
Our vision is to lead the charge in revolutionising the UK's energy landscape through cutting-edge battery storage solutions powered by British-manufactured batteries. We envision a future where renewable energy sources are harnessed to their full potential, supported by locally produced batteries that uphold the highest standards of quality, reliability, and sustainability. By championing homegrown innovation and manufacturing, we aim to bolster the UK's energy independence, create skilled jobs, and stimulate economic growth while paving the way towards a carbon-neutral future.
Through collaboration, innovation, and a steadfast commitment to excellence, we aspire to empower communities, businesses, and industries across the UK to embrace a cleaner, greener, and more resilient energy future, one battery at a time.

Our site identification process is meticulously crafted to ensure that every aspect and constraint is carefully considered, resulting in the selection of the most suitable site for the needs of the specific project.

Site investigation involves conducting thorough assessments of all development and acquisition opportunities to evaluate factors such as planning requirements, environmental impacts, grid connections, and risk assessment.
Viable opportunities are secured through an exclusivity agreement. Formal applications for grid connections are prepared and submitted to relevant authorities, ensuring that all necessary infrastructure requirements are met. The planning process is initiated, with expert teams instructed to navigate through the planning policy to ensure compliance and smooth project progression.

Once planning is approved we will purchase the land at competitive market values, install our British manufactured batteries and connect the infrastructure to the grid to help improve the UK's move to sustainable energy management and production.

The site layout has been designed with the capability to support a 30MW 60MWh energy storage system, ensuring scalability and long-term operational efficiency. The layout includes designated areas for battery energy storage systems, inverters, transformers, and grid infrastructure, ensuring seamless integration with the transmission network.
Planning Approved
Grid Connection Offer Accepted
BESS Technology Accepted

An industrial scheme that was previously stalled by grid connection constraints was unlocked through a BESS-led microgrid paired with onsite 6MW solar PV and a 6MW / 12MWh battery system. By managing import/export at the site boundary, the project became fully deliverable without a major grid upgrade, turning a constrained site into a bankable, low-carbon power hub.
Planning Approved
Grid Connection Offer Accepted
BESS Technology Accepted

A co-located large-scale solar and storage project combines 60MW of solar PV with a 10MW / 20MWh BESS system to optimise local generation and grid interaction. By integrating battery storage alongside the solar array, the site can smooth export, capture excess generation and operate within grid constraints, transforming a high-potential location into a deliverable, utility-scale low-carbon asset.
Planning Approved
Grid Connection Offer Accepted
BESS & PV Technology Accepted

A 6MW ground-mounted solar PV project with a direct grid connection delivers utility-scale renewable generation without the need for on-site demand. The scheme exports clean electricity straight to the network, providing predictable low-carbon output and making efficient use of available grid capacity.
Planning Submitted
Grid Connection Submitted
PV Technology Accepted