What is an inverter air source heat pump? So what do you say?
Frequency conversion technology is becoming more and more common around everyone as a result of the development of technology and technology. Examples of frequency conversion technology include frequency conversion household central air conditioners, and now frequency conversion air source heat pumps are also relying on their advantages in the HVAC engineering sales market. How does the variable frequency electric air to water heat pump stack up against the standard air source heat pump?
A cutting-edge DC frequency conversion technology is used in the construction of the variable frequency DC air source heat pump. The device that runs at a set frequency often only functions at a single frequency and is unable to respond to changes in the temperature of the environment. This frequent starting and stopping is harmful to the air source heat pump and wastes a lot of power. When the temperature reaches the specified value, the unit will temporarily shut down, and when the temperature drops below the set temperature, the unit will automatically switch back on.
There are three primary benefits associated with using a variable frequency air source heat pump for heating. To begin, it is more flexible to the natural environment that is found outside, it has the ability to automatically modify the frequency at which the heat pump operates, and it is able to keep the temperature in the room within a specified range. The internal temperature is very different, accurate temperature control, and the comfort level is higher; second, the variable frequency R32 air source heat pump keeps running, and it is not easy to cause excessive noise due to the frequent operation of the unit. This is because the heat pump operates at a higher frequency. In addition to this, the volume of the noise increases when the heat pump operates at a low frequency. It is also relatively lower, and the silent mode is more comfortable; the third is to prevent the uninterrupted start and stop of work, which not only saves this portion of the electromagnetic energy, but also increases the service life of the unit and improves the cost-effectiveness of the operation.