Vector Modulation-Based Model Predictive Current Control with Filter Resonance Suppression and Zero-Current Switching Sequence for Two-Stage Matrix Converter

This paper proposes a novel model predictive current control scheme for two-stage matrix converter. The switching frequency is kept constant by fixing the instant. strategy achieves to source reactive power in input side and output currents side. In addition, advantage of proposed compared with conventional firstly proved using principle vector synthesis law sines distribution area. Moreover, zero-current sequence implemented insure operations reduce losses. Furthermore, order suppress filter resonance, which easier be inspired control, traditional strategies, an innovative active damping technique implemented. Finally, both simulation experiment are verify performance strategy. results demonstrate that system features good steady transient performance.