Heating designed for the whole property
Heat-loss assessment first
We calculate heating demand before selecting the heat pump output.
Emitter suitability checked
We review radiators or underfloor heating for suitable flow temperatures.
Clear operating guidance
We explain controls and schedules that support steady, efficient heating.
Good winter heating begins with proper sizing
An air source heat pump takes low-temperature heat from outside air and raises it for space heating and hot water. The unit must suit the property's heat loss, not simply match the output shown on an old boiler. We assess insulation, room heat loss, existing radiators or underfloor heating and the flow temperatures needed on colder days. We also consider hot-water storage, controls and a practical position for the outdoor unit. This groundwork helps the system provide steady comfort without relying on guesswork when winter arrives.
Connect every part of the heating system
We plan equipment positioning, pipework, electrical connections and changes needed within the heat-distribution system. After installation, we commission the equipment, set the controls and explain how steady operation differs from repeatedly turning a boiler on and off. Solar panels may supply part of the electricity used by the heat pump, while battery storage can shift some available power to a later time. We can assess those technologies together or leave sensible provision for a future stage.
Frequently asked questions
Will an air source heat pump work during cold weather?
Yes, a correctly selected system can extract heat from cold outside air. We assess property heat loss and required flow temperatures so the proposed unit and heat emitters are designed for winter conditions.
Do we need different radiators for a heat pump?
Not always. We check the output of existing radiators at the proposed flow temperature. Some may be suitable, while others could need changing or increasing in size to heat the room properly.
Can solar panels power an air source heat pump?
Solar panels can supply part of the electricity the heat pump uses when generation and heating demand coincide. Grid electricity still plays a role, especially during darker winter periods when demand is highest.