首页> 外国专利> METHOD FOR INCREASING THE CHARGING CAPACITY OF AN ELECTROCHEMICAL CELL COMPRISING A SENSOR, ELECTROCHEMICAL CELL COMPRISING A SENSOR AND PRODUCTION METHOD THEREFOR

METHOD FOR INCREASING THE CHARGING CAPACITY OF AN ELECTROCHEMICAL CELL COMPRISING A SENSOR, ELECTROCHEMICAL CELL COMPRISING A SENSOR AND PRODUCTION METHOD THEREFOR

机译:增加包括传感器的电化学电池的充电容量的方法,包括传感器的电化学电池及其生产方法

摘要

The invention relates to a method for increasing the charging capacity of an electrochemical cell (1) having at least one first active electrode (2), preferably an anode and at least one second active electrode (3), preferably a cathode, at least one separator (4), a number of sensors (5), preferably magnetoresistive sensors and sensor lines (7), which are preferably control and/or measurement lines and are connected to the sensors (5). The number of sensors (5) is located on and/or in the separator (4) between the first active electrode (2) and the second active electrode (3), or on the first active electrode (2) and/or on the second active electrode (3). Said method has the following steps: (S11) detecting the parameter data (DPar.) of the individual cell (1) that is to be analysed, by means of the sensors (5); (S12) transmitting the detected parameter data (DPar.) to a control unit by means of the sensor lines (7); (S13) assigning the detected parameter data (DPar.) to the electrochemical cell (1) and preferably storing the parameter data (DPar.) relating to the electrochemical cell (1); (S14) determining, by means of the control unit, if a predefined relationship exists between the parameter data (DPar.) and predefined parameter values (WPar, WPar.1, WPar.2, WPar.3, WPar.4, WPar.5) for the electrochemical cell (1) that has been assigned the parameter data; and (S15) carrying out treatment steps for the electrochemical cell (1), if the existence of a predefined relationship between the parameter data (DPar.) and the predefined parameter values (WPar., WPar.1, WPar.2, WPar.3, WPar.4, WPar.5) has been determined in step (S14).
机译:本发明涉及一种用于提高电化学电池(1)的充电容量的方法,该电化学电池具有至少一个第一有源电极(2),优选为阳极,以及至少一个第二有源电极(3),优选为阴极,至少一个在分离器(4)中,多个传感器(5),优选地是磁阻传感器和传感器线(7),它们优选是控制和/或测量线,并且连接到传感器(5)。多个传感器(5)位于第一有源电极(2)和第二有源电极(3)之间的隔板(4)上和/或之中,或者位于第一有源电极(2)和/或壳体上。第二有源电极(3)。所述方法具有以下步骤:(S11)借助于传感器(5)检测待分析的单个细胞(1)的参数数据(D Par。); (S12)通过传感器线(7)将检测到的参数数据(D Par。)发送到控制单元。 (S13)将检测到的参数数据(D Par。)分配给电化学电池(1),并且优选地存储与电化学电池有关的参数数据(D Par。)。 (1); (S14)通过控制单元确定在参数数据(D Par。)和预定义参数值(W Par ,W < Sub> Par.1 WPar.2 ,W Par.3 ,W Par.4 ,W Par .5 )用于已分配了参数数据的电化学电池(1);如果参数数据(D Par。)和预定参数值(W Par)之间存在预定关系,则(S15)对电化学电池(1)进行处理。 。,W Par.1 ,W Par.2 ,W Par.3 ,W Par.4 < / Sub>,W Par.5 )已在步骤(S14)中确定。

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