AGR Power receives planning consent for 160MW BESS project in Lincolnshire

The approved project comprises a standalone battery energy storage system with a total capacity of 160MW, representing a significant addition to the UK’s flexible energy infrastructure. Designed to store electricity for up to two hours, the system will capture excess generation, primarily from renewable sources such as solar and wind—and release it back to the grid at times of peak demand or reduced supply. This capability ensures that clean energy is used more efficiently, reducing curtailment and maximising the value of renewable generation.

Battery storage is playing an increasingly vital role in the transition to a low-carbon energy system. By balancing supply and demand in real time, the project will enhance overall grid flexibility and resilience, helping to manage the variability associated with intermittent renewable sources. In addition, it will deliver a range of essential grid services, including frequency response, voltage support, and peak shaving, all of which are critical to maintaining system stability. As the UK continues to expand its renewable energy capacity, projects of this nature will be key to enabling higher levels of penetration while ensuring a secure and reliable electricity network.

The Bicker BESS project represents an important step in strengthening the UK’s energy infrastructure as the country continues its transition toward a low-carbon future. By improving the efficiency with which renewable energy is captured, stored, and utilised, the project helps reduce reliance on fossil fuel-based generation and supports the UK’s wider decarbonisation objectives. It contributes directly to national efforts to meet legally binding climate targets while enabling a more sustainable and resilient electricity system.

This capability is becoming increasingly essential as the UK integrates a growing share of renewable energy into its electricity grid. As wind and solar generation continue to expand, the system is becoming more dependent on technologies that can manage variability and ensure that supply and demand remain balanced at all times. Battery energy storage plays a central role in this transition by absorbing excess electricity during periods of high generation and releasing it when demand rises or renewable output falls.

In addition to strengthening energy security, the project enhances overall system flexibility by providing rapid-response services that help stabilise the grid in real time. This reduces reliance on conventional peaking plants, which are typically more carbon intensive and less efficient, and supports a more cost-effective approach to managing peak demand. The ability to respond within seconds to changes in grid conditions also improves overall system stability, helping to maintain frequency and prevent disruptions.

This activity will help stimulate the surrounding economy through increased investment and sustained demand for local skills and resources. AGR continues to prioritise responsible development practices, ensuring that community considerations remain central throughout the project lifecycle.

AGR has also worked closely with National Grid over several years to advance a broader portfolio of energy projects, with this collaboration playing an important role in ensuring the Bicker BESS project is effectively integrated into the wider electricity network. With planning approval now secured, the project will move into its next phase, which includes detailed engineering design, procurement, and preparation for construction. AGR looks forward to continuing its partnership with National Grid to deliver infrastructure that supports a more flexible, secure, and resilient energy system.