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Electricity demand in the current days is more compared to the power generated, the scarcity of power requirement is more for the day to day needs. In this paper, the modeling and simulation of a Permanent Magnet Synchronous Generator (PMSG) based wind power generation system under power system dynamic conditions are presented and also shows a simple method for converting wind energy and solar power hybrid system for AC/DC Micro-Grid application is introduced. Wind driven generator is coupled to tail vane by that energy is generated in all the directions which increases the total power and improves the efficiency of the system. A 3 bridge rectifier is used to supply AC micro-grid and BuckBoost DC-DC converter is used to supply the DC micro-grid. This algorithm is implemented using simple microcontroller to generate gate pulses to the converters and track the power generation and consumption. A simple control algorithm is used to supply power for the DC/AC micro-grid from the small/large scale power. The simulation is supported by using MATLAB/SIMULINK tool under different grid and load conditions and the corresponding simulated results are encouraged. The working model of the proposed methodology has been implemented with hardware and results are shown.

Simulation Research on Integrated Hybrid PV- Wind Driven Generator Supplying AC/DC Micro-grid