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METHOD FOR APPROXIMATING ALGORITHMS FOR FAST CHARGING LI-ION BATTERIES BASED ON ELECTROCHEMICAL BATTERY MODELS

机译:基于电化学电池模型的锂离子电池快速充电算法近似方法

摘要

A method, system, and non-transitory computer readable medium for determining a pseudo-optimal charging algorithm for a specific battery are disclosed. An electrochemical battery model is characterized based on the physical characteristics of a specific battery. An optimal charging profile is determined for the specific battery using the highly accurate electrochemical battery model. A pseudo-optimal charging profile is determined which closely approximates the optimal charging profile. However, the pseudo-optimal charging profile is comprised of simple building blocks which are easily and efficiently implemented in embedded applications having limited computational power/memory. An optimization process is used to determine optimal control parameters for the simple building blocks, trigger conditions and thresholds, and adaptation parameters for adapting the pseudo-optimal charging profile as the battery ages.
机译:公开了一种用于确定特定电池的伪最佳充电算法的方法,系统和非暂时性计算机可读介质。基于特定电池的物理特性来表征电化学电池模型。使用高度精确的电化学电池模型,可以确定特定电池的最佳充电曲线。确定近似最佳充电曲线的伪最佳充电曲线。但是,伪最佳计费配置文件由简单的构建块组成,这些构建块可以在计算能力/内存有限的嵌入式应用程序中轻松高效地实现。优化过程用于确定简单构造块的最佳控制参数,触发条件和阈值,以及用于随着电池寿命而适应伪最佳充电曲线的适应参数。

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