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LITHIUM-ION PHOSPHATE BATTERY PACK DESIGN

机译:锂离子磷酸电池组设计

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Lithium-ion Phosphate Technology battery pack design can be accomplished using existing charging and monitoring solutions. With respect to charging, the ability to monitor the individual cell voltages and be able to adjust the charging profile accordingly will help the gas gauging algorithm to be more accurate while preventing pre-mature secondary protection failures. This follows from understanding the voltage limits for charge and discharge and comprehending the cell hysterisis. The stability and cycle-life advantages over traditional Li-ion solutions make it an appealing technology for future portable application. The components required for designing with exists today and by applying the same forethought into your pack design as you would for any other solution, you can design with Lithium-ion Phosphate now.
机译:锂离子磷酸盐技术电池组设计可以使用现有的充电和监控解决方案来完成。关于充电,监测各个电池电压并能够相应地调节充电轮廓的能力将有助于气体测量算法在防止预成熟的二次保护失败的同时更准确。这是从理解充电和放电的电压限制并理解细胞迟静的限制。传统锂离子解决方案的稳定性和循环寿命优势使其成为未来便携式应用的吸引力技术。您现在的设计和通过应用于您的包装设计时,设计所需的组件,您现在可以使用锂离子磷酸盐设计。

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