Technology of Air Source Heat Pump

The air source heat pump is composed of three primary parts including the heat exchanger that’s responsible for the removal of heat, the compressor which elevates air temperature, and the heating tube or radiator that transfers the heat.

The heating or cooling of the atmosphere or water is brought on by the refrigerant moving through a set of coils. The compressor then functions as a means where the refrigerant is changed from a liquid into a gas form and then back to liquid.

The refrigerant is then utilized in order to heat or cool a building. In its first form, the refrigerant passes through the outer coils using the air supply causing the liquid to boil and convert to gas. The gas moves into the compressor, where the temperature increases. Search online today if you want to see Various High-Quality Engine-Cooling System (which is also known as “ระบบระบายความร้อนเครื่องยนต์” in the Thai language).

Following this, the gas moves through the coils at the condenser and the heat transfers to the atmosphere and the gas cools, once more making the material a liquid.

The resulting heat is released so as to heat the center and the used refrigerant is then recycled. But if cooling is your goal, the air source heat pumps act by pumping the cold refrigerant to the facility with the aim of acting as a cooling unit.

There are many benefits of using air source heat pumps. The first of these benefits is these pumps need about 1/4 the power that a normal heater requires. This provides both environmental advantages in addition to saves you considerable amounts of money on utility bills. Another advantage is that the system doesn’t need gas to work and, instead, relies exclusively on power.