首页|全钒液流电池电解液的制备及性能优化进展

全钒液流电池电解液的制备及性能优化进展

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全钒液流电池以其本质安全等优点成为大规模长时储能的优选,电解液作为全钒液流电池的关键组成部分,对电池性能起着至关重要的作用.对全钒液流电池电解液产业化制备方法以及钒电解液性能优化之电解液支持体系与添加剂对电解液性能的影响进行综述.并指出,目前全钒液流电池电解液产业化制备方法以化学还原法和化学还原联合电解法为主,在钒电解液性能优化方面,混酸支持电解质体系优化,以及电解液添加剂的理论研究和经济分析,是今后产业研究者应重点关注的方向.
Progress in Preparation and Performance Optimization of Electrolytes for All Vanadium Flow Batteries
All vanadium flow batteries have become the preferred choice for large-scale long-term energy storage due to their inherent safety and other advantages.Electrolyte,as a key component of all vanadium flow batteries,plays a crucial role in battery performance.Summarize the industrial preparation methods of all vanadium flow battery electrolytes and the effects of electrolyte support systems and additives on the performance optimization of vanadium electrolytes.It is also pointed out that the current industrial preparation methods for all vanadium flow battery electrolytes are mainly chemical reduction and chemical reduction combined with electrolysis method.In terms of optimizing the performance of vanadium electrolytes,optimizing the mixed acid supported electrolyte system,as well as theoretical research and economic analysis of electrolyte additives,are the directions that industry researchers should focus on in the future.

all vanadium flow battery electrolyteindustrializationchemical reduction methodelectrolysis methodchemical reduction combined with electrolysis methodthermal stabilitychemical activityadditive

严雪阳春

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四川省新能源动力股份有限公司,四川成都,610094

全钒液流电池电解液 产业化 化学还原法 电解法 化学还原联合电解法 热稳定性 化学活性 添加剂

2024

四川化工
四川省化学工业研究设计院 四川省化工信息中心 四川省化工防腐技术情中心站

四川化工

影响因子：0.392
ISSN：1672-4887
年,卷(期)：2024.27(1)
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