Wind Turbine Model Implementation in Simulink Environment

The wind turbine model developed in the Simulink environment simulates power and torque characteristics through mathematical representations of turbine dynamics. The implementation incorporates blade element momentum theory algorithms to calculate aerodynamic forces, considering key input variables such as wind velocity, direction, and rotor design parameters. The model structure includes subsystems for turbine aerodynamics, drive train dynamics, and power conversion, utilizing Simulink's block diagram interface to represent physical relationships through transfer functions and state-space equations. Through parameter tuning and simulation testing, the model validates performance under various operating conditions, providing a reliable platform for wind turbine design optimization and performance evaluation. The modular architecture allows for easy integration of pitch control systems and generator models, making it an effective tool for wind energy research and development applications.