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Maximizing lithium ion vehicle battery life through optimized partial charging

机译:通过优化局部充电,最大限度地延长锂离子汽车电池的使用寿命

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The limited lifetime, high cost, and large size of current lithium ion batteries are some of the primary obstacles to wider adoption of electric vehicles and plug-in hybrid electric vehicles. Simulations presented in this paper predict that Li-ion battery life can be extended through intelligent charging, especially when predictions of next-day energy needs are used to charge the battery only as needed. As-needed charging minimizes battery degradation by minimizing time spent at high state-of-charge. Preliminary results presented here indicate that the battery of a vehicle used for daily commuting and short errands could see its useable life extended by up to 150 % over unoptimized charging.
机译:当前锂离子电池的有限寿命,高成本和大尺寸是电动汽车和插电式混合动力汽车的广泛采用的一些主要障碍。本文提供的模拟预测可以通过智能充电来延长锂离子电池的寿命,尤其是当使用第二天的能量需求预测仅在需要时对电池充电时。所需的充电通过最小化高充电状态下花费的时间来最大程度地减少电池退化。此处显示的初步结果表明,用于日常通勤和短途旅行的车辆电池可以看到其使用寿命比未优化的充电延长了150%。

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