MATLAB Simulation of Wind Power Generation Systems with Code Implementation

This document presents a comprehensive MATLAB simulation framework for wind power generation systems, covering both fixed-speed wind turbines and variable-speed doubly-fed induction generator (DFIG) configurations. The simulation utilizes mathematical models to analyze turbine dynamics and power output characteristics, incorporating key components such as aerodynamic models, generator equations, and control systems. For fixed-speed turbines, the implementation includes constant-speed operation simulations using synchronous generators with pitch control mechanisms. The variable-speed DFIG model features rotor-side and grid-side converter control algorithms, enabling maximum power point tracking (MPPT) through tip-speed ratio optimization. The simulation architecture employs MATLAB/Simulink blocksets for power system modeling, including: - Wind turbine aerodynamic models using Cp-lambda curves - Doubly-fed induction generator electrical equations - Power converter control systems with PWM techniques - Grid integration and power quality analysis Wind power systems play a vital role in renewable energy generation, and these MATLAB simulations provide valuable tools for performance optimization, fault analysis, and control strategy validation. The models enable researchers to predict energy yield, assess grid compatibility, and develop advanced control algorithms for improved efficiency and reliability in clean energy production.