This article suggests an improved simulation method for three-phase converters utilizing predictive current control. Predictive current control is a model-based on closed-loop optimization control approach. Predictive control points out without exception that the highest attractiveness of predictive control lies in its ability to handle limitations. This ability comes from its prediction of the recipient's dynamic demeanor in the system constructed on the typical by adding constraints to recipient inputs and outputs. The simulation results reveal that the suggested technique's tracking error and total harmonic distortion (THD) of the current waveform fulfill the requirements and have reasonable responsiveness. Predictive current control was employed to determine the best switching sequence for tracking errors and switching losses. The suggested approach reduces THD from (4.89%) to (1.32%). The inverter's switching states (on and off) have also been lowered using the improved method.
Bahar et al. (Tue,) studied this question.
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