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Adopting Magnetocaloric Heat Pumping and Refrigeration for Electrical Vehicle

机译:采用电动车辆的磁热泵和制冷

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摘要

Refrigeration process is based on conventional gas compression and expansion techniques. However, this technique has numerous disadvantages since it generates greenhouse gas and is partly responsible for global warming. This paper exposes an alternative method: magnetocaloric refrigeration that presents the advantage to combine high-energy efficiency and respect of the environment. Magnetic heat pumping and cooling is compared to conventional method applied on vehicle air conditioning system. Simulation results are used to demonstrate the approach.
机译:制冷方法基于常规气体压缩和膨胀技术。然而,这种技术具有许多缺点,因为它产生温室气体,部分原因是全球变暖。本文揭示了替代方法:磁热制冷,呈现了结合高能效率和环境的尊重的优点。将磁热泵和冷却与施加在车辆空调系统上的常规方法进行比较。仿真结果用于展示这种方法。

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