Explore MATLAB source code curated for "潮流计算" with clean implementations, documentation, and examples.
Application of Particle Swarm Optimization in power grid reactive power optimization, primarily using the basic PSO algorithm combined with Newton's method for power flow calculation components
Implementation of IEEE 24-bus power flow calculation using MATLAB, featuring detailed algorithm explanations and key function descriptions for power system analysis
This MATLAB-based power flow calculation file enables stochastic power injection analysis for wind farms, allowing users to configure wind power nodes and injection parameters within the IEEE 14-bus test system to perform comprehensive power flow calculations and static security assessments.
A MATLAB-implemented program combining genetic algorithm optimization with power flow analysis for electrical power systems
A power flow calculation program that performs well on 5-bus, 14-bus, and 30-bus IEEE test systems, but requires further validation for larger node networks
An improved 9-node power system load flow calculation algorithm demonstrating enhanced accuracy through optimized numerical methods and practical implementation examples
Multi-Machine Power System Simulation and Power Flow Calculation using MATLAB/Simulink - Implementation approaches for modeling electrical networks and solving load flow equations
Implementation of power system load flow calculation using the P-Q decomposition method with IEEE-14 standard bus data, featuring algorithm explanation and code structure details.
This MATLAB .m file implements transmission network expansion planning based on the Artificial Fish Swarm Algorithm (AFSA) using the IEEE 6-node system model. The implementation includes key subroutines for power flow calculation, overload assessment, main algorithm program for the six-node system, foraging and tail-chasing behavior simulation, algorithm parameter definition and configuration, parameter assignment routines, and line parameter reading modules. The code structure follows AFSA's collective intelligence approach where artificial fish agents optimize network expansion through simulated behaviors.
Power System Toolbox (PST) is a widely-used electrical power system analysis tool that enables professionals to perform load flow calculations, transient stability analysis, small-signal analysis, and other critical power system simulations with robust computational algorithms.