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Performance analysis of a heat pump system with integrated desiccant for electric vehicles

机译:电动汽车集成干燥剂热泵系统性能分析

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Decreasing the heat demand in EV cabins can effectively reduce the electricity consumption of batteries and maintain the cruising range of electric vehicles (EVs) in winter. In this study, we proposed a heat pump system with integrated desiccant, in which desiccant dehumidifies the cabin interior, reducing the amount of incoming fresh air needed and the cabin heat demand. Calculation results show that compared to conventional EV heat pumps, the cabin heat load and compressor electric power of the proposed system are decreased by 42 and 38% at an ambient air temperature of -20 degrees C. (c) 2017 Elsevier Ltd and IIR. All rights reserved.
机译:降低EV小木屋的热需求可以有效地降低电池的电力消耗,并在冬季维持巡航电动车辆(EVS)。 在这项研究中,我们提出了一种具有集成干燥剂的热泵系统,其中干燥剂除去机舱内部,减少所需的新鲜空气和机舱热需求的量。 计算结果表明,与传统的EV热泵相比,所提出的系统的机舱热负荷和压缩机电力在-20摄氏度的环境空气温度下降低了42%和38%。(c)2017 Elsevier Ltd和IIR。 版权所有。

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