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Experimental investigation of Al-Cu composed tube-fin heat exchangers for air conditioner

机译:空调用铝铜复合管翅式换热器的实验研究

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摘要

Al-Cu composed (ACC) tube-fin heat exchangers made through three different tube expanders (6.38, 6.40 and 6.43. mm) are investigated in air conditioner systems to evaluate their cycle performances experimentally. Aluminum and copper heat exchangers of the same kind are also adopted to make comparisons. The results show that in the aspect of performance price ratio, the ACC heat exchanger are qualified with a copper saving ratio of 71.86% and cost saving of 63% compared with the conventional copper heat exchanger. Air conditioning system adopting the ACC heat exchanger would supply 5.5% and 6.5% higher cooling and heating capacity, 5.6% and 1% higher coefficient of performance (COP) in cooling and heating mode than that of aluminum heat exchanger, meanwhile, it has negligible decline of 0.9% and 0.1% in cooling and heating capacity, 4.1% and 1.8% in COP of cooling and heating mode compared with that of copper heat exchanger. The system adopting ACC heat exchangers in this paper is proved can commendably save the copper and reduce the material cost of the heat exchangers, and meanwhile guarantee the cycle performance.
机译:在空调系统中研究了通过三种不同的扩管器(6.38、6.40和6.43。mm)制成的铝铜复合管翅片式换热器,以通过实验评估其循环性能。比较还采用了相同类型的铝和铜热交换器。结果表明,在性能价格比方面,与传统的铜热交换器相比,ACC热交换器的铜节省率为71.86%,成本节省为63%。采用ACC热交换器的空调系统的制冷和制热能力比铝制热交换器高5.5%和6.5%,在制冷和制热模式下的性能系数(COP)分别高出5.6%和1%。与铜制热交换器相比,制冷和制热能力分别下降了0.9%和0.1%,制冷和制热效率COP分别下降了4.1%和1.8%。事实证明,采用ACC换热器的系统可以节省铜,减少换热器的材料成本,同时保证循环性能。

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