动态电池充电电压优化,延长电池运行时间和寿命

Takumi Imai, Hiromitsu Yamaguchi
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引用次数: 4

摘要

当电池保持充满电状态时,由于存储变质,电池寿命会缩短。当电池经常充电和放电时,由于循环恶化,电池寿命也会缩短。本文介绍的双模式电池为笔记本电脑提供了运行模式和寿命模式,以平衡电池的运行时间和寿命。在运行模式下,电池使用较高的充电电压充电,以获得较长的电池运行时间;在寿命模式下,电池使用较低的充电电压充电,以获得较长的电池寿命。本文通过对电池使用情况的监测,讨论了在运行模式和寿命模式之间的自动切换,并提出了一种既能延长电池运行时间又能延长电池寿命的算法。基于1年以上的用户测试,本文还展示了该算法如何提高电池寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic battery charging voltage optimization for the longer battery runtime and lifespan
When a battery is kept to be fully charged, battery lifespan is reduced due to storage deterioration. When a battery is often charged and discharged, battery lifespan is also reduced due to cycle deterioration. The Dual Mode battery introduced in this paper provides Runtime mode and Lifespan mode for laptop PCs to balance the battery runtime and lifespan. A battery is charged by a higher charging voltage in Runtime mode to get the longer battery runtime, while the battery is charged by a lower charging voltage in Lifespan mode to get the longer battery lifespan. This paper discusses automatic mode switching between Runtime mode and Lifespan mode by monitoring battery usage, and proposes the algorithm to get both the long battery runtime and the longer battery lifespan. This paper also shows that how battery lifespan is increased by the proposed algorithm based on the user tests conducted over 1 year.
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