Although switched-capacitor (SC) multilevel inverters (MLIs) offer self-voltage balancing of
flying capacitors and voltage gain higher than unity, the advantages come at the cost of high …

This article proposes a new capacitor-based multilevel inverter topology (CBMLI) with fewer
devices and reduced voltage stress on capacitors and switches. In addition, the proposed …

Conventional energy sources will not be sufficient to meet future electrical demands, and
also pollute the environment. Therefore, to meet their electrical energy needs, and maintain …

This paper presents a new structure for switched-capacitor multilevel inverter with octuple
voltage gain capability. The proposed inverter utilizes three capacitors, 13 semiconductor …

This work provides a novel architecture for modular seven level inverter (M7LI). The M7LI
utilizes binary DC sources for producing output at seven levels. The level shifted PWM …

Switched capacitor multi-level inverter (SCMLI) is a promising alternative to traditional
voltage source inverters for industrial and renewable energy applications. In SCMLI …

The drawbacks of conventional multi-level inverters (MLIs) include insufficient boost
capacity, unbalanced capacitor voltage, and complicated regulation. This research presents …

Multilevel inverters (MLIs) have gained traction for their application in high-voltage AC
systems and renewable energy. They use fewer DC sources and switches in transformer …

This work presents a closed loop five-Level grid-connected inverter. The inverter is based on
the switched capacitor approach. The suggested architecture has a lower number of …

This article presents a new SSTB-MLI with 3 times voltage boosting capability for medium
voltage applications with optimal efficiency. Single DC source MLI topologies are more …