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An integrated topology for battery charging and motor driving in electrical vehicle

机译:电动汽车中电池充电和电机驱动的集成拓扑

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For a plug-in vehicle, the inverter and sensors used in driving circuit are not working during the battery charging. This paper proposed an integrated circuit to combine the inverter and charger. The three phase inverter can be used as a single phase rectifier in charging circuit. The circuit is reconfigured by a relay for the driving and charging operation. Space voltage vector pulse width modulation (SVPWM) is used as a control strategy in driving mode. The simulation based on the topology prove that the circuit can drive the motor and charge the battery. This topology can improve the power density and reduce the circuit size.
机译:对于插电式汽车,电池充电期间,驱动电路中使用的逆变器和传感器不工作。本文提出了一种将逆变器和充电器结合在一起的集成电路。三相逆变器可用作充电电路中的单相整流器。该电路由继电器重新配置,用于驱动和充电操作。空间电压矢量脉冲宽度调制(SVPWM)用作驱动模式下的控制策略。基于拓扑的仿真证明该电路可以驱动电动机并为电池充电。这种拓扑可以提高功率密度并减小电路尺寸。

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