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Optimizing Design, Charging Algorithm and Predicting Useful Life by Electrochemical Modeling

机译:通过电化学建模优化设计,充电算法和预测使用寿命

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摘要

1. Pairing an electrochemical, cell-level model with targeted life testing tailored to the application allows for (1). A better understanding of performance limitations (2). Optimization of cell design to reach performance goals (3). Modification of charge profile as cells age to optimize life (4). A more accurate prediction of useful life (5). A more accurate fuel gauge 2. Life testing (1). Should be tailored to your application (2). Should be performed throughout the temperature range of interest, incorporating "worst-case" scenarios (e.g. low T).
机译:1.与应用程序定制的目标寿命测试配对电化学,细胞级模型允许(1)。更好地了解性能限制(2)。达到性能目标的细胞设计优化(3)。作为细胞年龄的充电曲线修改以优化寿命(4)。更准确地预测有用的生命(5)。更准确的燃油表2.生命测试(1)。应根据您的申请量身定制(2)。应该在整个感兴趣的温度范围内进行,并包含“最坏情况”情景(例如低T)。

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