Abstract
This paper presents a variable switching point parallel predictive current control (VSP3CC) strategy for an induction motor. VSP3CC is introduced as one method of the Finite-Set Model Predictive Control (FS-MPC) methodology. VSP3CC implements parallel predictive current control (PPCC) algorithm by means of a variable switching point. In this way, not only can a switching state be applied for less than a whole sample cycle which results in a lower current ripple, but weighting factor can also be eliminated. Experimental results are provided to verify the performance of VSP3CC strategy.
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