30-Node Distribution Network Fault Recovery Simulation

This program is a simulation tool designed to model fault recovery processes in a 30-node distribution network. It implements fault occurrence and recovery scenarios through algorithmic simulations to identify operable switch sets that optimize restoration efficiency and accuracy. The system employs advanced distribution network technologies, including graph theory algorithms for network topology analysis and optimization methods for switch operation sequencing. Key functions include fault isolation simulation, load transfer calculations, and restoration path identification using Dijkstra's algorithm or similar pathfinding methods. The program supports multiple application scenarios to enhance system reliability and stability, featuring multi-language interface support for global accessibility and user understanding. The core implementation involves network connectivity validation, power flow calculations, and constraint satisfaction checking to ensure feasible restoration solutions.