An efficient and cost-effective power converter is a pre-requisite for the modern power
applications. With the evolvement of matured medium power self-commutated switching …

In recent years, in response to increasing environmental concerns, advances in renewable
energy technology and reduced costs have caused a significant increase in the penetration …

This paper proposes an effective sliding mode controller (SMC) for a grid-connected 7-level
packed U-cell (PUC7) inverter. The aim is to design a simple controller that deals effectively …

This article proposes a thyristor-based T-type converter with modular multilevel dc-link (TTC-
MMD), where the thyristor-based T-type converter provides the basic phase commutation …

High power megawatt (MW) scale drives and power supplies are becoming more prevalent
in industrial applications due in part to the development of the Cascaded Multilevel Inverter …

This paper presents a proposed modified pulse width modulation–low frequency triangular
(MPWM-LFT) switching strategy for minimization of voltage THD with implementation of …

This paper presents symmetric and asymmetric multilevel inverter principles using reduced
number of switching devices circuit structure. Principally, asymmetric multilevel inverter …

Finite Control Set Model Predictive (FCS-MPC) has been successfully applied to several
power converter topologies and research on predictive control techniques has increased …

Symmetric and asymmetric topologies are implemented in the cascaded H-bridge circuit
structure. Principally, with asymmetric topology, it able to produce a higher level of output …

Recent publications on multilevel converters show different topologies and control to obtain
an improvement in the sinusoidal AC waveforms, controlling simultaneously the DC voltage …