Heat Pump
Heat Pump is a device that draws heat from surrounding air and releases into the conditioned space. Air Source Heat Pumps uses small amount of external power to transfer heat from source to sink. In water heating process, surrounding air is considered as the source of heat and water containing tank as the sink which receives the heat. This principle doesn’t involve any fuel combustion that pollutes the environment.
STRENER offers a wide range of Air Source Heat Pumps to generate hot water at commercial and domestic scale. Our devices enables you to save up to 80% on your energy bills in comparison to the conventional water heating techniques.
Working Principle of Heat Pump
The figure below depicts the schematic representation of the working principle of a heat pump water heater. The refrigerant used here is R417A, which has zero ozone depletion potential. The low temperature, low pressure refrigerant in liquid form passes through the evaporator, absorbs the heat from air and vaporises to gaseous form. This gaseous refrigerant is then sent to the compressor, which compresses it to high pressure. Since the temperature is proportional to pressure, the temperature of the refrigerant will also be high. The high temperature, high pressure medium will be passed through the heat exchanger where it transfers its heat to water. But the refrigerant at the outlet is a low temperature, high pressure medium which when passed through a throttle valve will reduce its pressure ensuring that the cycle continues.
Why ASPH is the best option for all your water heating needs?
Application of Heat Pump
Commercials
- Hotels
- Resorts
- Hospitals
- Residential Schools and Colleges
- Restaurants or Kitchens and
- Water Parks.
Domestic
- Apartments
- Villas
- Flats
- Serviced Apartments.
Swimming Pools
- Residential & Commercial Pools
- School Pools
- Jacuzzi
- Sports Club
Industrial
- Food Processing
- Pharmaceuticals
- Textile