Adaptive control of Pitch Angle For Wind Turbine - Kasim Gasim, Mohammed;S. Farhan, Mansour;Sharhan Hburi, Ismail
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Wind power plays a major role in the production of electric power and the influence of WT systems on voltage and frequency stability. Rotary wind turbines carry various kinds of loads, air load, gravity load and centrifugal load . These load cause vibration and fatigue in turbine blades, which causes rotor blades deteriorate to turbine. This work study the mathematical model applied the artificial intelligence techniques to simulated a pitch angle of WT control system utilization PID, ANFIS and NARMA controllers using MATLAB / Simulink to control the pitch angle, to maintain turbine blades.

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Produktbeschreibung
Wind power plays a major role in the production of electric power and the influence of WT systems on voltage and frequency stability. Rotary wind turbines carry various kinds of loads, air load, gravity load and centrifugal load . These load cause vibration and fatigue in turbine blades, which causes rotor blades deteriorate to turbine. This work study the mathematical model applied the artificial intelligence techniques to simulated a pitch angle of WT control system utilization PID, ANFIS and NARMA controllers using MATLAB / Simulink to control the pitch angle, to maintain turbine blades.
Autorenporträt
Prof. Dr. Mansour S. Farhan College of Engineering, Wasit University. Date of birth: 1st July 1955. Designation: Professor and Head Department of Electrical Engineering. Other Skills: English language writing and speaking. Qualification Summary: BSc in Solid State Physics-Baghdad University, Iraq.