Control of a Variable Speed Horizontal Axis Wind Turbine based on Adaptive Nonlinear controller

Extracting the maximum energy generated from wind turbines is an important target of the wind energy conversion systems. This article provided a solution for increasing electrical energy extracted from the wind turbines to defeat the more electric power required. This objective presented an important scientific discipline; wind turbine power capture controls This work depends on the development in algorithms to provide control strategies for turbines. Those strategies manage all turbine working modes. In this work Adaptive and first-order nonlinear torque generator controllers developed for variable speed horizontal axis wind turbine for rates and over rated wind speed regions. These strategies will assistance wind energy validation, reduction manufacturing overhead cost. Those methods were used to design speed controllers to wind turbine Aeolos 50 Kw connected to a permanent magnet generator through a gearbox. These controllers set maximum power point tracking concept to guarantee target performance. techniques were carried to test both controller performance. The presented work was construct on MATLAB/SIMULINK. The results had been demonstrated that the developed controllers are adequate, and this can be effortlessly declared from simulation results.