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Air cooled chillers are used for cooling purposes. Chillers are typically used in large-scale industrial or commercial applications to provide temperature control. These machines, used for removing heat and cooling, contain a loop in which the refrigerant circulates. Air-cooled chillers remove the heat generated during this loop with the help of the surrounding air.
Air cooled chillers operate as a cooling system and are commonly used in large industrial facilities, commercial buildings, and hospitals. These machines are used to maintain or lower the desired temperature levels in processes or spaces.
Chillers typically absorb heat using a liquid, usually water or sometimes special refrigerants, and cool by using air to dissipate this heat. When the air-cooled chiller connection diagram is examined and as the name suggests, it dissipates heat using the surrounding air. The basic working principle is the compression of the fluid or refrigerant inside, increasing heat during the compression process with the help of a compressor. Then, this high-pressure and high-temperature gas is cooled in a condenser (heat exchanger) and turned into liquid form. Finally, the liquid refrigerant evaporates by lowering the pressure through an expansion valve, absorbing heat from the surroundings in the process. The evaporating refrigerant gas returns to the compressor and the cycle continues.
They are typically located outdoors and can provide cooling in large capacities. These types of chillers are preferred in areas such as cooling equipment used in industrial processes, cooling of large commercial buildings, cooling of data centers. Since outdoor air is used for heat dissipation, they can generally operate more effectively in cool and open areas. Air-cooled chillers remove the heat generated in the condenser by using the outside air. Therefore, they can operate without the need for a water source or cooling tower. However, they may show lower performance compared to water-cooled systems in terms of efficiency, as they depend on the external air temperature. These types of chillers can be used in a variety of applications, such as large building HVAC systems, industrial production facilities, hospitals, data centers, and more.
The operating principle of air-cooled chillers is fundamentally based on a vapor compression refrigeration cycle. This cycle is a process in which the refrigerant flows regularly within the system for the purpose of cooling, and there are important steps for the operating principle of air-cooled chillers to work without any problems.
This creates a vapor compression refrigeration cycle in which these steps are repeated sequentially. Air-cooled chillers control the temperature of the area to be cooled using this cycle. Heat is absorbed and released by the refrigerant during the evaporation and condensation phase changes of the refrigerant during this cycle. The heat emitted during the condensation phase of the refrigerant in the condenser is carried away by the air, creating the desired cooling effect.
Air-cooled chillers come in various types with different capacities, technologies, and applications to meet specific needs.
Among these types, there may be more customized options, and each of them can be best suited for specific applications and requirements. When making a choice, considering your needs in terms of capacity, energy efficiency, cost, and application requirements is important. Air-cooled chillers have more advantages compared to other chiller types. For example, water-cooled chillers, like Air Cooled Chillers, can also be among your options, but they are different system types that perform the cooling function and have different operating principles. If we list the differences between air-cooled chillers and water-cooled chillers:
Air-cooled chillers and water-cooled chillers are different cooling systems preferred for different application requirements and operating conditions.
Prices can vary depending on many factors, but these factors include the chiller's capacity, brand, technical specifications, production quality, energy efficiency, and additional equipment. Moreover, location, demand, and supply situation can also affect prices. When choosing air-cooled chiller selection, paying attention to these factors will be more efficient both financially and in terms of the benefits provided by the machine.
Generally, air-cooled chiller prices tend to be higher for chillers with higher capacities because they have greater cooling capacities. Similarly, chillers with higher energy efficiency generally come at higher prices, but they can provide energy savings in the long run.
Chiller prices can vary by country and region. Additionally, there may be differences between suppliers. The best approach to get specific information about chiller prices is to contact several different suppliers or manufacturers and request quotes. For this, you can reach companies that manufacture, sell, and provide after-sales support for chillers at the address https://www.makinaturkiye.com/hava-sogutmali-chiller-c-140146, ask your questions, get price quotes, and compare. Remember that chiller prices may include not only the machine itself but also installation, maintenance, and operational costs. Therefore, considering your budget and requirements is important to determine the best option.
