Monte Carlo Reliability Calculation Program for 10-Load Point Distribution Networks

The Monte Carlo Reliability Calculation Program for 10-Load Point Distribution Networks provides a robust computational tool for assessing distribution network reliability through statistical simulation methods. The implementation includes dual-platform support with MATLAB scripts for rapid prototyping and VS2010 C++ code for high-performance computation, complemented by comprehensive documentation of network parameters and configuration guidelines.

This program enables users to perform probabilistic reliability assessments using Monte Carlo algorithms that model random component failures and network contingencies. Key functions include load point reliability indices calculation (SAIFI, SAIDI), failure state sampling, and network reconfiguration logic. The parameter documentation covers component failure rates, repair times, network topology definitions, and load point characteristics, facilitating accurate system modeling and sensitivity analysis.

Engineers can leverage this tool to identify reliability bottlenecks, evaluate alternative network designs, and optimize maintenance strategies through simulated outage scenarios. The code structure features modular design with separate modules for network data input, Monte Carlo simulation engine, reliability index computation, and result visualization, ensuring maintainability and extensibility for different distribution network configurations.