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Evaluation on Heat Pump Cycle Considering Heat Transfer Degradation of Mixture Refrigerant

机译:考虑混合制冷剂传热降解的热泵循环评估

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摘要

A low GWP refrigerant R1234ze(E) is focused as a candidate of next-generation refrigerant though it has some defects which are low operating pressure and low latent heat. Mixing R32 into R1234ze(E) expects to reduce the defects because R32 has high operating pressure, large latent heat and high thermal conductivity. In order to prove the possibility, heat transfer coefficients during condensation and evaporation were obtained experimentally and cycle simulations were carried out where heat transfer degradation of refrigerant mixture was estimated with the experimental data. An equivalent performance with conventional refrigerant was obtained by the simulation.
机译:低GWP制冷剂R1234ze(E)尽管具有一些缺点,如低工作压力和低潜热,但仍被认为是下一代制冷剂的候选者。将R32混合到R1234ze(E)中有望减少缺陷,因为R32具有较高的工作压力,较大的潜热和较高的热导率。为了证明这种可能性,通过实验获得了冷凝和蒸发过程中的传热系数,并进行了循环仿真,并利用实验数据估算了制冷剂混合物的传热降解。通过仿真获得了与常规制冷剂相当的性能。

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