AxFlow, based in Slough, wanted to improve their site’s sustainability and provide convenient charging options for staff and visitors driving electric vehicles. As part of their ongoing commitment to reducing carbon emissions, they sought a reliable, cost-effective EV charging solution.

A large cold storage facility, located in a rural area, faced significant challenges in meeting its substantial energy demands due to its reliance on the national grid.

A large grain storage facility, initially looking to reduce operational energy costs and increase energy efficiency, decided to invest in renewable energy by installing a solar PV system. The farm was looking to future-proof its energy requirements while reducing its carbon footprint.

A chicken farm in Kent was facing rising energy costs and increasing dependence on grid-supplied electricity to operate its facilities. The farm needed a reliable and sustainable energy solution to power its chicken sheds, which require a consistent supply of electricity for heating, lighting, and ventilation. To address these challenges, the farm turned to solar energy.

This large-scale agricultural business recognised the growing challenges posed by fluctuating utility prices. In response, they took a forward-thinking approach, deciding to reduce their reliance on external energy suppliers by investing in renewable energy solutions.

We're proud to showcase our recent project at the Hythe, Kent campus of Holiday Extras, a leading travel company. This Solar PV system was expertly installed on their flat roof, using an innovative East/West panel orientation to maximise efficiency.

This factory was looking to protect themselves from the ever increasing utility costs, and further reduce their CO2 emissions.

This large Logistics company required a 1 Mega Watt solar system to support the large electricity requirement of their building which incorporates medical cold storage.

Working closely with the owners of this waste management business, we designed and installed a system for their site which balanced their power requirements.