Heat Pump Installations
Air source and ground source heat pump systems for commercial and public sector buildings UK-wide, and homes across Kent and the South East. When integrated with solar or PV-T generation, heat pumps deliver lower running costs and near-zero carbon heating.
Efficient, low-carbon heating
Heat pumps extract warmth from the air or ground and use it to provide space heating and hot water, delivering 3-4 units of heat energy for every 1 unit of electricity consumed. That makes them 3-4 times more efficient than a traditional gas boiler and an excellent fit for commercial buildings, schools and homes with consistent heat demand.
When combined with solar PV or PV-T panels, the electricity (and with PV-T, some of the heat too) can be generated on your own roof, cutting both bills and carbon emissions towards zero.
- ✓Air source heat pumps (ASHP) extract heat from outside air, suitable for most properties
- ✓Ground source heat pumps (GSHP) offer higher efficiency, ideal for larger properties and commercial sites
- ✓Boiler Upgrade Scheme: government grants of up to £7,500 currently available
- ✓Works with underfloor heating for optimal low-temperature heat distribution
The government currently offers grants of up to £7,500 towards the cost of a heat pump through the Boiler Upgrade Scheme. Ask us for current eligibility details.
Heat pump + solar: the ideal combination
Free electricity to run your heat pump
Solar panels generate free electricity during the day, powering your heat pump directly from your roof and cutting running costs.
Learn moreLower energy bills
Combining a heat pump with solar PV and battery storage can significantly cut total energy spend compared with a gas boiler and grid electricity. We model the savings for your building before you commit.
Learn moreNear-zero carbon heating
A heat pump powered by solar or PV-T produces heating with minimal direct carbon emissions, one of the most effective ways to decarbonise a building.
Learn moreHeat pumps: your questions answered
Do heat pumps work in cold weather?
Yes. Modern air source heat pumps operate efficiently in temperatures well below freezing. They are standard heating across Scandinavia. Output is maintained down to around -15°C or lower, and we design systems for the coldest expected conditions, not average ones.
How efficient is a heat pump compared to a gas boiler?
A gas boiler is at best around 90% efficient. A well-designed heat pump delivers 300-400% efficiency (a coefficient of performance of 3-4), meaning every kilowatt of electricity in produces three to four kilowatts of heat out. Combined with on-site solar or PV-T, running costs fall further still.
Is there funding available for heat pumps?
Funding schemes change regularly and vary by building type and business size. The Boiler Upgrade Scheme currently offers grants of up to £7,500 for eligible properties, and capital allowances may apply for commercial plant investment. We confirm which funding applies to your project as part of every proposal.
Can a heat pump replace our existing boiler system?
Usually, yes, either as a full replacement or in a hybrid arrangement where the heat pump handles the base load and the existing boiler covers peak demand. Heat pumps run at lower flow temperatures, so we assess your emitters and pipework during the survey to design the right approach.
Ready to explore heat pumps?
Book a free survey with our technical team. We'll assess your property and design a system that works, whether that's air source, ground source, or a full solar + heat pump package.