
Our renewable division specialises in Solar PV systems, Battery Storage Solutions, Air Source Heat Pumps, EV Charging Infrastructure, and energy-efficient technologies. We work closely with clients to assess their property’s suitability and develop bespoke solutions that maximise long-term savings and performance.
Solar panels allow you to generate your own electricity directly from sunlight, reducing reliance on energy suppliers and protecting against future price increases. By combining solar generation with battery storage systems, excess electricity can be stored for use during evenings and peak demand periods, further increasing savings.
For those looking to transition away from traditional heating systems, Air Source Heat Pumps provide an environmentally friendly and highly efficient alternative capable of delivering reliable heating and hot water throughout the year.
Our team manages every stage of the process, from feasibility assessments and system design through to installation, commissioning, and ongoing support. We provide honest advice, transparent quotations, and realistic projections to help you make informed decisions about your investment.
Whether you’re looking to reduce energy bills, improve your property’s efficiency, or move towards a more sustainable future, The Watkins Hamilton Group can deliver renewable energy solutions tailored to your needs.
The Watkins Hamilton Group provides renewable energy solutions across Surrey, Sussex, Kent and London. We work with homeowners, businesses and property owners in locations including Reigate, Redhill, Horley, Crawley, Horsham, East Grinstead, Maidstone, Chatham, Rochester, Dartford, Bromley and Croydon.
Our renewable energy services include Solar PV, battery storage, Air Source Heat Pumps and EV charging solutions. Whether you are looking to reduce your electricity bills, improve your property’s energy efficiency or invest in a more sustainable energy system, our team can assess your requirements and recommend a solution suited to your property and location.

