What is the reason for the reduced efficiency of energy efficient chillers?

What is the reason for the reduced efficiency of energy efficient chillers?

The surface area of the condenser and evaporator is too small

The condenser and evaporator are important components of FL +5°C ~ +35°C Kaltwassersätze, and their small surface area can lead to a decrease in heat exchange efficiency, thereby affecting the efficiency of energy-saving coolers. The solution includes increasing the surface area of the condenser and evaporator, or replacing them with larger ones.

Internal scaling

Long term use can lead to internal scaling in energy-saving coolers, leading to a decrease in the heat transfer capacity of the condenser and evaporator, thereby affecting the efficiency of energy-saving coolers. The solution includes regular cleaning and maintenance to prevent internal scaling.

Insufficient refrigerant

Insufficient refrigerant can lead to poor cooling performance of energy-saving coolers, thereby affecting the efficiency of the equipment. The solution is to regularly inspect and maintain the refrigerant system to ensure sufficient refrigerant.

Water pump malfunction

The water pump is an important component of the energy-saving cooler. If the water pump malfunctions or is not used properly, it can lead to a decrease in the efficiency of the energy-saving cooler. The solution is to regularly inspect and maintain the water pump to ensure its normal operation.

Filter clogged

The blockage of the filter can affect the water flow rate of the energy-saving cooler, thereby affecting the efficiency of the equipment. The solution is to regularly check and replace the filter.

Control system malfunction

The control system failure of energy-saving coolers can lead to abnormal equipment operation and affect efficiency. The solution is to regularly inspect and maintain the control system to ensure its normal operation.