Wind Turbine Characteristic Simulation

This program is developed using MATLAB M-files to simulate wind turbine characteristics. The implementation includes algorithms for calculating key parameters such as output power, rotational speed, tip speed ratio, and wind speed. Through its computational models, the program effectively supports maximum power point tracking (MPPT) for wind energy conversion systems. During simulation, the code calculates critical performance parameters including turbine output power, rotational velocity, shear wind speed, and wind velocity profiles. The program incorporates multiple wind field condition simulations, featuring both constant wind speed models and stochastic wind speed variations using probability distribution functions. By modeling these diverse wind conditions, the program enables comprehensive analysis of turbine performance across various environmental scenarios. The simulation results provide accurate theoretical foundations for wind power generation systems, with particular emphasis on power optimization algorithms and operational stability under fluctuating wind conditions. The code structure modularizes different turbine components, allowing for customizable parameter adjustments and extensible model development.