Wedoany.com Report-Jun 7, Queequeg Renewables has received approval to develop a 100MW battery energy storage system (BESS) at Hazel Grove, near Poynton in Cheshire, UK. The project, which has been granted planning consent by Cheshire East Council’s planning committee, marks a significant step in the company’s energy infrastructure development.
The London-based company plans to use the Hazel Grove site to enhance energy storage capacity and contribute to the UK’s overall energy system. According to a spokesperson for Queequeg Renewables: “This strategic asset will play a critical role in supporting grid stability, enhancing renewable energy integration, and providing flexible power services capable of serving up to 500,000 homes once operational.”
The company also expressed appreciation for the support received during the planning phase: “We extend our sincere thanks to Pegasus Group for their huge support throughout the planning process of this scheme.”
In the council’s planning report, the project was recognized for its net benefits. The report stated that the advantages of the development would outweigh any negative effects. It also noted that the visual impact of the facility would be reduced through appropriate landscaping measures and that biodiversity on the site would see considerable improvement as a result of the project.
The 100MW Hazel Grove BESS is part of Queequeg Renewables’ broader strategy to support the UK’s energy objectives. The company emphasized that such strategic infrastructure projects are essential in the national roadmap towards meeting energy targets for 2030. These developments aim to contribute to reliable and flexible energy supply solutions.
This new project follows a previous milestone for the company. In August of last year, Queequeg Renewables obtained approval from Stockport Metropolitan Borough Council for its 40MW Clapgate BESS project. Both the Hazel Grove and Clapgate projects reflect the company's continued focus on expanding energy storage capacity to accommodate the growing role of renewable energy in the UK.
The Hazel Grove installation is expected to play an integral role in balancing supply and demand on the electricity grid, particularly as the country increases its use of intermittent renewable sources like wind and solar power. The system is designed to store surplus electricity during periods of low demand and release it when demand rises, thus improving overall grid efficiency.
By pursuing projects like Hazel Grove, Queequeg Renewables aims to contribute to a more stable, sustainable, and resilient energy infrastructure in the UK.









