New LiFePO4 Battery Model Identification for Online SOC Estimation Application

J. Snoussi, S. B. Elghali, M. Mimouni
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Abstract

The estimation of batteries State of charge is a crucial step in the developing of advanced plug-in and hybrid electric vehicles. In fact, the the accuracy of on line SOC estimation techniques is closely related to the reliability of the battery model which could efficiently describe the complex behavior of the battery during vehicle operation and rest periods. In this context, a new battery model is proposed and an online identification technique is developed to truck the model parameters variations and to ensure a high level of accuracy for onboard SOC estimation tasks. The accuracy of the developed model is verified by simulations using Matlab software and by experiments tests using a National Instruments platform.
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新的LiFePO4电池模型识别在线SOC估计应用
在先进插电式和混合动力汽车的发展中,电池的充电状态估计是至关重要的一步。事实上,在线电池荷电状态估计技术的准确性与电池模型的可靠性密切相关,该模型能够有效地描述电池在车辆运行和休息期间的复杂行为。在此背景下,提出了一种新的电池模型,并开发了一种在线识别技术来跟踪模型参数的变化,并确保板载SOC估计任务的高准确性。利用Matlab软件进行了仿真,并在美国国家仪器公司平台上进行了实验测试,验证了所建立模型的准确性。
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