reduces energy waste and ultimately ensures the fastest, most efficient transition to clean power.”

    – Simone Sullivan, Head of Storage, EDF Renewables.

    To date, six out of eight facilities are operational. The projects that recently reached completion include the 50 MW / 100 MWh Sundon project in Bedfordshire, which began commercial operations in December 2024, followed by the 57 MW / 114 MWh Bramford project, located in Suffolk, in April 2025. The two additional projects—Indian Queens in Cornwall and Bredbury in Greater Manchester—are currently under construction.

    Bredbury (50 MW / 100 MWh) is scheduled for completion by late 2025, and Indian Queens (47.5 MW / 95 MWh) is expected to come online in the first half of 2026.

    As more facilities become operational, ensuring optimal system performance becomes critical to business success. All eight projects are covered by Wärtsilä’s long-term service agreements, providing EDF Renewables with increased operational efficiency and cost predictability. The long-term service agreements for the Sundon, Bramford, Indian Queens, and Bredbury projects guarantee performance levels, backed by a dedicated support team.

    “Together with EDF Renewables, we are enhancing the reliability and flexibility of the UK’s energy system—delivering tangible progress toward a 100% renewable energy future. Our long-term service agreements further reinforce this commitment by ensuring performance, minimizing operational risks, and maximizing lifecycle value.”

    – Chris Wolf, Sales Director for Europe at Wärtsilä Energy Storage.

    Alongside Wärtsilä’s battery energy storage systems, all eight sites are managed by Wärtsilä‘s controls and optimization software, GEMS. GEMS provides EDF Renewables with data-driven insights for comprehensive asset management, performance optimization, and market trading.

    It also enables EDF to maximize revenue opportunities through grid services such as electricity market trading and frequency response while simultaneously bolstering grid stability.

    Wärtsilä’s total portfolio with EDF Renewables includes:

    Cowley & Kemsley—each 50 MW / 50 MWh
    Coventry & Bustleholme—each 50 MW / 100 MWh
    Sundon – 50 MW / 100 MWh
    Bramford—57 MW / 114 MWh
    Indian Queens—47.5 MW / 100 MWh
    Bredbury—50 MW/100 MWh

    BESS clean energy EDF Renewables grid services Wärtsilä
    Prakash

    More article from Prakash

    Keep Reading

    Thermal Energy Storage Technologies: Powering the Next Wave of Grid Resilience

    India Surpasses 18.6 GW Solar Module and 9.7 GW Cell Manufacturing Capacity Under PLI Scheme

    GAIL Invites Bids for 17.5 MW Floating Solar Plant in Uttar Pradesh

    Comments are closed.

    MANUFACTURING & MATERIALS

    eJoule Supplies Wyon Swiss Batteries High Performance Single Crystal Cathode Active Material

    August 7, 2025

    LG Energy Solution Reports Robust Q2 2025 Performance

    July 25, 2025

    Lucid Launches MINAC Partnership to Boost U.S. EV Mineral Supply Chain

    July 24, 2025

    Himadri Eyes Larger Sicona Stake to Boost EV Battery Tech

    July 23, 2025
    Batteries

    PGE Adds 475 MW of Battery Storage in Portland Metro Area

    August 8, 2025

    ArcLight Appoints Angelo Acconcia as the New President

    August 8, 2025

    Joule Taps Caterpillar, Wheeler for 4GW BESS-Powered AI Data Center in Utah

    August 8, 2025

    Energy Vault Secures 300M Dollars to Launch Asset Vault for Global Energy Storage Expansion

    August 8, 2025

    Subscribe for Updates

    Get the latest news about energy storage in your inbox.

      © 2025 Thebatterymagazine.
      • Home
      • About Us
      • Contact Us
      • Privacy Policy
      • Terms of Service

      Type above and press Enter to search. Press Esc to cancel.