Reduced Voltage Stress Asymmetrical Multilevel Inverter With Optimal Components

The article presents a single phase asymmetrical multilevel inverter with reduced components and low voltage stress which reduces the size cost of system. structure provides maximum output 23 levels DC sources. There exists several reliability issues in lowering total harmonic distortion (THD) by utilizing higher design MLI despite its merits. Achieving THD is challenging task for researchers. proposed 23-level has been investigated various performance parameters like standing (TSV), function (CF), power loss efficiency analysis. suggested compared existing topologies recent past found that it less across switches cost-effective. TSV calculations show more efficient reducing losses increasing efficiency. Hence, based on evaluations comparisons made other topologies, well suited medium applications such as FACTS, SVC, DSTATCOM DVR. As architecture level values sources, configuration can be utilized improving quality grid-connected renewable energy topology value under IEEE standards. designed MATLAB/Simulink implemented experimentally hardware prototype laboratory environment.