The invention is suitable for the technical field of chargers, and provides a control method of a non-vehicle-mounted charger and the non-vehicle-mounted charger, and the control method of the non-vehicle-mounted charger comprises the steps: when the charger is in a standby mode, if it is detected that a power battery is connected to the charger, the power battery is awakened through an awakening voltage output by the charger; acquiring state information of the power battery; wherein the state information at least comprises fault information, total voltage information, single voltage information and temperature information; if the fault information, the total voltage information, the single voltage information and the temperature information of the power battery all meet the corresponding charging conditions, controlling the charger to jump to a charging mode, and charging the power battery according to a preset charging characteristic curve; and controlling the charger to enter a standby mode in response to a charging completion signal sent by the charger. According to the method, the power battery can be safely and efficiently charged, and the working efficiency of the charger is improved.
本申请适用于充电机技术领域,提供了一种非车载充电机的控制方法及非车载充电机,非车载充电机的控制方法包括:当充电机处于待机模式时,若检测到动力电池连接至充电机,通过充电机输出的唤醒电压唤醒动力电池;获取动力电池的状态信息;其中,状态信息至少包括故障信息、总电压信息、单体电压信息和温度信息;若动力电池的故障信息、总电压信息、单体电压信息和温度信息均满足对应的充电条件,控制充电机跳转至充电模式,根据预设的充电特性曲线,对动力电池进行充电;响应于充电机发送的充电完成信号,控制充电机进入待机模式。上述方法能够对动力电池进行安全高效地充电,提高了充电机的工作效率。
Control method of off-board charger and off-board charger
一种非车载充电机的控制方法及非车载充电机
2023-05-16
Patent
Elektronische Ressource
Chinesisch
IPC: | B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen |
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