Explore MATLAB source code curated for "电力系统" with clean implementations, documentation, and examples.
This tool computes power system unit commitment and economic dispatch problems, with extended wind power integration capabilities for solving economic dispatch in wind-integrated power systems
A practical dynamic economic dispatch program for power systems incorporating wind farms, featuring robust code architecture and algorithm implementation
A comprehensive program for wind-solar hybrid power system optimization that determines the optimal configuration of wind turbines, PV modules, and battery storage systems through algorithmic calculations
This program calculates probability power flow in electrical power systems using the cumulant method combined with Gram-Charlier series expansion, demonstrating excellent convergence characteristics.
Power flow calculation implementation in MATLAB, highly practical for electrical engineering students with clear, understandable code examples and algorithm explanations
MATLAB source code for power system state estimation, provided for reference purposes without infringement liability. Contains implementation of key algorithms including weighted least squares estimation with detailed code documentation.
MATLAB simulation program for reactive power compensation and harmonic suppression in power systems - featuring detailed implementation approaches and code descriptions
This power system economic dispatch program incorporates transmission loss considerations and utilizes practical classic test cases for validation and optimization.
A MATLAB-based solution for the unit commitment problem in power systems, featuring simple and understandable code implementation with comprehensive algorithm explanations.
MATLAB-based implementation of the optimal power flow problem in power systems with comprehensive code annotations and algorithmic explanations