Modeling and Simulating of Robust Controller in New Energy Architecture by using Hybrid( PVG/WTG)System

The renewable energy resources are more efficient to produce energy sources in nowadays to overcome the power demand in industrial and commercial purposes. This paper focus on the energy consumption by the PV and wind energy generation to extract maximum power from renewable sources. The hybrid system can gives more efficiency than single energy sources due to various climatic conditions. The configuration of PV and wind energy can develop more energy other than conventional resources. The implementation of MPPT controller can draw maximum power from PV system and wind turbine system. They are cheap and robust construction to provide low emission (of pollutant gases) and flexible in moduler structure. This controller can be used to step up the voltage to increase their performance and operate simultaneously or individually. We use the P&O algorithm method to examine iterated value of the controller. The proposed system can produce more energy which works well under the changes of atmospheric variation such as irradiation. A simulation model for the proposed hybrid energy system has been carried out by using MATLAB Simulink.