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Evaluation of a Thermal Network Model for the Traction Battery of the Battery-Powered EMU

机译:电池供电动车组牵引电池热网络模型的评估

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We developed a battery-powered and AC-fed dual source EMU (test train) for the purpose of the interoperable service between the AC electrified lines and the non-electrified lines. The eveloped EMU is equipped with a 83-kWh lithium-ion battery system for traction. Thermal management of the battery is an important issue in ensuring long lifetime, and large input/output power. We developed a simple thermal network model to estimate the average temperature of battery cells. The running test results demonstrate that a deviation of the estimated battery temperature is acceptable value of up to 2°C both in summer and winter.
机译:我们开发了一种电池供电和交流馈电的双电源动车组(测试列车),以实现交流电气线路和非电气线路之间的互操作服务。嵌入式动车组配有83千瓦时的锂离子电池系统,用于牵引。电池的热管理是确保使用寿命长和输入/输出功率大的重要问题。我们开发了一个简单的热网络模型来估计电池单元的平均温度。运行测试结果表明,在夏季和冬季,估计电池温度的偏差都可以达到2°C。

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