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首页> 外文期刊>IFAC PapersOnLine >Estimation of Best Linear Approximation from Varying Operating Conditions for the Identification of a Li-ion Battery Model * * The corresponding author can be contacted at the (rishi.relan@vub.ac.be)
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Estimation of Best Linear Approximation from Varying Operating Conditions for the Identification of a Li-ion Battery Model * * The corresponding author can be contacted at the (rishi.relan@vub.ac.be)

机译:从不同的工作条件估计最佳线性近似,以识别锂离子电池模型 * * 相应的作者可以是通过(rishi.relan@vub.ac.be)进行了联系

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摘要

The short term dynamic response of the battery varies with varying operating conditions. Hence, even before proceeding towards the modelling step, it is important to fully characterise and understand the dynamic behaviour of the battery at varying operating conditions. In this paper, a data-driven methodology for characterising the battery’s short term electrical response at varying operating conditions e.g. at different levels of SoC and different temperature levels is discussed. Furthermore, a novel way to estimate the best linear approximation from the data acquired at these operating conditions with varying levels of noise and nonlinear distortions is proposed.
机译:电池的短期动态响应随运行条件的变化而变化。因此,即使在进行建模步骤之前,重要的是要全面表征和了解电池在变化的工作条件下的动态行为。本文介绍了一种数据驱动的方法,用于描述在不同的工作条件下(例如,讨论了在不同的SoC级别和不同的温度级别。此外,提出了一种新颖的方法,可以根据在这些工作条件下获得的数据(具有不同水平的噪声和非线性失真)来估计最佳线性逼近。

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