Lower-carbon heat
Move away from direct fossil-fuel combustion at the property.
Efficient heating starts with the right design.
An air-source heat pump can provide comfortable, lower-carbon heating when the home, emitters and system are assessed together.
Discuss your heating →
Air-source heat pumps
More than a boiler replacement.
Heat pumps work differently from traditional boilers. They usually operate for longer at lower flow temperatures, which means heat loss, radiator or underfloor-heating capacity, hot-water demand and controls all need to be understood.
We begin with the property rather than the product. A joined-up assessment helps determine whether a heat pump is suitable, what supporting improvements may be beneficial and how the system should be designed for dependable comfort.
Why consider a heat pump?
The strongest results come from proper specification and a building that is ready for low-temperature heating.
Consistent comfort
A well-designed system maintains steady warmth rather than short bursts of high heat.
Whole-home thinking
Coordinate heating with insulation, emitters, solar and smart energy controls.
Modern control
Use weather compensation and appropriate controls to support efficient operation.
Our approach
Assessment before equipment.
- 01
Heat-loss assessment
Room-by-room demand helps establish the output the home requires.
- 02
System review
We consider emitters, pipework, hot water, electrical supply and outdoor-unit location.
- 03
Design and specification
The heat pump, cylinder, controls and any emitter changes are designed as one system.
- 04
Commission and explain
The installation is set up correctly and you are shown how to operate it.
Common questions
Heat pump FAQs.
Will a heat pump keep my home warm?+
A correctly sized and commissioned system should meet the assessed heat demand. Comfort depends on system design, emitters, controls and the building fabric.
Do I need underfloor heating?+
Not necessarily. Appropriately sized radiators can work with a heat pump. Existing emitters should be assessed against the required room output and design temperatures.
Should insulation be improved first?+
Reducing avoidable heat loss can lower required output and support performance, but recommendations should be based on the individual property rather than a blanket rule.
Is your home ready for a heat pump?
Start with a proper conversation about the property and your heating needs.