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Comparative performance analysis of HFO1234ze/HFC134a binary mixtures working as a drop-in of HFC134a in a domestic refrigerator

机译:HFO1234ZE / HFC134A二元混合物作为国内冰箱中的HFC134A滴的二元混合物的比较性能分析

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The aim of the investigation has been to register and to evaluate the energetic performances of HFO1234ze binary mixtures with HFC134a, working as a drop-in refrigerant in a domestic refrigerator. A number of different tests have been conducted in order to establish, firstly, the optimal charge through pull-down tests and, once found, to evaluate energy consumptions during 24-h tests. The experimental investigation follows the prescriptions of the UNI-EN-ISO 15502. The results collected demonstrate that a binary mixture HFC134a/HFO1234ze (10/90% weight) is characterised by a lower environmental impact in terms of global warming despite employing HFC134a. Indeed, both the indirect and the direct contribution to global warming are reduced. The direct contribution depends on the GWP of the refrigerant fluid that for the mixture is lower than 150 according to UE regulation 517/2014. The indirect contribution depends on the energy consumptions and the energy saving with HFC134a/HFO1234ze mixture is around 14%. (c) 2017 Elsevier Ltd and IIR. All rights reserved.
机译:调查的目的是注册并评估HFO1234ZE二元混合物与HFC134A的能量性能,作为国内冰箱中的一滴制冷剂。已经进行了许多不同的测试,以便通过下拉测试建立最佳充电,并且一旦发现,在24小时测试期间才能评估能量消耗。实验研究遵循UNI-ISO 15502的处方。收集的结果表明二元混合物HFC134A / HFO1234ZE(10/90%重量)的特征在于,尽管采用HFC134A,但在全球变暖方面的环境影响较低。实际上,间接和直接对全球变暖的贡献都减少了。直接贡献取决于根据UE调节517/2014的混合物低于150的制冷剂流体的GWP。间接贡献取决于能量消耗,HFC134A / HFO1234中的节能约为14%。 (c)2017年Elsevier Ltd和IIR。版权所有。

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