The invention discloses a transient control method for charging and discharging conversion of an automobile battery, computer equipment and an automobile, and the method comprises the steps: inputting the charging and discharging data of the last moment, and enabling the charging and discharging data to comprise target charging and discharging power, an instantaneous charging and discharging state and zero power retention time; obtaining steady-state target charging and discharging power; determining current instantaneous real-time theoretical output target charging and discharging power; determining a current instantaneous charging and discharging conversion mark; setting a charging and discharging conversion time threshold value, and determining current instantaneous charging and discharging data; the power battery executes target charging and discharging power in the current instantaneous charging and discharging data; and inputting the current instantaneous charging and discharging data into the next instantaneous charging and discharging data, and repeating the steps. When charging and charging of the power battery are mutually converted, a set duration is kept at a zero power point; direct reversion of chemical reaction in the power battery is avoided, and the service life and reliability of the power battery are improved; and when the current instantaneous target charging and discharging power is not subjected to charging and discharging conversion, the current instantaneous target charging and discharging power stably follows the steady-state target charging and discharging power.

    本发明公开了汽车电池充放电转换瞬态控制方法、计算机设备及汽车,输入上一瞬时的充放电数据,充放电数据包括目标充放电功率、瞬时充放电状态和零功率保持时间;获取稳态目标充放电功率;确定当前瞬时的实时理论输出目标充放电功率;确定当前瞬时的充放电转换标志;设定充放电转换时间阈值,确定当前瞬时的充放电数据;动力电池执行当前瞬时的充放电数据中的目标充放电功率;将当前瞬时的充放电数据输入下一瞬时,重复上述步骤。在动力电池充电与充电相互转换时,在0功率点保持设定时长;避免动力电池内部化学反应直接逆向,提高动力电池的工作寿命和可靠性;当前瞬时目标充放电功率不进行充电与放电转换时,平稳地跟随稳态目标充放电功率。


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    Title :

    Automobile battery charging and discharging conversion transient control method, computer equipment and automobile


    Additional title:

    汽车电池充放电转换瞬态控制方法、计算机设备及汽车


    Contributors:
    SHU BENLIANG (author) / HU YANTING (author) / TANG ZEBING (author)

    Publication date :

    2025-02-18


    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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