基于观测器的电池SOC-OCV故障检测

Yohannes C. H. Yuwono, B. R. Dewangga, A. Cahyadi, S. Herdjunanto
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引用次数: 2

摘要

在包括电动汽车在内的许多应用中,电池被用作能源供应。它用于充放电等过程。电池的利用需要有效的处理,称为电池管理系统(BMS)。它提供了一个最佳的操作,使电池有更长的寿命。如果电池运行不佳,将导致错误,可能导致严重的损坏或故障。这种故障可以通过对电池进行故障检测来预测。本文的目的是利用针对简单电池模型设计的观测器,检测电池SOC-OCV特性的故障,即SOC-OCV曲线的变化。通过仿真验证了该观测器在电池恒流放电时检测SOC-OCV故障的能力。结果表明,该观测器可用于电池SOC-OCV故障的检测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fault Detection on the Battery SOC-OCV by Using Observer
A Battery is utilized as an energy supply in many applications including electric vehicle. It is used for process such as charge and discharge. Utilization of batteries needs effective processing called Battery Management Systems (BMS). It provides an optimal operation such that battery has a longer lifetime. If the battery operation is not optimal it will result in error which may lead to a serious damage or failure. This failure can be anticipated by performing a fault detection on the battery. The purpose of this paper is to detect a fault on the battery SOC-OCV characteristics, i.e., a change of SOC-OCV curve by using an observer designed for simple battery model. A simulation is performed to demonstrate the observer to detect SOC-OCV fault occuring when the battery is discharged with a constant current. The results show that the observer can be utilized to detect the battery SOC-OCV fault.
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