Suggestions on the structural optimization of closed cooling towers
The primary principle of the closed cooling tower is that the spray water evaporates on the outer wall of the coil to cool the fluid in the pipe, and the fan is used to take away the generated water vapor in time. A small part of the spray water evaporates, and the rest is collected and circulated by the chassis. In addition to being used in air conditioning systems, closed cooling towers can also be used in industries such as metallurgy, chemical industry, and petroleum. But its use also increases manufacturing capital and operating costs. Therefore, it is necessary to carry out optimized planning, and then achieve the purpose of economic and energy saving. The core component of the closed cooling tower is the tubular transpiration cooler, and its structural parameters have an important influence on the optimization planning of the closed cooling tower. Therefore, the structural optimization of the closed cooling tower focuses on the structural optimization of the tube transpiration cooler.
1. Objective function structure optimization
After the cooperation of different cooling components, the operating power of the closed cooling tower is effectively reduced.
2, coolant optimization
Different coolants have a very important and decisive effect on the cooling effect of a closed cooling tower.
3. Operation environment of closed cooling tower (environmental optimization)
Installing the closed cooling tower in a ventilated environment can effectively increase the operating power and facilitate the dredging of the air circulation in the tower
China trlon air conditioner's suggestions for the optimization of closed cooling towers, if you have any needs in this regard, you can call us to find out.
Guangdong Trlon Energy-saving Air Conditioning Equipment Co., Ltd.
Company Address： 1916A, Block A, David Donglong Business Building, Longhua, Longhua District, Shenzhen