The invention relates to a tramcar redundant super capacitor control method. According to the tramcar redundant super capacitor control method of the invention, a plurality of groups of super capacitor modules are adopted; each group of super capacitor modules comprises a plurality of super capacitors with the same electric quantity; the plurality of super capacitors are connected in parallel. Thecontrol method comprises the following steps of: setting conditions for switching on and switching off the plurality of super capacitors; judging the operation conditions of a tramcar, enabling the operation conditions of the tramcar to comprise pull-in charging, driving power supply and braking energy recovery; and according to the conditions for switching on and switching off and the operationworking condition of the tramcar, completing pull-in charging, driving power supply and braking energy recovery of the super capacitors. According to the tramcar redundant super capacitor control method of the invention, the super capacitors are redundantly arranged; according to the operation conditions of the tramcar and the operation states of the super-capacitor, when a super-capacitors breaksdown, the switching on and switching off of the redundant super-capacitors and cooperative control between the super-capacitors are achieved, the operation reliability and safety of the tramcar are improved, and a guarantee is provided for the stable operation of the tramcar.

    本发明提供的有轨电车冗余超级电容控制方法,包括多组超级电容模块,每组超级电容模块包括多个电量相等的超级电容,多个超级电容并联连接,控制方法包括如下步骤:设定多个所述超级电容投入和切除的条件;判断有轨电车的运行工况,有轨电车的运行工况包括:进站充电、行车供电以及制动能量回收;根据所述投入和切除的条件和有轨电车的运行工况,完成超级电容的进站充电、行车供电以及制动能量回收。该发明将超级电容冗余设置,根据有轨电车的运行工况和超级电容的运行状态,在超级电容故障时,实现冗余超级电容的投入和切除以及超级电容之间的协同控制,提高了有轨电车运行的可靠性和安全性,为有轨电车的平稳运行提供了保障。


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    Title :

    Tramcar redundant super capacitor control method and control system


    Additional title:

    一种有轨电车冗余超级电容控制方法及控制系统


    Contributors:
    LI HONGNUO (author) / YANG YANG (author) / YU SHUANG (author) / MENG QIUYAN (author) / ZHANG GUOHONG (author) / WANG TONG (author)

    Publication date :

    2020-09-15


    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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