Abstract
AbstractIn the modern scenario, the importance of the multilevel inverter has been extended to different applications of power conversion methods. Multilevel inverter provides the resourceful use of non-conventional energy sources, and output power from the non-conventional energy Sources direct current in nature and is to be converted to alternating current to meet the domestic and industrial loads. The proposed methodology is to provide supply to the concurrent direct and alternating current loads from one dc input supply with the help of hybrid converter topologies. The projected converter is named as boost derived multilevel hybrid converter (BDMHC), which is derived from the conventional boost converter. The proposed converter is constructed with H-bridge symmetrical multilevel inverter with the help of three different boost converters topologies. The response of the proposed converter is validated for resistive loads. The proposed boost derived multilevel hybrid converter shows good cross-regulation properties to vibrant load variations. To analyze the proposed converter, state-space mathematical expressions have been developed and evaluated through MATLAB/Simulink.KeywordsHybrid converterMultilevel inverterMicrogrid
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