The invention discloses an intelligent charging method for a lithium ion power battery. The intelligent charging method comprises the following steps: constructing a battery fast charging simulation model and acquiring parameters; acquiring an initial charging safety boundary of the battery; verifying the initial charging safety boundary through a lithium ion power battery full life cycle data test platform to obtain a target charging safety boundary; according to the target charging safety boundary, calculating a final optimal solution of multiple targets of battery fast charging through an improved genetic algorithm to obtain a first fast charging strategy; the first fast charging strategy is optimized according to the pulse width, a final target fast charging strategy is obtained, and the final target fast charging strategy obtained through the overall steps can shorten the charging time of the lithium ion power battery, reduce temperature rise, delay the service life of the battery and reduce energy loss during charging. The method can be widely applied to the technical field of rapid battery charging optimization.
本发明公开了一种锂离子动力电池智能充电方法,通过构建电池快充仿真模型并获取参数;获取电池的初始充电安全边界;通过锂离子动力电池全生命周期数据测试平台对初始充电安全边界进行验证,得到目标充电安全边界;根据目标充电安全边界,通过改进的遗传算法计算电池快充多目标的最终最优解,得到第一快充策略;根据脉冲宽度对第一快充策略进行优化,得到最终目标快充策略,经过上述整体步骤得到的最终目标快充策略能够缩短锂离子动力电池的充电时间,减少温度上升,延迟电池寿命并降低充电时的能量损耗。本发明可广泛应用于电池快速充电优化技术领域。
Intelligent charging method for lithium ion power battery
一种锂离子动力电池智能充电方法
2023-07-21
Patent
Electronic Resource
Chinese
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