Air Source Heat Pumps (ASHP) extract 'low quality heat' from the outside air and transfer it into a building as useful heat - often likened to a refrigerator working in reverse. Air Source Heat Pumps use electricity to operate but have a relatively high efficiency. - typically they use between 25 to 33% the electricity used by a normal electric heater to produce the same amount of heat (see below regarding performance). There are two types of Air Source Heat Pumps: 1. Air to Water - where the heat extracted is used to heat water for use within the building. 2. Air to Air - where the heat extracted is used to heat air for space heating within the building. 3. An Air Source Heat Pump consists of an outdoor unit incorporating: A fan, A heat exchanger, over which outside air is blown, A compressor, which circulates a refrigerant to extract the low quality heat, A means of transferring the heat into the building. The indoor unit consists of a heat exchanger where the heat extracted by the outside unit is transferred to either the domestic hot water system or air for circulating around the property.
Advantages of Air Source Heat Pumps Domestic ASHP FAQs ASHP basics
Air Source Heat Pumps
Air Source Heat Pumps (ASHP) extract 'low quality heat' from the outside air and transfer it into a building as useful heat - often likened to a refrigerator working in reverse. Air Source Heat Pumps use electricity to operate but have a relatively high efficiency. - typically they use between 25 to 33% the electricity used by a normal electric heater to produce the same amount of heat (see below regarding performance). There are two types of Air Source Heat Pumps: 1. Air to Water - where the heat extracted is used to heat water for use within the building. 2. Air to Air - where the heat extracted is used to heat air for space heating within the building. 3. An Air Source Heat Pump consists of an outdoor unit incorporating: A fan, A heat exchanger, over which outside air is blown, A compressor, which circulates a refrigerant to extract the low quality heat, A means of transferring the heat into the building. The indoor unit consists of a heat exchanger where the heat extracted by the outside unit is transferred to either the domestic hot water system or air for circulating around the property.
Air Source Heat Pumps
Advantages of Ground Source Heat Pumps Domestic ASHP FAQs ASHP basics
Air Source Heat Pumps (ASHP) extract 'low quality heat' from the outside air and transfer it into a building as useful heat - often likened to a refrigerator working in reverse. Air Source Heat Pumps use electricity to operate but have a relatively high efficiency. - typically they use between 25 to 33% the electricity used by a normal electric heater to produce the same amount of heat (see below regarding performance). There are two types of Air Source Heat Pumps: 1. Air to Water - where the heat extracted is used to heat water for use within the building. 2. Air to Air - where the heat extracted is used to heat air for space heating within the building. 3. An Air Source Heat Pump consists of an outdoor unit incorporating: A fan, A heat exchanger, over which outside air is blown, A compressor, which circulates a refrigerant to extract the low quality heat, A means of transferring the heat into the building. The indoor unit consists of a heat exchanger where the heat extracted by the outside unit is transferred to either the domestic hot water system or air for circulating around the property.
Air Source Heat Pumps
Advantages of Air Source Heat Pumps Domestic ASHP FAQs ASHP basics
Air Source Heat Pumps (ASHP) extract 'low quality heat' from the outside air and transfer it into a building as useful heat - often likened to a refrigerator working in reverse. Air Source Heat Pumps use electricity to operate but have a relatively high efficiency. - typically they use between 25 to 33% the electricity used by a normal electric heater to produce the same amount of heat (see below regarding performance). There are two types of Air Source Heat Pumps: 1. Air to Water - where the heat extracted is used to heat water for use within the building. 2. Air to Air - where the heat extracted is used to heat air for space heating within the building. 3. An Air Source Heat Pump consists of an outdoor unit incorporating: A fan, A heat exchanger, over which outside air is blown, A compressor, which circulates a refrigerant to extract the low quality heat, A means of transferring the heat into the building. The indoor unit consists of a heat exchanger where the heat extracted by the outside unit is transferred to either the domestic hot water system or air for circulating around the property.
Air Source Heat Pumps
Domestic ASHP FAQs ASHP basics
Advantages of Air Source Heat Pumps
Tel: 01282 786900  Mob: 07790 215 065
© 2016 Reliable Renewables Ltd.
Reliable Renewables Logo
Air Source Heating
Reliable Renewables Logo
Tel: 01282 786900  Mob: 07790 215 065
© 2016 Reliable Renewables Ltd.
Air Source Heating
Reliable Renewables Logo
07790 215 065
© Copyright Reliable Renewables Ltd 2016
Tel:
01282 786900
Mob:
Air Source Heating
© Copyright Reliable Renewables Ltd 2016
Reliable Renewables Logo
Tel:
01282 786900
Mob:
07790 215 065
Air Source Heating