Simulation of Solar cell Based Multilevel Inverter for Induction Motor Applications

Abstract

The RES systems like wind Renewable energy sources, solar Renewable energy sources  along with Energy obtained from water source are observed as a dependable substitute to the Existing energy resources like oil, natural gas and coal. Distributed Electrical Transmission method is depended on RES undergoes large scale growth across the world. As a Result, the control of distribution generation scheme should be enhanced to satisfy the necessities for grid interconnection. This paper explains the growth of a control design in favor of grid tied inverters of RES. In this proposed concept HCC controller is used as a controller of the system.  In  the proposed controller the  inverter with Induction Motor drive  Load  current  is  essential  towards the  allow  the grid connected  voltage  in  provisions  of  the  regular intervals of the time. The Ig  is  calculated, along with contrasted through the  Ir is  in form of the  unit sine waveform attained as of  the  grid along with  the  sine-pulses  are  produces  the error among the authentic current and the grid of Load current. And the delivered power of the grid is increased as the Direct Current linkage of the voltage also increases. The converter will be experienced on grid interface on the rotor surface of an induction Motor generator. The Proposed technique is fed to a induction motor drive as well as the shows the motor speed characteristics, Torque characteristics and Stator Current characteristics is analyzed by using Matlab/Simulink software.