Methods of Saving Energy Consumption of Industrial Chiller

2022/08/18 ClassificationIndustry News 209

Methods of Saving Energy Consumption of Industrial Chiller

With the continuous improvement of living standards, science and technology are also developing steadily. Nowadays, people pursue energy conservation and environmental protection in both work and life, and advocate the development of environmentally friendly new energy for the benefit of the society. Nowadays, in addition to meeting the production and living needs of users, domestic chillers also need to achieve energy conservation and environmental protection on the basis of ensuring the safety and stability of chillers.

So how do industrial chillers save energy? We know that in the past, when producing water chillers, they only relied on import to complete assembly and production, resulting in high energy consumption level although the equipment has high stability. Ordinary enterprises need to pay higher energy costs when using chillers.

High quality chillers must have competitive advantages in energy conservation and environmental protection. Energy saving can be achieved by technology, while environmental protection needs to replace the cooling medium of the chiller. The use of safe refrigerant to complete the whole cooling process of the chiller can reduce the occurrence of environmental pollution and other problems. As enterprises pay more attention to the production quality and use cost of chillers, there will be more high-quality chillers in the future to meet the needs of enterprises for chillers and effectively improve the operation efficiency of chillers.

In addition to requiring energy and power conservation in the technical part of the chiller, in fact, we also need to pay attention to energy and power conservation in daily production work. Next, lneya refrigeration will tell you some links that should be paid attention to in daily operation, so as to make the chiller more energy-saving and power-saving.

1. Prevent and reduce the scaling of the pipeline of the chiller to improve the heat exchange efficiency of the condenser and evaporator. If the water treatment is not done well, the calcium carbonate and magnesium carbonate generated by heating calcium bicarbonate and magnesium bicarbonate will deposit on the pipeline. The thermal conductivity is reduced, the heat exchange efficiency of condenser and evaporator is affected, and the electricity cost of chiller operation is greatly increased. At this time, in addition to using water treatment technology, regular automatic pipeline cleaning equipment can also be used for pipeline cleaning, which can save power and improve the refrigeration effect of the chiller.

2. Adjust the reasonable operating load of the chiller. Under the condition of ensuring the safe operation of the chiller, the power consumption per unit cooling force is smaller when the host runs at 70% – 30% load than when it runs at 100% load. The startup in this way shall be comprehensively considered in combination with the operation of water pump and cooling water tower.

3. Reduce the condensation temperature of the chiller. On the premise of meeting the safety and production needs of the chiller, try to increase the evaporation temperature and reduce the condensation temperature. Therefore, it is necessary to increase the transformation of the cooling water tower to ensure the cooling water efficiency.

I believe that as long as users choose high-quality water chillers and adopt the above three operation methods in production and operation, energy conservation and power saving are no longer difficult problems, which can better reduce the production cost of enterprises.

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