Hybrid multilevel inverter using switched capacitor with boosting and self-balancing capability

Switched capacitor based multilevel inverters with boosting capability are emerging as single stage DC–AC conversion in utilizing low voltage DC sources such solar PV and fuel cell. This paper proposes a single-phase hybrid inverter topology on switched that is capable of generating 9-levels along gain 2. The components required to construct the basic module 11 switches, 1 diode 2 capacitors. balancing capacitors achieved help modulation strategy, thereby eliminating need sensors. theoretical loss analysis presented nearest level control fundamental switching frequency technique employed study performance proposed inverter. effectiveness suggested validated prototype built laboratory. superiority assessed comparison existing topologies.