Multilevel inverter had been paid a lot of attention from the academia and research
community in recent times due to its role in high and medium power applications. In this …

Over the years, multi‐level inverter (MLI) usage has increased widely for several
applications like motor drives, renewable energy source‐(RES‐) fed grids, and electric …

The cascaded multilevel inverters (MLIs) are suitable topologies when a high number of
voltage levels are needed. Nonetheless, cascaded topologies possess the main drawback …

Renewable energy sources and technologies have the potential to provide solutions to the
long-standing energy problems being faced by developing countries. The renewable energy …

This article explores a single-source UXE-type asymmetrical multilevel inverter for its
operation on 13-, 11-, and 9-levels with boosted output voltage. The 13-and 11-level …

This multilevel inverter type summarizes an output voltage of medium voltage based on a
series connection of power cells employing standard configurations of low-voltage …

The conventional multilevel inverter necessitates more active switching devices and high dc‐
link voltages. To minimalize the employment of switching devices and dc‐link voltages, a …

To optimize the conventional power electronics in electric vehicles, many researchers
investigate the application of multilevel inverters (MLIs). Thereby, cascaded MLIs are of …

This work presents hysteresis control applied to UXE-type inverter topology with a PI
(Proportional Integral) controller, where the gains are derived by Particle Swarm …

Low reliability is one of the significant worries of a multilevel inverter (MLI) and which results
due to the presence of a higher number of switches and capacitors as compared with the …