Development and Control of a Switched Capacitor Multilevel Inverter

This article offers a novel boost inverter construction with Nine-level quadruple voltage boosting waveform. The primary drawback of conventional MLI is the need for high DC-DC converter to increase when using renewable energy sources. Consequently, developed method, complete ability, can alleviate that shortcoming by automatically increased incoming voltage. A single DC source, two switching capacitors, and eleven switches are all used in newly presented architecture. capacitor balances. switched distinguished fewer parts required substitution source. has be charged discharged properly order produce nine-level output SPSC unit makes these levels attainable. To achieve boosting, capacitors coupled parallel series conduction channel. quality this proposed topology been analyzed through different parameters based on components count, THD, cost; resulting efficiency reaches 97.85%. method controlled Nearest Level Modulation Method (NLC). MATLAB PLECS software were evaluate constructed converter.