What are the advantages of YESNCER air source heat pump?
In recent years, with the increase in industrial and domestic water consumption, some areas are facing water shortages, and environmental problems have become increasingly prominent.
To better solve the cooling and heating problems, YESNCER has launched a more energy-saving and environmentally friendly air source heat pump unit. Let’s talk about the advantages of the Zhongkeneng unit.

YESNCER air source heat pumps unit uses a self-designed and developed shell-and-tube heat exchanger. The heat exchange tubes can be selected from copper tubes with high heat transfer coefficients, corrosion-resistant pure titanium tubes, and nickel-white copper tubes according to different application sites. It can ensure the heat exchange area and ensure the efficient operation of the entire unit.

The unit uses high-efficiency scroll compressors from internationally renowned brands such as Danfoss, Copeland, and Daikin, with reliable operation, superior performance, and longer service life.
The fins and fans are purchased from well-known brands, which can ensure the safe and reliable operation of the air source heat pumps unit. The system adopts a universal control module design. During later maintenance and repair, one sub-module can be adjusted as the main module without affecting the normal operation of the entire system.
YESNCER air source heat pumps unit has multiple functional protections such as compressor high and low-pressure protection, water flow switch protection, overheating protection, pressure protection, sensor failure protection, and compressor exhaust temperature protection, which can provide a reliable guarantee for the operation of the unit.

The entire system has a compact and reasonable layout, saving space and convenient for transportation and installation. Some air source heat pump units used in low-temperature environments also have intelligent defrosting functions, which can avoid waste of energy while defrosting efficiently and ensure efficient operation of the system.

