Simulation Based Comparative Analysis of Matrix and Bridge Converter Fed Single Phase Induction Motor Drive Using DTC with PV Input

111 DOI: 10.37398/JSR.2021.650724 Abstract: This paper presents a Comprehensive analysis of Matrix and Bridge converter fed single phase induction motor drive. Direct Torque Control is one of the most suitable control techniques of torque control in case of induction machines. In this paper, Direct Torque Control (DTC) is proposed for induction motor drive with PV input which reduces torque triples and calculation ensure fixed frequency of 50 Hz. A separate simulation model for Matrix converter and bridge converter is presented. Maximum Power Point Tracing (MPPT) is an important issue in PV system to extract maximum power. The result shows that Matrix converter fed induction motor drive has smoother torque characteristics. Components of induction machines, simulated I/P & O/P parameters of converters are presented using MATLAB/Simulink software. The result shows that Matrix converter fed induction motor drive has smoother torque characteristics and Torque Controls as per requirement of load.