首页> 外国专利> NONAQUEOUS ELECTROLYTE SOLUTION TYPE LITHIUM ION SECONDARY BATTERY SYSTEM, METHOD FOR DETERMINING LITHIUM DEPOSITION IN THAT SYSTEM, AND VEHICLE PROVIDED WITH THAT SYSTEM

NONAQUEOUS ELECTROLYTE SOLUTION TYPE LITHIUM ION SECONDARY BATTERY SYSTEM, METHOD FOR DETERMINING LITHIUM DEPOSITION IN THAT SYSTEM, AND VEHICLE PROVIDED WITH THAT SYSTEM

机译:非电解质溶液型锂离子二次电池系统,该系统中锂沉积的测定方法以及由该系统提供的车辆

摘要

A battery system includes a discharge amount obtaining portion that obtains a discharge amount (determination zone discharge amount) from a determination start voltage until a predetermined determination end voltage of a battery; an internal resistance obtaining portion that obtains an internal resistance value of the battery; a correlation map in which a combination of internal resistance value information and determination zone discharge amount information for a battery that is the same kind as a target of a determination and in which lithium deposition has not occurred is stored for each degree of age-related deterioration of the battery; and a deposition determining portion that determines a degree of lithium deposition in the target battery by comparing the determination zone discharge amount during the determination of the target battery with the internal resistance value during the determination of the target battery on the same scale by converting at least one via the correlation map.
机译:该电池系统包括:放电量获取部,其从确定开始电压直到电池的预定确定结束电压来获取放电量(确定区域放电量);内部电阻获得部分,获得电池的内部电阻值;对于每个与年龄相关的劣化程度,存储如下的相关图:针对与确定的目标相同种类的电池,存储内部电阻值信息和确定区域放电量信息的组合,其中未发生锂沉积电池;沉积确定部分,通过将目标电池确定过程中的确定区域放电量与目标电池确定过程中的内阻值进行比较,至少以相同的比例进行比较,从而确定目标电池中锂的沉积程度一个通过相关图。

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