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Design of the Control Scheme of Power Battery Low Temperature Charging Heating Based on the Real Vehicle Applications

机译:基于真实车辆应用的电能电池低温充电加热控制方案设计

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摘要

The lithium-ion battery used in the pure electric vehicle has poor charging ability at low temperature, it can renew only after being heated. In general, the lithium-ion battery discharges to self-heat to a certain value in the low temperature environment, then the normal charging mode can be started. However, it will result in that the charging time is too long, or the battery cannot be fully charged during the default time. Moreover, it wouldn't be charged since insufficiency of the reserve battery power. In this paper, a detailed design about the power battery charging heating of pure electric vehicle by using the external power in low temperature is proposed, and finally the scheme is validated through the environment chamber and real vehicle test. The results show that this scheme can satisfy the demand of the real vehicle application and is with practical use value.
机译:纯电动车中使用的锂离子电池在低温下充电能力差,可以才能在加热后更新。通常,锂离子电池在低温环境中排出到一定值,然后可以开始正常充电模式。但是,它将导致充电时间过长,或者在默认时间内不能完全充电电池。此外,由于储备电池电量不足,它不会被充电。在本文中,提出了通过使用低温下的外部电力的纯电动车辆电能电池充电加热的详细设计,最后通过环境室和真正的车辆测试验证该方案。结果表明,该方案可以满足Real车辆应用的需求,并具有实际使用价值。

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