Four Different Wind Speed Simulation for Wind Power Systems

This simulation program provides four different wind speed scenarios for modeling wind power system operations under varying wind conditions. Through this program, users can effectively analyze power generation capacity across different wind speeds while evaluating system stability and reliability under various operational modes. The simulation implements wind speed modeling algorithms (e.g., Weibull distribution or time-series wind data generation) and turbine dynamics calculations to demonstrate blade stress distribution under different wind forces. Users can experimentally investigate blade loading conditions and assess the impact of blade pitch angle adjustments through parameter configuration modules. Key functions include real-time power output calculation, mechanical stress analysis on turbine components, and aerodynamic performance optimization. This simulation serves as a valuable tool for design optimization, operational strategy development, and reliability testing in wind power systems, providing critical insights for system engineers and researchers.