Design and Implementation of Single Stage Dual Leg Inverter for Hybrid Power Generation

Abstract

This paper proposes, single stage dual DC-AC converter for electric vehicle and energy storage applications. A primary input source that can be employed from renewable energy or batteries. Performance of the dual leg DC-AC converter is preserved by automatically altering the duty cycle in accordance with the source level. The system's fundamental design is created using Simulink Model. The Simulink model of the entire system includes two unidirectional DC-DC boost converters for DC-AC boost operation, and simulation results were developed using the MATLAB/SIMULINK software program. Several input voltage levels are used to impose the converter through a number of operational tests. The converter's efficiency, behavior , and response to different input voltages are all examined. The hardware results of the proposed model are obtained from a prototype model and validated with simulation results to evaluate system performance.