首页> 外文期刊>Journal of Mechanical Engineering >The Effect of Internal Heat Exchanger Using R1234ze(E) as an Alternative Refrigerant in a Mobile Air-Conditioning System
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The Effect of Internal Heat Exchanger Using R1234ze(E) as an Alternative Refrigerant in a Mobile Air-Conditioning System

机译:内部热交换器使用R1234ZE(E)作为移动空调系统中的替代制冷剂的影响

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In this study, the use of R1234ze(E) refrigerant in an R134a-based mobile air-conditioning (MAC) system was experimentally investigated. Additionally, the effect of internal heat exchanger (IHX) on the performance of MAC was determined using R1234ze(E). Under the same conditions, we have tested and compared two different cases that use R1234ze(E) with and without an IHX by taking the performance of R134a as a reference. The inlet airflow temperatures of the evaporator and condenser were kept at 27 degrees C and 35 degrees C during the experiments, respectively. Performance parameters were determined using energy and exergy analysis. Compressor power was reduced by an average of 19 %, and the COP of R1234ze(E) were increased by an average of 4 % after activating the IHX. Moreover, it was determined that the value of exergy destruction of the system with R1234ze(E) was decreased by an average of 50 % when compared to R134a.
机译:在该研究中,通过实验研究了在基于R134A的移动空调(MAC)系统中的R1234ze(E)制冷剂的使用。 另外,使用R1234ze(E)测定内部热交换器(IHX)对MAC性能的影响。 在相同的条件下,我们通过将R134A的性能作为参考来测试并比较使用R1234ze(e)和没有IHX的两种不同案例。 蒸发器和冷凝器的入口气流温度分别在实验期间保持在27℃和35℃。 使用能量和漏洞分析确定性能参数。 在激活IHX后,压缩机功率平均降低了19%的19%,R1234ze(E)的COP平均增加了4%。 此外,与R134a相比,确定具有R1234ze(E)的系统的漏洞破坏的值平均降低50%。

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