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Low GWP refrigerants as alternatives to HCFC-22 in room air conditioners

机译:全球升温潜能值低的制冷剂可替代室内空调中的HCFC-22

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摘要

This article presents simulated and experimental performance evaluations of a few selected low global warming potential refrigerants as alternatives to HCFC-22 for room air conditioners. The alternatives considered are HC-290, HC-1270, HFC-161, HFC-32, and HFC-1234yf. The performance of each alternative has been evaluated by optimizing heat exchangers, compressors, and capillary for the maximum EERAC. Experiments were also conducted as per IS 1391 Part 1 for a few alternatives, including HC-290, HFC-161, and HFC-32. HC-290 and HFC-32 gave an EERAC of 3.7. The experiments indicate that HC-290 offers the best performance, and room air conditioners that have a capacity of less than 5.2 kW can meet the exiting safety standards. The discharge temperatures of HFC-32 are relatively high and need special attention in the compressor design. HFC-161 is also a potential ultra-low global warming potential alternative to HCFC-22, once its safety classification is established.
机译:本文介绍了一些选定的具有较低全球变暖潜能的制冷剂作为房间空调器的HCFC-22替代品的模拟和实验性能评估。考虑的替代方案是HC-290,HC-1270,HFC-161,HFC-32和HFC-1234yf。通过优化热交换器,压缩机和毛细管以获得最大EERAC,评估了每种替代产品的性能。还按照IS 1391第1部分进行了一些替代方案的实验,包括HC-290,HFC-161和HFC-32。 HC-290和HFC-32的EERAC为3.7。实验表明HC-290具有最佳性能,容量小于5.2 kW的室内空调可以满足现行的安全标准。 HFC-32的排气温度较高,在压缩机设计中需要特别注意。一旦建立了安全分类,HFC-161也是HCFC-22的潜在超低全球变暖潜力。

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