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Study On A Cooling System For Rotary Compressor

机译:旋转式压缩机冷却系统的研究

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摘要

It is well known that the isothermal compression is an ideal process to consume least power for compressor. The isothermal compression canu27t be really reached, but can be approached by decreasing the discharge temperature during compression. For this purpose, a cooling system has been built in the paper. Firstly, an innovative circulation system has been built to absorb the heat generated by compression, which is segregated from the refrigeration circulation system. The principle and the structure are introduced. Then, the experimental has been conducted. Based on the experimental, the following results has be obtained: The cooling capacity increased by 1.3%; for the experimental condition, discharge temperature of the gas reduced by 10℃, input power reduced by 4.1%, and COP increased by 5.2%.
机译:众所周知,等温压缩是为压缩机消耗最少功率的理想方法。可以真正达到等温压缩,但是可以通过在压缩过程中降低排放温度来达到。为此,在纸张中内置了冷却系统。首先,已经建立了创新的循环系统来吸收压缩产生的热量,这些热量与制冷循环系统隔离开来。介绍了其原理和结构。然后,进行了实验。根据实验,获得了以下结果:冷却能力提高了1.3%;在实验条件下,气体的排放温度降低了10℃,输入功率降低了4.1%,COP升高了5.2%。

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  • 年度 2012
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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