Explore MATLAB source code curated for "电力系统" with clean implementations, documentation, and examples.
Simulation of low-current grounding faults in power systems, modeling voltage and current waveforms under two neutral configurations in a 10KV system: ungrounded neutral and neutral grounded via arc suppression coil. The simulation includes mathematical modeling of transient behaviors and visualization of fault characteristics through waveform analysis algorithms.
Power flow calculation methodology for tree-structured electrical distribution networks, accompanied by comprehensive PDF program documentation with implementation details.
Source code and computational models for power system fault simulation, designed to simulate single-phase, two-phase, and three-phase faults in electrical grids with modular algorithm implementations
This program simulates linear state estimation for a 39-bus power system under the assumption that each bus is equipped with a PMU (Phasor Measurement Unit) device. The implementation incorporates weighted least squares algorithms for state estimation calculations.
A power system transient stability analysis program capable of performing transient stability calculations, implementing numerical integration methods and dynamic system modeling
MATLAB-based electrical power system voltage stability analysis program suitable for learning and improvement, featuring power flow calculations, contingency analysis, and voltage stability indices
Optimal Power Flow Calculation for Power System Applications: Transmission Congestion Management, Economic Dispatch, and System Optimization
Implementation of power system state estimation using MATLAB, with practical utility and code-related insights.
MATLAB-based source code for power system harmonic analysis, capable of calculating harmonic amplitudes and other parameters for various harmonic orders through FFT algorithms and signal processing techniques.
Classic MATLAB-based Power System Load Flow Calculation Program with Comprehensive Analysis Capabilities