Comparison between air cooler and air conditioner cooling:
The relatively large advantage of industrial air coolers is that they rely on water for cooling while also providing ventilation and purifying air. In hot summer, such as a large workshop area. “It is difficult to achieve cooling in a large area of factory buildings by relying solely on refrigeration and air conditioning, and the cost is very high, which is generally unacceptable.”. The reason is that the machines in the factory generate heat, and it is difficult to withstand such a large amount of heat by relying solely on air conditioning and refrigeration, so the factory cannot reduce the temperature at all. The air cooler is different. It combines ventilation and cooling, blowing in a large amount of cool air to squeeze out the indoor heat during work. It forms a kind of indoor and outdoor air circulation, always keeping the indoor fresh and cool.
From the perspective of space utilization, many factories are very compact in space utilization due to their own production problems. For example, the space for improving the environment on the equipped equipment can be very tense. Nowadays, industrial air conditioners are generally installed outdoors and do not need to occupy an indoor area.
Environmental protection is a major advantage of industrial air coolers. Unlike air conditioners, which can cause physical discomfort when blown for a long time, air conditioners only lower the temperature of the wind before sending it into the room, which is still natural wind. And there is no need to close the doors and windows tightly. This can handle normal air circulation well and keep the air clean.
The installation of industrial air coolers is very simple and generally installed outdoors, without worrying about noise issues. The after-sales problems of air conditioners are now planned in a systematic and professional manner, so that users do not have to worry about problems that may arise later
Advantages of using air coolers
1. Can save a large amount of industrial water
A cold air fan uses cold media as a carrier for air cooling, and this type of carrier comes from various sources, such as cooling water and chilled water. As there are more media and carriers, it will to some extent reduce the amount of industrial water used, thereby saving a large amount of industrial water. So, it can effectively save industrial water consumption.
2. Air coolers can effectively reduce pollution and protect the environment
In the modern era where environmental protection is more important, people will consider its environmental factors when using any machine. This is a relatively environmentally friendly machine that uses air to cool hot fluids as a heat exchanger, which does not cause much pollution to the environment and can effectively protect the environment.
3. Has good market prospects
The key to the usage of a machine lies in its future development potential and space. The cold air fan has a relatively broad market prospect and also has a large development space in the industrial field, which can play an important role in future industrial production and life.
In order to make the air conditioner more perfect for use, we will carry out maintenance on the air conditioner. Its emergence brings infinite possibilities to air conditioners. What are the specific benefits of air conditioning fan maintenance?
The reason why air coolers are produced is due to the appearance of wet curtains. A cold air fan is a product of the combination of a fan and a wet curtain. The reason why the cold air fan can blow out cold air can be attributed to the wet curtain in nine out of ten. When the fan draws air outward, the wet curtain that is poured with water will continuously filter the air, making it cold and clean, so the air will cool down when it enters the room. So the key to repairing the cold air fan is to maintain the wet curtain.
The history of wind turbines is very long, and early windmills were also a manifestation of wind turbines, while wet curtains were born in recent years by transforming them into honeycomb shapes. Cold air fans have good energy-saving performance for optimizing cold storage. If the heat transfer coefficient of the air cooler is taken as the optimization goal alone and the minimum volume of the heat exchanger is taken as the optimization goal, the optimization results are one-sided. However, after multi-objective optimization calculation, it can be shown that the heat transfer coefficient is large, and the optimization results based on the maximum heat transfer coefficient are 2.6% smaller, which can reach 96.73W/(m2 * c2); The air side resistance of the heat exchanger is 133.48% less than that of the maximum heat transfer system array and 936% less than that of the minimum volume group; The minimum pressure head is 45.3% smaller than the maximum heat transfer system array, and 22% larger than the minimum volume group. Therefore, multi-objective optimization is more suitable for optimizing the design of air coolers. From experiments, it can be shown that the filling rate of the internal refrigerant in the air conditioner also affects the heat exchange performance of the air conditioner. When optimizing the maintenance of the air conditioner, it is necessary to consider this in order to truly solve the problem of air conditioner failure.
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