The invention belongs to the technical field of battery replacement, and particularly relates to a two-turn battery replacement intelligent cabinet charging regulation and control method, which comprises the following steps of: 1, collecting all battery information and charging request information in a battery replacement cabinet; the method comprises the following steps of 1, obtaining current electric quantity (soc) of a battery and voltage and current of charging request charging, and obtaining predicted charging power Pw of the battery, 2, collecting feedback information of a charger, obtaining real-time charging voltage and current of all the batteries, and counting real-time charging power (Pr), 3, if the real-time power (Pr) is larger than a power limit (P1), stopping charging of the last rechargeable battery, and 4, stopping charging of the last rechargeable battery if the real-time power (Pr) is larger than a power limit (P1). If the real-time power (Pr) is less than the power limit (P1), the charging operation of the last rechargeable battery is continued. According to the charging regulation and control method for the two-turn battery replacement intelligent cabinet, the charging power can be dynamically allocated according to the actual situation, the use state of the battery can be recovered more quickly by preferentially charging the battery with higher electric quantity under the condition that limited power resources are ensured, and the overall operation efficiency of the battery replacement cabinet is improved.

    本发明属于换电技术领域,尤其是一种两轮换电智能柜充电调控方法,步骤一、收集换电柜内所有电池信息以及充电请求信息。得到电池当前电量(soc),及充请求充电的电压和电流,获得电池预计充电功率Pw,步骤二、收集充电器反馈信息,获取所有电池实时充电电压和电流,统计实时充电功率(Pr),步骤三、如果实时功率(Pr)大于功率限制(Pl),关闭末位充电电池充电,如果实时功率(Pr)小于功率限制(Pl),则继续末位充电电池的充电动作。该两轮换电智能柜充电调控方法,能够根据实际情况动态分配充电功率,确保在有限的功率资源下,通过优先为电量较高的电池充电,可以更快地恢复电池的使用状态,提高换电柜的整体运行效率。


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    Title :

    Charging regulation and control method for two-turn battery replacement intelligent cabinet


    Additional title:

    一种两轮换电智能柜充电调控方法


    Contributors:
    ZHANG MINGXU (author) / DU YAN (author) / LIU CHENGMING (author)

    Publication date :

    2025-05-16


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen



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