In recent decades, applications of selective harmonic elimination pulsewidth modulation
(SHE-PWM) have been extended from two-level to multilevel converters (MLCs). For most …

Multilevel converters (MLCs) are widely recognized for their exceptional benefits and have
emerged as the preferred choice for medium-and high-power/voltage applications. Their …

The neutral-point voltage unbalance problem holds back the extensive application of neutral-
point-clamped (NPC) multilevel converters with more than three voltage levels in industry …

Neutral-point voltage imbalance is one of the main problems of five-level neutral-point
clamped inverters that impedes their industrial application. In order to solve this problem, a …

Standard model predictive control is an optimization-based control strategy that can handle
multiple control objectives and system nonlinear constraints. However, it typically suffers …

This article presents a comprehensive, multidisciplinary overview of the development of
powertrain technologies for energy-efficient heavy-duty earthmoving machines. The heavy …

This article presents a generalized simplified virtual vector pulsewidth modulation
(SVVPWM) to attain the capacitor voltage balancing of multilevel diode-clamped converter …

Four-level neutral-point-clamped (NPC) multilevel converter topologies have been proposed
and actively studied for low/medium voltage applications. As an inherent issue with these …

This article presents a new three-phase multilevel inverter with boosting capability for low-
voltage applications like electric vehicles and renewable energy sources. This inverter is fed …

This article proposes a modulation scheme based on the concept of virtual voltage levels for
regulating the dc-link capacitor voltages of a four-level diode clamped converter under …