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Simulation of Trolleybus Traction Induction Drive with Supercapacitor Energy Storage System

机译:超级电容器储能系统对无轨电车牵引感应驱动器的仿真

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Simulation of Trolleybus Traction Induction Drive with Supercapacitor Energy Storage SystemThe article considers the possibilities of saving the regenerative braking energy in ?koda 24Tr type trolleybuses by installing the onboard supercapacitor energy storage system (ESS) and improving its performance with automated switching to the autonomous traction mode. Proposed is an ESS control system with constant DC bus voltage in the supercapacitor charging mode and supercapacitor current proportional to the AC drive current in the discharging mode. The authors investigate stability of the trolleybus ESS control system operating together with AC traction drive in various overhead voltage failure modes. The co-simulation of ESS operation was done by Matlab/Simulink AC drive and PSIM ESS continuous models.
机译:带有超级电容器储能系统的无轨电车牵引感应驱动器的仿真本文考虑了通过安装车载超级电容器储能系统(ESS)并通过自动切换到自动牵引模式来提高其性能来节省?koda 24Tr型无轨电车再生制动能量的可能性。提出了一种ESS控制系统,该系统在超级电容器充电模式下具有恒定的DC总线电压,而在放电模式下超级电容器电流与AC驱动电流成比例。作者研究了在各种架空电压故障模式下,无轨电车ESS控制系统与AC牵引驱动一起运行的稳定性。通过Matlab / Simulink交流变频器和PSIM ESS连续模型对ESS操作进行联合仿真。

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