Balance Power Secures Permit for 99-MW BESS in England

• Balance Power's new 99-MW battery storage in Iron Acton aims to power 26,700 homes and slash carbon emissions, marking a major green energy milestone for the UK.

Balance Power, a UK independent energy developer, has received approval from the South Gloucestershire Council to construct a 99-MW/99-MWh battery energy storage system (BESS) in Iron Acton, England. The project, which underwent design and location changes due to community consultations, will occupy a 2.3-hectare site and feature 19 battery units. It aims to store electricity generated during peak production, supplying power to about 26,700 homes and reducing carbon emissions by approximately 18,300 tonnes.

While the exact construction timeline remains unspecified, Balance Power is working to expedite the project's initial commissioning date, originally set for June 2036. The company currently has nearly 2 GW of projects in various development stages, including a recently approved 49.5-MW/99-MWh battery project in Leicestershire.

What are the environmental benefits of Balance Power's new battery energy storage system?

• Reduction of Greenhouse Gas Emissions: By storing excess renewable energy produced during peak periods, Balance Power's battery energy storage system (BESS) aids in minimizing reliance on fossil fuel-based power generation, thereby significantly reducing greenhouse gas emissions.
• Enhanced Grid Stability: The BESS will improve the stability and reliability of the electricity grid by providing energy during peak demand times and mitigating voltage fluctuations, which can benefit both consumers and businesses alike.
• Facilitation of Renewable Energy Integration: By efficiently storing renewable energy, the BESS will support increased integration of solar and wind power into the energy mix, helping to transition away from conventional energy sources.
• Energy Efficiency: The system ensures that surplus energy generated during low demand can be stored and utilized later, improving overall energy efficiency and reducing waste.
• Local Air Quality Improvement: With less reliance on gas and coal power plants due to the increased use of stored renewable energy, local air quality is likely to improve, contributing to public health benefits in surrounding communities.
• Economic Benefits for Local Communities: The construction and operation of the BESS can create local jobs, stimulating the economy, and fostering growth in the renewable energy sector.
• Support for Energy Independence: By boosting the capacity to store renewable energy, the BESS can help reduce dependency on imported fossil fuels, enhancing national energy security and resilience.
• Promotion of Sustainable Development: This project exemplifies a commitment to sustainable development practices, aligning with global climate agreements and national energy strategies aimed at reducing carbon footprints.
• Encouragement of Technological Innovation: The establishment of such a project can inspire further investments in battery technology and energy storage solutions, pushing the industry towards more innovative and efficient methods of energy management.
• Community Engagement and Support: The project’s adjustments based on community feedback indicate a commitment to local interests, fostering a sense of ownership and inclusion among residents regarding energy solutions that affect their area.