Scaling Switching-Sequence-based Control for Networked Power Converters

The control of networked power-electronics systems (PESs) using predictive switching sequences has been described in this paper. switching-sequence-based (SBC), first introduced [1], applies converter to an optimization cost function be satisfied under stability bounds. To evaluate the SBC scalability and efficacy, strategy is implemented for centralized distributed network architectures different PES topologies. Given two architectures, dynamic steady-state performances obtained are discussed case illustrations: a standalone parallel hybrid active neutral-point-clamped (H-ANPC) inverters; differential-mode Cuk rectifiers (DMCRs). Hence, work highlights feasibility extending application PESs networks subject communication constraints latency dependencies.