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Experimental study on HFC-161 mixture as an alternative refrigerant to R502

机译:HFC-161混合物作为R502替代制冷剂的实验研究

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Ternary near-azeotropic mixture of HFC-161 as an alternative refrigerant to R.502 is firstly presented in this paper. The physical characteristics of this new refrigerant are similar to those of R502. Its environment performance is friendly. It has an ODP of zero and a GWP smaller than those of R502, R404A and R507. Without any modification to system components, drop-in experimental tests are performed on a vapor compression refrigeration plant with a reciprocating compressor, which was originally designed to use R404A, a major substitute for R502. Experimental results under two different rated working conditions indicate that the pressure ratios of this new refrigerant are nearly equal to those of R404A. Under lower evaporative temperature, its COP is almost equal to that of R404A and its discharge temperature is slightly higher than that of R404A, while under higher evaporative temperature, its COP is greater than that of R404A and its discharge temperature is lower than that of the latter. This new refrigerant can achieve a high level of COP and can be considered as a promising retrofit refrigerant to R502.
机译:本文首先介绍了HFC-161的三元近共沸混合物,作为R.502的替代制冷剂。这种新制冷剂的物理特性与R502相似。它的环境表现友好。它的ODP为零,且GWP小于R502,R404A和R507。在不对系统组件进行任何修改的情况下,直接在带有往复式压缩机的蒸气压缩式制冷设备上进行了直接实验测试,该设备最初设计为使用R404A(R502的主要替代品)。在两种不同的额定工作条件下的实验结果表明,这种新制冷剂的压力比几乎等于R404A的压力比。在较低的蒸发温度下,其COP几乎等于R404A的COP,其放电温度略高于R404A的COP;而在较高的蒸发温度下,其COP大于R404A的COP,且其放电温度低于R404A的COP。后者。这种新的制冷剂可以实现较高的COP,并且可以认为是R502的有前途的改装制冷剂。

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