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Energy-saving effect of utilizing recirculated air in electric vehicle air conditioning system

机译:利用电动汽车空调系统再循环空气的节能效应

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摘要

The stock of electric vehicle is booming recently. However, the range of the electric vehicle is still a main barrier in its adoption. Air conditioning system is the second largest energy consumption device on vehicle, which will cause significant range reduction during operation. In this paper, the energy-saving effect of utilizing the recirculated air in air conditioning system is evaluated. The outside air ventilation rate based on CO2 limits and windshield anti-fog requirements are calculated, and the energy-saving effect of this strategy in 30 cities across China is evaluated using an annual energy consumption model. It is found that utilizing the recirculated air can save 14-46% heating energy when using PTC heater, and 33-57% heating energy in heat pump AC system. Throughout a year, utilizing the recirculated air can extend the driving range by 11-30%. (C) 2019 Elsevier Ltd and IIR. All rights reserved.
机译:最近电动车辆蓬勃发展。 然而,电动车辆的范围仍然是其采用中的主要屏障。 空调系统是车辆上的第二大能耗装置,其在操作期间会造成显着的范围。 本文评估了利用空调系统中的再循环空气的节能效果。 计算了基于CO2限制和挡风玻璃防雾要求的外部空气通风率,并使用年度能耗模型评估中国30个城市的该策略的节能效果。 发现使用PTC加热器时,利用再循环空气可以节省14-46%的加热能量,加热泵AC系统中的33-57%加热能量。 在一年内,利用再循环空气可以将驾驶范围延伸11-30%。 (c)2019年Elsevier Ltd和IIR。 版权所有。

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