Air source heat pumps are an exceptionally clean and efficient source of producing heating and hot water for domestic properties and
commercial sites.
An air source heat pump works by extracting readily available heat in the air and local environment through temperatures between -20ºC
and +35ºC, which helps to reduce the dependency on fossil fuels as well as significantly cutting carbon emissions. Air source heat pumps use electricity to operate and run the heat pump. For every
1kW of electricity used, between 3kW and 4kW of thermal energy is available for heating and hot water is available.
How do ASHP's work?
They work much like ground source heat pumps, but instead of extracting the ambient heat from the ground, it is extracted from the air.
Unlike ground source systems though, the air around us is affected by the seasonal fluctuations in temperature, which means the efficiency of the system may also fluctuate.

Residential High Temperature Type
Hot water heated to 80℃ is available for domestic hot water and high temperature radiators. Both heating and cooling can operate using
heat pump.

Residential Low Temperature Type
Hot water heated to 55℃ is available for floor heating and low temperature radiators. Both heating and cooling can operate using heat
pump.
http://www.daikin.co.uk/domestic/needs/heating/index.jsp
We work closely with air source heat pump manufacturing company daikin to inshore every installation is exactly how they want it, so
close they come and sign EVERY single installation off!
So if you're looking for an air source heat pump installer look no further we supply, fit, commission and send off to start your RHI
money back incentive.
Choose a professional air source installation company!
Domestic Feed In Tariffs (Price will need to be checked, as changes monthly)

Example – Air Source Heat Pump installed in a typical 4 bedroom house
Total annual Energy demand (taken from the EPC) = 25,000kWh
ASHP seasonal efficiency (SPF) at 4* in Heat emitter guide = SPF 3.0
ASHP tariff= 7.3p kWh
Eligible heat demand = 25000kWh x (1-1/3.0) = 16,666kWh
Total annual RHI payments = 16,666 x 7.3p = £1,216.62
RHI paid over 7 Years = £8,516.33