首页> 外国专利> Hybrid storage battery, traveling vehicle and power storage facility using the same, smart grid traveling vehicle system using the traveling vehicle, and power supply network system using the power storage facility

Hybrid storage battery, traveling vehicle and power storage facility using the same, smart grid traveling vehicle system using the traveling vehicle, and power supply network system using the power storage facility

机译:混合蓄电池,使用该混合动力蓄电池的行驶车辆和蓄电设施,使用该行驶车辆的智能电网行驶车辆系统以及使用该蓄电设施的供电网络系统

摘要

Provided is a hybrid storage cell that can prevent overcharge, despite lacking an expensive protection switch or other device adapted to deal with high current or high voltage, in order to proactively prevent rupture or ignition of lithium ion storage cells or other organic solution storage cells in the event of unforeseen overcharging. The cell comprises a plurality of series-connected virtual cells (32) of parallel-connected organic solution storage cells (24A) and aqueous solution storage cells (26A), the organic solution storage cells and the aqueous solution storage cells having closely approximating average discharge voltages. The overcharge threshold voltage of the organic solution storage cells is designed to be higher than the final discharge voltage of the aqueous solution storage cells, and the final discharge voltage of the organic solution storage cells to be lower than the final discharge voltage of the aqueous solution storage cells. In the event that the organic solution storage cells of a virtual cell are exposed to overcharge energy that could lead to overcharge, the energy is absorbed by a hydrogen-generating reaction of the aqueous solution storage cells, holding the discharge voltage of the virtual cell to the final discharge voltage of the aqueous solution storage cells, and preventing the organic solution storage cells from reaching the overcharge threshold voltage.
机译:提供了一种混合式蓄电池,尽管缺乏昂贵的保护开关或其他适于应对高电流或高电压的装置,但仍能够防止过充电,以便主动防止锂离子蓄电池或其他有机溶液蓄电池的破裂或着火。不可预见的过度收费事件。该单元包括并联连接的有机溶液存储单元(24A)和水溶液存储单元(26A)的多个串联连接的虚拟单元(32),该有机溶液存储单元和水溶液存储单元具有近似近似的平均放电电压。有机溶液存储单元的过充电阈值电压被设计为高于水溶液存储单元的最终放电电压,并且有机溶液存储单元的最终放电电压被设计为低于水溶液的最终放电电压。储存单元。如果虚拟单元格的有机溶液存储单元暴露于可能导致过度充电的过充电能量,则该能量会被水溶液存储单元格的氢生成反应吸收,从而使虚拟单元格的放电电压保持在水溶液存储单元的最终放电电压,并防止有机溶液存储单元达到过充电阈值电压。

著录项

  • 公开/公告号JP5373999B2

    专利类型

  • 公开/公告日2013-12-18

    原文格式PDF

  • 申请/专利号JP20130518608

  • 发明设计人 可知 直芳;

    申请日2012-10-09

  • 分类号H01M16;H01M10/44;H01M10/48;H01M2/10;H01M4/58;H02J7/02;B60L11/18;

  • 国家 JP

  • 入库时间 2022-08-21 16:11:34

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