IEEE Std 1679.3-2025 静止应用中流动电池特性表征与评估指南

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STANDARDS

IEEE Power and Energy Society

Developed by the

Energy Storage and Staonary Baery Commiee

IEEE Std 1679.3™-2025

IEEE Guide for the Characterizaon

and Evaluaon of Flow Baeries

in Staonary Applicaons

IEEE Std 1679.3™-2025

IEEE Guide for the Characterization

and Evaluation of Flow Batteries

in Stationary Applications

Developed by the

Energy Storage and Stationary Battery Committee

of the

IEEE Power and Energy Society

Approved 27 March 2025

IEEE SA Standards Board

Abstract: Guidance for an objective evaluation of flow batteries by a potential user for any stationary

application is provided in this document. IEEE Std 1679™-2020 is to be used in conjunction with

this document. In a flow battery, the electrolyte is stored in one or two tanks, and pumps are

utilized to deliver the electrolyte through the cells in order to recharge or discharge the battery.

(When two electrolytes are used, they are often referred to as negolyte and posolyte). Technology

descriptions, operating parameters, failure modes, safety information, battery architecture, and

qualification and application considerations are provided in this document. Batteries that do not

employ flowing electrolyte systems are not covered. Sizing, installation, maintenance, and testing

techniques are not covered except insofar as they may influence the evaluation of a flow battery

for its intended application.

Keywords: battery, energy storage, flow battery, hybrid flow battery, IEEE 1679.3™, redox flow

battery, secondary, slurry flow battery, stationary application

The Institute of Electrical and Electronics Engineers, Inc.

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Published 9 August 2025. Printed in the United States of America.

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PDF: ISBN 979-8-8557-2440-0 STD28114

Print: ISBN 979-8-8557-2441-7 STDPD28114

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标签： #评估 #特性 #评估指南

摘要：

IEEE Std 1679.3-2025《静止应用中流动电池特性表征与评估指南》为固定式储能场景下的流动电池（又称液流电池）提供了系统化的特性表征与性能评估方法。该标准覆盖了流动电池在静止应用中的关键参数测试流程，包括能量效率、容量衰减、功率特性、电解液稳定性及系统耐久性等核心指标，并针对不同技术路线（如全钒、锌溴、铁铬等）给出了统一的测试条件与数据报告规范。通过遵循本指南，制造商、系统集成商、科研机构及终端用户能够在一致的基础上比较不同流动电池产品的性能，识别影响长期运行的关键因素，从而优化系

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