首页> 外文会议>IIR Gustav Lorentzen conference on natural working fluids >EXPERIMENTALLY VALIDATED MICROCHANEL HEAT EXCHANGER PERFORMANCE AND CHARGE PREDICTIONS USED TO COMPARE CHARGE REDUCTION POTENTIALS OF SOME REFRIGERANTS
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EXPERIMENTALLY VALIDATED MICROCHANEL HEAT EXCHANGER PERFORMANCE AND CHARGE PREDICTIONS USED TO COMPARE CHARGE REDUCTION POTENTIALS OF SOME REFRIGERANTS

机译:通过实验验证的微型换热器性能和电荷预测,用于比较一些制冷剂的电荷降低电位

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This paper presents an experimentally validated simulation model developed to obtain accurate prediction of microchannel heat exchanger performance and charge. Effects of using various correlations are presented and discussed with focus on microchannel condensers. Experiments with different refrigerants including propane and ammonia are used to validate the model. The experimentally validated model is used to compare the charge reduction potential of various refrigerants. The procedure for charge reduction analysis described in the paper is the reduction of the internal (refrigerant) volume of the condenser until a pressure drop is obtained that results in a 1% decrease in COP from the refrigeration cycle with no pressure drop.
机译:本文介绍了一种专业验证的模拟模型,用于获得微通道热交换器性能和充电的精确预测。呈现和讨论使用各种相关性的效果并讨论微通道冷凝器。使用包括丙烷和氨包括丙烷和氨的不同制冷剂的实验来验证模型。实验验证的模型用于比较各种制冷剂的电荷降低电位。本文中描述的电荷降低分析的方法是减少冷凝器的内部(制冷剂)体积,直到获得压降,导致来自制冷循环的COP减少1%,没有压降。

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