The work is taking place at Gamma House, where a conventional diesel-run backup power generator is to be replaced with a significantly more sustainable solution that cleverly integrates on-site solar generation, battery storage and grid connectivity.

Back-up power is essential for all business continuity, yet projects of this nature remain relatively uncommon due to their technical complexity and the investment required to deliver effective systems that meet both operational requirements and wider ESG objectives. This complex project has only been made possible through deep collaborative work with experts in renewables, data science, IT and physical infrastructure.

By integrating multiple energy sources, this initiative will deliver a lower-carbon approach to supporting critical infrastructure, removing dependency on fossil fuels for the site-wide back-up system and avoiding generator start-up during short-term power interruptions.

Energy saving: The integration of existing solar array with a substantial 36 kWh battery storage system allows the facility to maximise self-consumption and significantly reduce reliance on grid electricity during peak hours.

Sustainability impact: By transitioning to renewable energy generation and on-site storage, the Science Park continues to lower its carbon footprint, demonstrating a commitment to environmental stewardship and sustainable development within the Chilworth technology corridor.

Project management: The installation was executed with precision, involving complex ground preparation for battery enclosures and a seamless electrical transition to ensure the power supplies remained stable throughout the commissioning phase.