便携式电池平衡装置及平衡策略研究

Dan Liu
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引用次数: 2

摘要

电池的一致性决定了电池组的寿命和放电周期等诸多因素。针对使用一段时间后电池的性能差异,本文提出了一种基于荷电状态和电压检测的平衡方法。在平衡策略方面,需要参考权重表评估瞬时电压与荷电状态之间的差异,以便在不同情况下选择合适的充放电策略。在硬件的检测和控制方面,建立了双向DC-DC平衡电路,实现了电池组间的功率平衡。最后,搭建12节锂离子电池组成的平台,以0.3倍额定功率进行充放电实验。通过比较有平衡策略和无平衡策略两种情况下整个实验结束时的SOC结果来检验平衡策略的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on portable balance devices and balancing strategy for batteries
Consistency of batteries determines life and discharge period of battery Pack and many factors. As to difference in performance of batteries which have been used for a period of time, a balancing method based on SOC and voltage detection is proposed in this paper. On the aspect of balancing strategy, difference between instant voltage and SOC needs to be evaluated by referring a weight table to choose appropriate charging or discharging strategy in different situation. As for detection and control of hardware, a two-way DC-DC balancing circuit is established to balance power between packed batteries. Finally, a platform composed by 12 cell lithium-ion batteries is established to perform a charging and discharging experiment with 0.3 time of rated power. The effectiveness of balancing strategy is examined by comparing SOC results at end of the entire experiment in both situation with and without balancing strategy.
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