摘要
高效的电池均衡管理技术是提升锂离子电池性能、保障安全的关键。本文全面阐述了锂离子电池组均衡拓扑结构的研究进程。深入解析了电阻式、电容式、电感式、变压器式以及变换器式等均衡拓扑结构的基本工作原理,重点分析各类拓扑结构的优劣及工况影响,并指出未来优化方向,为锂离子电池组均衡管理技术持续发展提供价值参考。
Efficient battery Equilibrium management technology is the key to improve the performance and safety of lithium-ion batteries.In this paper,the research process of the equilibrium topology of lithium-ion battery packs is comprehensively described.The basic working principles of resistive,capacitive,inductive,transformer and converter balancer topologies are analyzed in depth,and the advantages and disadvantages of various topologies and the influence of working conditions are analyzed,and the future optimization direction is pointed out,so as to provide a valuable reference for the sustainable development of lithium-ion battery pack balance management technology.
作者
刘天宝
胡一龙
杨睿超
Liu Tianbao;Hu Yilong;Yang Ruichao
出处
《时代汽车》
2025年第6期154-156,共3页
Auto Time
关键词
锂离子电池
被动均衡
主动均衡
均衡拓扑结构
电池均衡管理技术
Lithium-ion Battery
Passive Equilibrium
Active Equilibrium
Equilibrium Topology
Battery Equilibrium Management Technology
