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The structural composition of closed cooling towers should include the following key parts:1. Tower body: usually made of high-strength, corrosion-resistant materials such as steel plates, fiberglass or stainless steel, etc., used to accommodate internal components and protect them from the external environment.2. Heat exchanger: core component, usually made of copper tubes, stainless steel tubes or carbon steel tubes, responsible for heat exchange between the fluid to be cooled and the air. Its structural form may be a plain tube, corrugated tube or finned tube, etc., to improve the heat exchange efficiency.3. Fan: usually an axial flow fan is used, which is responsible for pumping air flow, so that hot and humid air is discharged from the top of the tower, and fresh air is introduced for heat exchange.4. Spray system (partial configuration): including spray pumps, nozzles and water collection tanks, etc., used to spray cooling water onto the surface of the heat exchanger to enhance the heat exchange effect. In some configurations, this system may not be available, but other methods are used for cooling.5. Electronic control system: used to control the start and stop of the fan and spray system and adjust its operating speed to ensure that the cooling tower works in a good state.In addition, the closed cooling tower cannot include auxiliary components such as the water pipe valve of the water collector to ensure the normal operation of the equipment and efficient cooling effect.

As a good cooling equipment, the closed cooling tower is widely used in many fields due to its high efficiency and energy saving. Its advantage lies in its fully closed circulation system. This design not only ensures the cleanliness of the cooling water, avoids the problem of pipe blockage caused by the entry of debris, but also greatly reduces the risk of water pollution and maintenance costs.In addition, the closed cooling tower adopts a dual cooling method of air cooling and evaporative heat absorption, so that the higher the cooling efficiency, the faster the temperature of the cooled medium can be reduced to meet the needs of various industrial production. At the same time, since there is no need to dig a pool, this equipment also saves a lot of water resources and reduces energy support, which is in line with the current environmental protection trend of saving energy consumption.Importantly, the closed cooling tower can directly cool a variety of media, such as water, oils, alcohols, etc., and the medium has no loss during the cooling process and the composition is stable, providing users with a more flexible and reliable cooling solution.

Closed cooling towers play a very important role in the power industry. As a good cooling equipment, this equipment is widely used in the cooling system of electrical equipment such as generator sets, transformers, and circuit breakers.In terms of generator sets, closed cooling towers can effectively reduce the temperature of cooling water and ensure that the generator sets operate at an optimal working temperature, thereby improving power generation efficiency and extending service life. For transformers and circuit breakers, this equipment can also provide stable cooling support to avoid damage to the equipment due to overheating and ensure the continuous and stable operation of the power system.In addition, the advantages of closed cooling towers in the power industry are also reflected in its water-saving and energy-saving, environmental friendliness, and easy maintenance. The closed design reduces evaporation losses, greatly reduces the consumption of water resources, and avoids the evaporation and dispersion of cooling water, reducing environmental pollution. At the same time, this equipment has a compact structure, reduces maintenance work and costs, and reduces the operating pressure of enterprises.In summary, the application of closed cooling towers in the power industry not only improves the cooling efficiency of electrical equipment, but also saves a lot of energy and land resources for enterprises, with significant economic and social benefits. With the continuous development of the power industry, the application prospects of this equipment will be broader.