Model-predictive control (MPC) has emerged as a promising control method in power
electronics, particularly for multiobjective control problems such as multilevel inverter (MLI) …

In this article, we present a family of multilevel converters with the single-stage dynamic
voltage-boosting feature, reduced number of circuit components, modular structure …

Power electronic inverters are one of the most significant components for the integration of
clean energy systems and the proper control of these power electronic interfaces helps to …

In this paper, a super twisting sliding mode control method (ST-SMC) is proposed for an
isolated input series output parallel current source converter (ISOP-CSC). The main idea …

This paper presents a linear matrix inequality-based robust control strategy for a single-
phase DC-AC inverter with output LC-filter. An all-pass filter is utilized in this paper to create …

In this paper, for standalone and grid‐connected PV systems, a three‐phase simplified split‐
source inverter (SSI) is proposed and controlled using a model‐predictive control (MPC) …

This study adopts a linear matrix inequalities (LMI)-based optimization approach to
formulate a systematic control design for an LC-filtered single-phase DC-AC inverter. The …

This paper presents a super-twisting algorithm-based sliding mode control (STA-SMC)
method for a single-stage on-board charger (OBC). Constant current (CC) and constant …

Power conversion systems need to meet various criteria, such as achieving optimal
efficiency, minimizing costs and intricacy, and frequently enhancing boosting capabilities …

Distributed power generation systems can require the interconection of several and
independent energy sources demanding different converter topologies. Recently, a range of …