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The use of Automation Systems in Ventilation Stations as a Support in the Process of Generating Cold for the Needs of Central Air Conditioning

机译:在中央车站需要冷气的过程中,在通风站中使用自动化系统作为支持

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This publication presents the use of an automatic system in ventilation stations as a support in the process of generating cold for the needs of central air conditioning. The article presents the use of a fan station installation using atmospheric air to cool water. The free cooling system is part of the refrigeration system that is used to produce chilled water in absorption and compressor coolers. The system works when the air temperature is lower than the temperature of the water returning from the underground part of the installation to the cooling system. The effective operation of the free cooling installation takes place from autumn to spring. The system switches on automatically when the air temperature drops below 15°C. In addition, if the air temperature drops below 1.5°C, one of the system's cooling lines is turned off and the free cooling installation takes over the role of the entire cooling system. The average cooling capacity of the installation in winter is about 1.5 MW. The use of this technology generates considerable savings in electricity and heat consumption, which would have to be used to produce cold.
机译:该出版物提出了在通风站中使用自动系统作为在产生冷气的过程中的支持,以满足中央空调的需求。本文介绍了使用风扇站安装的设备,该设备使用大气来冷却水。自由冷却系统是制冷系统的一部分,该制冷系统用于在吸收器和压缩机冷却器中产生冷冻水。当空气温度低于从设备的地下部分返回到冷却系统的水的温度时,该系统可以工作。免费制冷装置的有效运行是在秋季至春季。当空气温度降至15°C以下时,系统会自动打开。此外,如果空气温度降至1.5°C以下,系统的一条冷却线将关闭,自由冷却装置将取代整个冷却系统的角色。冬季安装的平均制冷量约为1.5兆瓦。这项技术的使用大大节省了电力和热量消耗,而这些热量和热量消耗必须用于产生冷量。

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