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    • 9. 发明授权
    • Shunt current elimination and device
    • 分流电流消除和器件
    • US4197169A
    • 1980-04-08
    • US939325
    • 1978-09-05
    • Markus ZahnPatrick G. GrimesRichard J. Bellows
    • Markus ZahnPatrick G. GrimesRichard J. Bellows
    • C25B15/06H01M2/40H01M8/04H01M12/08C25B1/00C25B9/04H01M14/00
    • C25B15/06H01M2/40H01M8/04276Y02P20/135
    • The present invention is directed to a method of minimizing shunt currents in electrochemical devices which have a plurality of cells connected, at least in part, in series and which have an electrolyte which is a common electrolyte to at least two of the cells and which includes shared electrolyte, whereby an electrical electrolytic conductive bypass path is created around such cells and through said shared electrolyte, resulting in undesirable shunt currents. The method involves applying a protective current through at least a portion of said conductive bypass path through said shared electrolyte in a direction which is the same as the shunt current through said shared electrolyte and of a magnitude which effectively at least reduces said shunt currents. Thus, a single protective current is applied in series with at least a portion of the conductive bypass path such that shunt currents are minimized, and preferably are totally eliminated. The present invention is also directed to an electrochemical device having means adapted for applying the protective current thereto.
    • 本发明涉及一种使电化学装置中的分流电流最小化的方法,该方法具有至少部分串联连接的多个电池,并且其电解质是至少两个电池的常见电解质,并且包括 共用电解质,由此在这样的电池周围产生电解电导电旁路,并通过所述共用电解质,导致不期望的分流电流。 该方法包括通过所述共用电解质的至少一部分所述导电旁通路径施加保护电流,该方向与通过所述共用电解质的分流电流相同,并且具有至少减小所述分流电流的幅度。 因此,单个保护电流与导电旁通路径的至少一部分串联施加,使得并联电流最小化,并且优选完全消除。 本发明还涉及具有适于将保护电流施加到其上的装置的电化学装置。