Multilevel Inverter With Hybrid Source To Control Pmsm Motor For E Vehicle Application

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Loganathan P., Subramaniyan R., P. Selvam, G. Ramakrishnaprabu


The Electric vehicles have been around for long time, but their use has grown enormously over the last few years. This paper presents the drive control of Permanent Magnet Synchronous Motor (PMSM) motor by using multilevel converter with hybrid sources for electric vehicle applications. In particular the torque mobilization of PMSM engine has been selected for the electric drive of electric vehicles. In addition to this our proposed technology we are used the H bridge multilevel converter for harmonic reduction and improve the quality of electric vehicle performance. The performance of permanent Magnet Synchronous motor will be analyzed and its characteristics have been analyzed with different conditions. The space vector modulation technique (SVMT) has been used the Hybrid Bridge (H bridge) multilevel converter to reduction of harmonics (THD) and improvement the efficiency of the PMSM motor. Finally, the results of simulation prove the correctness of the theoretical research.

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