To extract maximum power, at below rated speed of wind, the speed of the generator rotor is adjusted for maximum power extraction. But for higher wind speed, however the output power is monitored and controlled at rated power by pitch angle adjustments. In this paper attempt has been made to design and implement a fuzzy controller, which is applicable for both below rated wind speed region as well as above that. It is proposed and shown that how framing control rules using only the desired extremity conditions helps attaining the desired result with a reduced rule set, making it easy for further fine tuning too
This paper describes a fuzzy logic application for improving the variable speed and blade pitch wind...
A variable speed, fixed pitch wind turbine is difficult to control: it is stable at below rated wind...
Wind turbines are one of the fastest growing forms of renewable energy. The amount of power a wind t...
Research on wind turbine technologies have focused primarily on power cost reduction. Generally, thi...
© 2016, University of Sistan and Baluchestan. All rights reserved. Research on wind turbine technolo...
AbstractPitch angle control is the most common means foradjusting the aerodynamic torque of the wind...
Abstract: This paper describes fuzzy logic control of induction generator speed in wind turbine appl...
AbstractWind energy is affected by the stochastic nature of the wind speed, the purpose of this labo...
This paper presents an application of fuzzy controllers for improving the captured wind energy and t...
Pitch angle control is the most common means for adjusting the aerodynamic torque of the wind turbin...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Power generation in modern and industrial wind turbines can be improved by careful choice and analys...
Wind energy is regarded as one of the oldest energy sources and has played a significant role. As th...
This paper describes a fuzzy logic application for improving the variable speed and blade pitch wind...
A variable speed, fixed pitch wind turbine is difficult to control: it is stable at below rated wind...
Wind turbines are one of the fastest growing forms of renewable energy. The amount of power a wind t...
Research on wind turbine technologies have focused primarily on power cost reduction. Generally, thi...
© 2016, University of Sistan and Baluchestan. All rights reserved. Research on wind turbine technolo...
AbstractPitch angle control is the most common means foradjusting the aerodynamic torque of the wind...
Abstract: This paper describes fuzzy logic control of induction generator speed in wind turbine appl...
AbstractWind energy is affected by the stochastic nature of the wind speed, the purpose of this labo...
This paper presents an application of fuzzy controllers for improving the captured wind energy and t...
Pitch angle control is the most common means for adjusting the aerodynamic torque of the wind turbin...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Due to the special features of great inertia, pure lag and non-linearity provided with wind turbine,...
Power generation in modern and industrial wind turbines can be improved by careful choice and analys...
Wind energy is regarded as one of the oldest energy sources and has played a significant role. As th...
This paper describes a fuzzy logic application for improving the variable speed and blade pitch wind...
A variable speed, fixed pitch wind turbine is difficult to control: it is stable at below rated wind...
Wind turbines are one of the fastest growing forms of renewable energy. The amount of power a wind t...