How Does Inverter Heat Pump Works

The heat pump draws heat from the outside air through the refrigerant and transfers heat to the home air to keep your home warm during the winter. In the summer, heat pump machine running reversal, from the home air heat to cool the air, make the home more comfortable. Unlike standard furnaces or air conditioners, heat pumps provide a high level of energy efficiency to maintain utility and low cost. The inverter or variable speed heat pump maximizes efficiency and reduces the energy loss during the refrigerant cycle.

Function

During the standard refrigerant cycle, the refrigerant progresses continuously between the compressor and the condenser, and changes from liquid to gas depending on the temperature. Once the air in the home reaches the temperature set on the thermostat, the refrigerant cycle is completely stopped and restarts only when the home temperature changes. As each cycle is restarted, the system consumes energy to equalize the pressure and allow the refrigerant to reach the correct temperature before the heating or cooling process begins.

In a machine with a variable speed compressor or inverter, the refrigerant cycle operates at a different speed depending on the temperature and the heating load. By automatically adjusting the speed of the refrigerant, the drive eliminates the energy loss caused by the stop and start.

Benefit

The inverter heat pump reduces the circulation to keep your family more comfortable and eliminates the cold airflow. By minimizing energy loss while cycling, you can also improve overall energy efficiency and energy consumption in your home. This not only helps to keep your heating and cooling costs, but also protects the environment from air pollution and greenhouse gas emissions.

In some heat pumps, frequency conversion technology can also reduce operating noise and extend the life of compressors and other system components.