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Control device and method for operating an energy storage module of a vehicle equipped with at least one supercapacitor

机译:用于操作配备有至少一个超级电容器的车辆的储能模块的控制装置和方法

摘要

The invention relates to a control device (10) for an energy storage module (14) of a vehicle equipped with at least one supercapacitor (12) and a corresponding method for operating an energy storage module (14) of a vehicle equipped with at least one supercapacitor (12) comprising: charging the at least a supercapacitor (12) of the energy storage module (14) discharged when the drive motor of the vehicle is switched off to at most a first voltage or total voltage when the drive motor is restarted by means of a current (20) provided by at least one vehicle electrical system (18) to at least one second one Voltage or total voltage, wherein a target charging speed for charging the at least one supercapacitor (12) of the energy storage module (14) to at least the second voltage or total voltage taking into account at least one driving style and / or surrounding information Ion (22 to 28) is set, and wherein the at least one supercapacitor (12) of the energy storage module (14) at a fixed target charging speed corresponding actual charging speed by means of the at least one vehicle electrical system (18) provided power (20) charged becomes.
机译:本发明涉及一种用于配备有至少一个超级电容器(12)的车辆的能量存储模块(14)的控制装置(10)以及一种用于操作配备有至少一个超级电容器的车辆的能量存储模块(14)的相应方法。一个超级电容器(12),其包括:当车辆的驱动马达被关闭时,将储能模块(14)的至少一个超级电容器(12)充电至最大第一电压或总电压,该超级电容器(12)在驱动马达重启时被充电。借助于由至少一个车辆电气系统(18)提供给至少一个第二个电压或总电压的电流(20),其中用于给能量存储模块的至少一个超级电容器(12)充电的目标充电速度(14)考虑到至少一种驱动方式和/或周围信息Ion(22至28)设置为至少第二电压或总电压,其中储能模块的至少一个超级电容器(12)( 14)固定借助于至少一个车辆电气系统(18),目标充电速度对应于实际充电速度,只要充电的功率(20)变为。

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