1. Five-Level Inverter-Fed Model Predictive Current Control for a Five-Phase PMSM Drive.
- Author
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Ramesh, Tejavathu, Thulasi, Bukkana, Kumar, Poondla Dharmendra, and Mohan, Malla
- Subjects
- *
PERMANENT magnet motors , *SEMICONDUCTOR technology , *ELECTRIC drives , *PREDICTION models - Abstract
In this paper, a five-level inverter-fed Model Predictive Current Control (MPCC) of Five-Phase Permanent Magnet Synchronous Motor (PMSM) Drive is proposed to enhance the performance of the drive by reducing the torque ripples. The MPCC method provides a good steady-state performance and also this method does not require a weighting factor. Among the various torque ripple minimization techniques, the multilevel inverters attracted more attention in electric drives due to rapid development in semiconductor technology. The performance analysis of a five-level (5L) inverter-fed five-phase PMSM drive is compared with two-level (2L) and three-level (3L) inverter drives under various operational conditions. The effectiveness of the proposed method is analyzed using MATLAB/SIMULINK software and also implemented using a real-time simulator. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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