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基于液冷管理技术的储能电池系统研究现状

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[目的]储能电池对温度敏感,需要精确的电池管理系统以保持电池组的最佳工作温度范围和温度的均一性,进而提高电池系统的性能和使用寿命,因此,对基于液冷管理技术的储能电池系统进行研究具有重要意义.[方法]通过分析温度对电池性能的影响,介绍了各种电池热管理技术,并从间接接触、直接接触两方面综述了液冷管理技术的研究现状,对比了两种冷却方式的优缺点.[结果]间接液冷的优化主要集中在冷却系统的流道结构、夹套、冷板和冷却介质的改进,直接液冷的研究重点在于冷却介质的优化.[结论]研究结果可为开发基于液冷管理技术的储能电站提供技术指导.
Research Status of Energy Storage Battery System Based on Liquid Cooling Management Technology
[Purposes]Since energy storage batteries are temperature sensitive,precise battery manage-ment systems are needed to maintain the optimal operating temperature range and temperature unifor-mity of the battery pack,thus improving the performance and service life of the battery system.Therefore,it is of great significance to study the energy storage battery system based on liquid cooling management technology.[Methods]This paper introduces various battery thermal management technologies by ana-lyzing the impact of temperature on battery performance,reviews the current research status of liquid cooling management technology from the aspects of indirect contact and direct contact,and compares the advantages and disadvantages of the two cooling methods.[Findings]The optimization of indirect liquid cooling mainly focuses on the improvement of the flow channel structure,jacket,cold plate and cooling medium of the cooling system,while direct liquid cooling focuses on the optimization of the cooling me-dium.[Conclusions]The aim of this paper is to provide technical guidance for researchers to develop en-ergy storage power plants based on liquid cooling management technology.

energy storage batterythermal managementindirect liquid coolingdirect liquid cooling

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西安交通大学,陕西 西安 710049

储能电池 热管理 间接液冷 直接液冷

2024

河南科技
河南省科学技术信息研究院

河南科技

影响因子:0.615
ISSN:1003-5168
年,卷(期):2024.51(16)