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    • 1. 发明授权
    • Method of controlling rapid charging of an industrial storage cell
having an alkaline electrolyte
    • 控制具有碱性电解液的工业蓄电池快速充电的方法
    • US6094032A
    • 2000-07-25
    • US373238
    • 1999-08-12
    • Marc BariandThierry BerlureauJean-Louis Liska
    • Marc BariandThierry BerlureauJean-Louis Liska
    • H01M10/44H02J7/00
    • H02J7/008
    • The present invention provides a method of controlling rapid charging of an alkaline-electrolyte industrial storage cell of the "maintenance-free" or "sealed" type, the cell possessing a nominal capacity Cn, a voltage U, and an internal temperature T, wherein charging is stopped at a percentage charge greater than 75% of Cn as follows:a voltage threshold Us is fixed which corresponds to the desired final percentage charge for said cell;the voltage U and the temperature T of said cell are measured;a corrected voltage Uc is calculated using the following formula:Uc=U-k(T-Tc)where voltages are expressed in volts, Tc is an arbitrarily-selected reference temperature, and k is a constant coefficient expressed in volts per temperature unit; andUc is compared with said voltage threshold Us, and charging is stopped when Uc is not less than Us.
    • 本发明提供了一种控制“无维护”或“密封”型碱性电解液工业蓄电池快速充电的方法,具有标称容量Cn,电压U和内部温度T的电池,其中 充电以大于Cn的75%的百分比电荷停止,如下:电压阈值Us固定,其对应于所述电池的期望的最终充电量; 测量所述电池的电压U和温度T; 使用以下公式计算校正电压Uc:Uc = U-k(T-Tc)其中电压以伏特表示,Tc是任意选择的参考温度,k是以每伏特温度单位表示的常数系数; 并将Uc与所述电压阈值Us进行比较,当Uc不小于Us时,停止充电。