Efficient and reliable power electronic converters are desired to integrate renewable energy
sources into households or the grid. Multilevel inverters for their benefits are being explored …

This article presents an 11-level operation of the WE (Wee)-Type inverter. The topology
employs a single DC-source, has a reduced number of components, and exhibits a boosting …

In this article, the UXE-Type inverter is considered for eleven-level operation. This topology
exhibits a boosting capability along with reduced switches and one source. An algorithm that …

With the advancement of the application of power converters in the power industry, the
research towards the prominent power converter namely multilevel inverter has gained a lot …

Robust and economic inverting devices are needed with the increasing practice of direct
current (DC) sources. This paper proposes a compact multi‐level inverter topology for …

This paper presents a modified single-sourced multilevel inverter (MLI) structure that
produces an II-level output voltage with a boosting of 1.25 times the DC-source. The inverter …

Power electronic converters facilitate the integration of renewable energy sources into both
households and the electrical grid. Researchers are exploring the use of multilevel inverters …

This paper proposes a grid-connected eleven-level power conversion interface (GCELPCI)
for renewable power systems. The proposed GCELPCI is composed of a four-port DC-DC …

The increasing electricity demands for residential purposes results in the development of
renewable photovoltaic standalone systems. With power converter technology as the core of …