Abstract

The use of wind energy for Electric power generation provides a clean and renewable source. The quality power deliver by the structure of wind turbine system with variable speed permanent magnet Synchronous Generator (PMSG) and system to store the energy. The entire model of the system is achieved, including the PMSG, the boost converter, and the storage system. The absorbed power by the connected load can be delivered efficiently and supplied to the proposed wind turbine and energy storage systems and subject to an opposite control method. Permanent magnet Synchronous Generator have the potential to be a robust and highly efficient electrical conversion system for variable speed wind application. An PID control method implemented to deliver the power for the connected variable load.This work provides a detailed methodology to assess the impact of wind generation on the voltage stability of a power system. In order to verify the presented model and the control strategy, simulation MATLAB/Simulink software have been conducted. Simulation results prove the stabilize power supply.

Authors and Affiliations