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Maldistribution in air-water heat pump evaporators. Part 1: Effects on evaporator, heat pump and system level

机译:空气-水热泵蒸发器中分布不均。第1部分:对蒸发器,热泵和系统级的影响

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This paper presents an approach to quantify the effect of evaporator maldistribution on operating costs of air water heat pumps. In the proposed simulation model maldistribution is induced by two parameters describing refrigerant phase and air flow distribution. Annual operating costs are calculated based on heat pump performance at distinct operating conditions. Results show that percentage increase of operating costs is similar for the three considered climate zones, even though the effect of maldistribution on heat pump performance varies with operating conditions. Differences in terms of absolute cost increase for the climate zones arise mainly due to a varying number of operating hours. Absolute cost increase is considerable in the average and especially colder climate zone and can only partly be reduced by enlarging the evaporator. (C) 2014 Elsevier Ltd and IIR. All rights reserved.
机译:本文提出了一种方法来量化蒸发器分配不均对空气热水泵的运行成本的影响。在所提出的仿真模型中,由描述制冷剂相和气流分布的两个参数引起分布不均。年度运营成本是根据不同运行条件下的热泵性能计算得出的。结果表明,即使分布不均对热泵性能的影响随运行条件而变化,但在三个考虑的气候区中,运行成本的百分比增长是相似的。气候区绝对成本增加方面的差异主要是由于工作时间的变化而引起的。在平均水平,尤其是在较冷的气候区域,绝对成本的增加是相当可观的,只能通过扩大蒸发器来部分减少。 (C)2014 Elsevier Ltd和IIR。版权所有。

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