Three points make the industrial chiller more energy-efficient!
Promote energy saving, power saving and environmental protection in daily life, save existing energy consumption, promote the development of environmentally friendly new energy, and benefit the society. In the industrial chiller industry, the three main points of daily operation can make the chiller more energy-efficient.
First, prevent and reduce the fouling of pipelines of industrial chillers to improve the heat transfer efficiency of condensers and evaporators. Make-up water If the water treatment is not done well, calcium carbonate and magnesium carbonate, which are heated by calcium bicarbonate and magnesium bicarbonate, will deposit on the pipeline. The heat-conducting performance is lowered, the heat exchange efficiency of the condenser and the evaporator is affected, and the electricity cost of operating the chiller is greatly increased. In addition to the use of water treatment technology, pipelines can also be periodically cleaned by automatic cleaning equipment to save power while improving the cooling effect of chillers.
Second, adjust the reasonable operating load of industrial chillers. In the case of ensuring the safe operation of the chiller, the host group operates at 70%-80% load ratio and operates at 100% load, and the unit cooling power consumption is smaller. The use of this method to boot should be combined with the operation of the water pump and cooling tower.
Third, reduce the condensing temperature of the industrial chiller. To meet the chiller safety and production requirements, try to increase the evaporation temperature and reduce the condensing temperature. For this purpose, it is necessary to increase the reconstruction of cooling towers to ensure the effectiveness of cooling water.
Industrial chillers can provide industrial chilled water for all walks of life. The application of chillers can be centralized, each unit cooling meets a variety of needs, or dispersed in each application or device that has its own chiller, each method has its advantages. How the customer chooses a chiller that is suitable for his factory requires that the chiller model and model be determined according to the actual needs of the plant.