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 …

Boost action is required for enhancing the output voltage of the sources such as photovoltaic
(PV) sources, fuel cells, and battery storage devices, which eliminates the need for …

Abstract Multilevel Inverter integrates several Direct Current (DC) sources to produce a
single-phase Alternating Current (AC) waveform that can be used to meet the domestic and …

This paper presents an improved Multi‐level Inverter topology utilizing the concept of
boosting‐capacitor and two DC sources with reduced switches count for generating 17‐level …

Multilevel inverters (MLIs) have gained wide attention in industry and academia to provide
higher voltage levels with lower harmonics, power losses, and cost. This study proposes a …

This paper proposes a basic asymmetric boost 35‐level inverter topology that can be
extended to earn higher gains and levels. The proposed structure benefits from following …

In this paper, a new topology is introduced for capacitor-based multi-level inverters. The
proposed topology is based on combination of two Cross-Square-Switched T-Type inverters …

The requirement of a boosting aspect for the power electronic converter is essential for the
fuel cell, solar PV, and battery‐based applications as the generated voltage is of low voltage …

In this paper, a switched-capacitor multilevel inverter with voltage boosting and common-
mode-voltage reduction capabilities is put forth. The proposed inverter is synthesized with …

The DC load utilities are increased due to the modern development of alternate renewable
Energy sources and Electric Vehicles. Contemporary applications like Electric Vehicles …