In this paper, a new model predictive control strategy is proposed, featuring multi-objective equivalent control and elimination of weighting factors in the cost function, based on the Fourier model of the switched reluctance machine (SRM), to select the optimal switching signal for driving the machine by reconstructing the torque and current error formulas, taking into account the torque ripple and copper loss requirements. And the feasibility of the proposed control strategy is simulated and  experimentally verified by conducting steady-state and dynamic experiments.

Switched reluctance machine (SRM);model predictive control (MPC);weighting factor;parallel structure;torque ripple;efficiency