The invention discloses a method for intelligently balancing the utilization rate of charging piles. The method comprises the steps that the accumulated charging time and the accumulated charging electric quantity of each charging pile are acquired; calculating a use priority of each charging pile according to the accumulated charging time and the accumulated charging electric quantity of each charging pile, a preset influence factor of the accumulated charging time and a preset influence factor of the accumulated charging electric quantity, and generating a use priority list of all the charging piles in the charging station; and controlling a preset number of charging piles with the front use priorities in the use priority list to be converted into a chargeable state, and controlling the charging stations to provide guiding information. The limited number of charging piles with the top priority in the list are controlled to enter the chargeable state, the utilization rate of the charging piles in the charging station is balanced, and the situation that the service life is greatly shortened due to continuous work of a certain charging pile is avoided; only a limited number of charging piles with front priorities in the charging station are in a chargeable state, and other charging piles are in a power-off state, so that idle consumption of all charging piles is avoided, and the energy consumption of the charging station is saved.

    一种智能平衡充电桩使用率的方法,包括步骤:获取每根充电桩的累计充电时间和累计充电电量;根据每根充电桩的累计充电时间和累计充电电量以及累计充电时间的预设影响因数和累计充电电量的预设影响因数计算每个充电桩的使用优先级,并生成充电站内全部充电桩的使用优先级列表;控制使用优先级列表中使用优先级靠前的预设个数的充电桩转变为可充电状态,并控制充电站提供指引信息。本发明控制列表中优先级靠前的有限个充电桩进入可充电状态,平衡充电站内充电桩的使用率,避免某个充电桩持续工作导致寿命大幅降低;充电站内仅有优先级靠前的有限个充电桩处于可充电状态,其他充电桩处于下电状态,避免全部充电桩进行空耗,节省充电站耗能。


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    Title :

    Method and terminal for intelligently balancing utilization rate of charging pile


    Additional title:

    一种智能平衡充电桩使用率的方法及终端


    Contributors:

    Publication date :

    2024-03-15


    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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