Factors affecting the performance of cooling towers in water-cooled chillers

Factors affecting the performance of cooling towers in water-cooled chillers

For water-cooled chillers, only a reasonably configured chiller can make the cooling efficiency of the water-cooled chiller reach a higher level. Therefore, the maintenance and inspection of the cooling tower in the week are very critical, even related to the use of water-cooled by the enterprise The cost of the chiller.

　　 Because the specific performance of the cooling water tower directly affects the specific performance of the chiller, as long as the chiller that needs the cooling tower to complete the service cooling, it needs to be equipped with a high-quality cooling water tower to meet the daily use of the chiller and achieve the purpose of improving the overall working efficiency of the chiller. Therefore, when companies use water-cooled chillers, they need to pay more attention to the cooling tower. The following is a detailed introduction to the main factors affecting the performance of the cooling tower.

　　In the actual use process, the common problems of cooling water towers are mainly the lack of water volume. The main reason for the lack of water volume is that the water circulation is affected by various failures of the cooling water tower, resulting in a lack of quantity and other problems.

1. Evaporation loss: It is normal for the water cooling tower of the water-cooled chiller to experience evaporation loss. There is only a small range of evaporation loss. Especially the evaporation loss of wet cooling towers cannot be avoided. It shows that daily attention needs to be paid to the specific loss. It needs to attract the attention of the chiller user unit to avoid causing greater losses.

2. Wind loss: In the actual use of the cooling water tower, due to design problems of the chiller manufacturer, there will be daily wind loss problems. The so-called wind loss mainly refers to the wind in the natural environment and the airflow that the cooling water tower removes. Blowing out of the outside of the cooling water tower causes part of the efficiency to be transferred, because the wind loss can be avoided, so with the help of professional equipment, the wind loss can be reduced, so as to smoothly ensure the cooling tower is in a higher operating state and reduce the overall loss.

3. Pollution loss: In order to keep the water source inside the cooling tower in a relatively clean state, after a period of use, a comprehensive blowdown operation will be carried out at the bottom of the cooling tower. In the process of blowdown, a large amount of water source will inevitably be lost. Even so, as long as the specific quality of the water source in the internal space can be maintained, the water source loss due to sewage discharge is basically negligible.

In the actual use of water-cooled chillers, there are many loss problems in the cooling water tower. As long as the correct treatment method is used, all the use needs can be fully met, so that the overall cooling tower can be improved under the premise of less resource loss. The purpose of work efficiency is to provide sufficient power for the water-cooled chiller to meet all the requirements of the daily operation of the chiller.