BEAM RENEWABLES BEAM RENEWABLES Surrey
Rooftop solar, battery storage, EV charge points, heat pumps and air conditioning — designed to the property, installed right-first-time, anywhere in Epsom and the surrounding area.
Epsom’s suburban roofs are classic solar territory: unshaded semis and detached homes where a well-sized array plus battery covers most of a household’s evening use.
Every Epsom installation starts the same way: a survey and an AI-designed system matched to the property's actual roof geometry, heat loss and usage — not a template. Certified teams install from digital work-packs, we handle the UK Power Networks paperwork, and every system is monitored against its forecast for 25 years.
Rooftop arrays sized by AI to your actual roof and usage — installed at 0% VAT.
Store cheap and self-generated power — new installs and retrofits, at 0% VAT.
Home and workplace charge points, specified for the vehicles you actually run.
Air source heat pumps designed to the building — with the £7,500 grant handled.
Efficient cooling that heats too — split and multi-split systems, properly sized.
Warehouses, offices and farm buildings — arrays sized to the roof and the bill behind it.
Depots designed, connected and energised — with up to £1m per site in grant funding.
Yes — Epsom is part of our Surrey coverage, alongside Guildford, Woking, Farnham and the surrounding villages. We survey, design, install and monitor locally.
Most domestic installations are permitted development. Listed buildings and conservation areas are the main exceptions — we check the property’s status during the survey and handle any consent paperwork needed.
Our AI design and pre-validated paperwork compress the wait to weeks, not months — measured as survey-to-energisation time. Most home installs take one to two days on site.
A typical 4 kWp system costs roughly £5,000–£8,000 installed at 0% VAT, with batteries adding £2,000–£5,000. A well-oriented roof in the South East typically yields 900–1,100 kWh per kWp per year.
Tell us what you're hoping to do. We'll come back with numbers — what it could generate, what it could return, and how fast we could have it energised.