Explore MATLAB source code curated for "风力发电" with clean implementations, documentation, and examples.
A MATLAB/Simulink-based wind power generation modeling system containing numerous pre-built practical models ready for immediate deployment in real-world projects, featuring customizable aerodynamic models, generator controls, and power conversion algorithms.
Implementation of PSO algorithm for economic dispatch in a 40-unit generation system incorporating wind power integration
Utilizing Support Vector Machines for wind speed prediction to enhance wind power generation applications, improving the reliability of wind power forecasting through machine learning implementation.
A MATLAB/Simulink-based wind power generation simulation program designed for analyzing grid-connected wind turbine system behavior under steady-state, transient, and fault conditions, accompanied by corresponding research paper documentation. The simulation implements key components including wind turbine aerodynamic models, generator control systems, and power converter algorithms to study dynamic interactions with electrical grids.
This code implements S-function optimization for grid connection control during no-load operation in wind power generation, featuring M-language programming for generator modeling with enhanced algorithm efficiency and real-time control capabilities.
Wind power maximum power point tracking using hill-climbing method, featuring MATLAB's built-in permanent magnet synchronous motor and buck converter voltage reduction
This code implements optimized S-function control for maximum wind energy tracking in wind power generation systems, featuring M-language programming for generator modeling and advanced control algorithms including tip-speed ratio optimization and power coefficient maximization techniques.
Neural Network Algorithm for Wind Power Average Power Rate Estimation Using Wind Speed Prediction
The Blade Element Calculation Method utilizes Blade Element Momentum (BEM) theory to compute axial induction within the wind turbine rotor plane. This approach is fundamental for wind power generation applications and involves algorithmic implementations for aerodynamic performance prediction.
A comprehensive wind power toolbox featuring various pre-built models with excellent usability and implementation capabilities