Air Source Heat Pumps
Our team of engineers is fully accredited by Mitsubishi, Worcester Bosch, Daikin, Grant UK, and Samsung for the installation, servicing, and repair of Air Source Heat Pumps and Solar Thermal Panels.
Switching to renewable energy could help lower your energy bills and may also reduce your carbon footprint.
What is an Air Source Heat Pump?
An Air Source Heat Pump (ASHP) is a clean and efficient alternative for heating your home. It works by transferring heat absorbed from the outside air into your indoor space. Much like a refrigerator, but in reverse, it absorbs heat and boosts it to a higher temperature before transferring it to your central heating system—whether that's radiators, underfloor heating, or hot water.
ASHPs are environmentally friendly and can be up to 300% more energy-efficient than oil and gas heating systems, providing a sustainable way to warm your home. They use significantly less electrical energy and generate less CO₂ compared to many conventional heating systems.

Low carbon footprint
Save on energy bills
Easy install process
Low maintenance
Could you save £7500 off the price of
your new air source heat pump?
The Boiler Replacement Scheme is now live offering homeowners a lump sum of £7500 off the price of a new air source heat pump installation. As registered MCS installers, we apply for the voucher on your behalf before your installation, then we take the £7500 off your final invoice. No hassle for you and a very significant amount savings.
You may be eligible if you:
- Live in England or Wales
- own your property
(whether this is a home or a small non-domestic property)
The property will have:
- an installation capacity up to 45kWth (this covers most homes)
- a valid Energy Performance Certificate (EPC) with no outstanding recommendations for loft or cavity wall insulation (unless you have an insulation exemption)
The only exception is if you’re building your own home.
If you’re claiming other grants or funding
If you’re replacing an existing low carbon heating system



