What are the features of using DC inverter heat pump?

DC inverter heat pump has been favored and loved by consumers for its advantages of safety, environmental protection, energy saving and high efficiency. The DC inverter heat pump, which can operate efficiently and stably in the cold environment of -35°C, can satisfy the heating needs of various places in the northern low temperature area.

What are the core technologies used by DC inverter heat pump?

What are the features of using DC inverter heat pump?

What are the advantages of a DC inverter heat pump compared to a fixed output heat pump?

What are the core technologies used by DC inverter heat pump?

(1) Jet enthalpy increase technology

-10°C heating capacity is not attenuated, +43°C cooling capacity is not attenuated

(2) Low pressure cavity technology

The low-pressure chamber is a low-pressure shell, and the motor operates in a low temperature environment of about 20°C

DC inverter heat pump is not easy to fatigue, has a long service life, high safety and extremely low failure rate, suitable for long-term operation of the unit;

(3) Frequency conversion scroll technology

DC inverter heat pump has a wide range of exhaust pressure, high energy efficiency ratio, low noise and more energy saving.

What are the features of using DC inverter heat pump?

1. Reduce defrosting time and energy consumption

During the heating process of DC inverter heat pump, the difference between the fin temperature and the ambient temperature is smaller than that of the fixed frequency machine, which can greatly slow down the speed of fin frosting, shorten the defrosting time, and further reduce the heat loss caused by defrosting.

2. No need to switch the machine frequently, more power saving

The DC inverter heat pump can run at low frequency when the load is low, without downtime, and saves power. The fixed frequency machine has to be turned on and off, frequently started and stopped, and power consumption is lost.

What are the advantages of a DC inverter heat pump compared to a fixed output heat pump?

Higher annual overall energy efficiency

Less likely to have problems with grid connection

space requirements

The service life of the heat pump

overall comfort

The difference between a fixed output and a DC inverter heat pump is how they provide the required energy from the heat pump to meet the heating needs of the property.

Fixed output heat pumps work by turning on or off continuously. When switched on, the fixed output heat pump operates at 100% capacity to meet the heating needs of the property. It will continue to do this until the heat demand is met, then it will cycle between heating the large buffer on and off to keep the desired temperature in balance.

However, the DC inverter heat pump uses a variable speed compressor that adjusts its output to increase or decrease its speed to precisely match the building's heat needs as the outside air temperature changes. When demand is low, the heat pump will reduce its output, limiting power usage and consumption of heat pump components, limiting start-up cycles.

Guangzhou Realm Energy Saving Equipment Co. Ltd., which has been established for over ten years, focuses on the production of DC inverter heat pumps. Here, you can find the DC inverter heat pumps you need.