Meaford Battery Farm
Stand-alone Battery Energy Storage (BESS) project in collaboration with One Planet.
The Meaford project is a Battery Energy Storage System (BESS) development located adjacent to the Meaford substation in Staffordshire, UK. This project is part of a joint venture between One Planet Developments Limited, Viridi RE, and Green Enesys Group. Planning consent was granted on October 3, 2022, for a 40 MW energy storage system. The project benefits from a 33kV grid offer from National Grid Electricity Distribution, with a connection date confirmed for 2024. The project site covers approximately 3 acres in a rural location south of the village of Barlaston, between Stoke-on-Trent and Stafford. The project has a 50-year lease period, with tenant-only break options every five years from year 15. The project was sold to Pulse Clean Energy in 2023.
The Meaford project has a capacity of 40 MW, located on a 3-acre flat site in Staffordshire. It benefits from a 33kV grid offer with a 2024 connection date. Key advantages of the project include enhanced grid stability, improved energy efficiency, and the ability to store and supply energy during peak demand periods.
The development process of our battery storage project ensures smooth execution, peak performance, and strict compliance with technical, environmental, and regulatory requirements.
Full planning consent was granted on October 3, 2022, and cleared the customary JR period without challenge.
The project benefits from a 33kV grid offer from National Grid Electricity Distribution, with a 2024 connection date.
The project is part of a joint venture between One Planet Developments Limited, Viridi RE, and Green Enesys Group, leveraging extensive experience in solar and BESS projects.
The site is adjacent to the Meaford substation, optimizing connectivity and efficiency.
The project is designed to meet future energy storage needs, supporting the broader pipeline of BESS and solar projects being developed by the joint venture. The battery storage system enhances grid stability, improves energy efficiency, and provides backup power during outages, contributing to overall energy security.