A chiller is used mostly for industrial purposes and produces cold. Cooling system – why? A chiller produces cold, mostly for industrial use, especially in large extent. Thus to products, equipment or building be cooled or air-conditioned and remain, as long as the cooling there is desired. The reliability of a refrigerating plant plays a large role, but also the energy efficiency is an important factor for the cooling. A refrigeration system should combine therefore ideally many advantages in itself. For example, the reliability of the refrigeration plant can be increased through the use of high quality material. In addition, energy costs of the refrigeration plant can be reduced through special technical developments.
The cooling in the cooling system is a thermodynamic process. From a thermodynamic perspective the cold is not produced so, but it an Exchange takes place, the heat in the place to be cooled removed and replaced by cooled air will. A lower level of energy can be achieved there. The principle of cooling uses the properties of gases. These heat compression, but cooling expansion. At an early stage, this incident led to a development of a process for producing cold. Not surprising therefore, that little helpers of the chiller are units or refrigerant.
So far about 30 substances in practice have proved as a refrigerant. Refrigerants are expected to possess certain physical, chemical and also physiological properties that enable an optimum operation of the refrigeration plant. A classic refrigerant is ammonia, which is used for more than 130 years in refrigeration systems. The refrigerant is popular, as it is a environmentally friendly, economical and energy-efficient. In addition to ammonia, there are fluorinated and chlorinated hydrocarbons, used as refrigerants in refrigeration. Also derivatives of ethane and propane are sometimes used for the Cooling. To operate cooling systems as energy efficient, be aware certain things. The refrigerator should like compacted and isolated be that only a minimum of cooling capacity is required. The temperature in the refrigerator of the refrigeration system should be so under normal circumstances under the actual room temperature. A compaction and isolation ensures that minimal external sources of heat from the environment to the cold room occurs. Furthermore, the cooling temperature to the needs should be adapted. The cooling temperature should therefore not be less than absolutely necessary. Regular temperature checks in the refrigeration system are therefore desirable. Another point, the you should be aware of when refrigeration systems, is that the delivery temperature in the condensation of the refrigerant should be as low as possible. Also, the plants should well and regularly maintained and be on the cutting edge of technology. Combine all of these energy-efficient refrigeration systems Advantages and try to get the maximum desired cooling with minimal power. In the operation of a refrigeration system, it is therefore important to access efficient chillers, proved by modern working methods and innovation as well. Refrigeration systems access for example innovative products to make chilled water. An award-winning product is about the quantum chillers, with thanks to liquid turbo-generator set and oil-free compressor solid energy costs can be saved. Such products will be very much in demand in the future, to exploit the energy and environmental resources, without having them go to waste.