Explore MATLAB source code curated for "前推回代法" with clean implementations, documentation, and examples.
This MATLAB program implements power flow calculation for a 33-node distribution network using the forward-backward sweep method, featuring algorithm optimization and detailed parameter configuration.
This implements the Forward-Backward Sweep Method for three-phase unbalanced distribution network power flow calculation, suitable for various node configurations with enhanced algorithmic implementation details.
A distribution network reconfiguration program using optimal flow algorithms, implementing power flow calculations with forward-backward sweep method
This distribution network power flow calculation program utilizes the forward-backward sweep algorithm, suitable for radial open-loop networks below 35kV. The program automatically handles parallel backup branches by converting them into equivalent single branches before calculation, specifically designed for loop-free network configurations (includes detailed program documentation).
Distribution network power flow calculation based on its inherent operational characteristics using the forward-backward sweep algorithm for efficient load flow analysis with node voltage classification and component parameter integration.
MATLAB-based forward-backward sweep method implementation for calculating voltage distribution in the IEEE 33-node test feeder system
A program implementing the forward-backward sweep algorithm for distribution network power flow analysis, with IEEE 33-node system as a validation case study
Power System Analysis - Forward-Backward Sweep Method with Algorithm Implementation
MATLAB implementation of radial distribution network power flow using forward-backward sweep method combined with ant colony optimization, particle swarm toolbox PSOt, genetic algorithm for reactive power optimization, and multi-swarm chaotic ant colony algorithm for unit commitment problem solving
A practical power flow program developed for 33-node systems implementing the forward-backward sweep algorithm, featuring robust voltage and current distribution calculations