Simulation of a 39-Bus Power System Linear State Estimation

This program simulates linear state estimation for a 39-bus power system, assuming PMU installation at every bus node. The core algorithm employs weighted least squares estimation to process synchronized phasor measurements from PMUs. Additionally, the simulation framework can model various power system operating conditions including overload scenarios, short-circuit faults, and breaker operations through parameterized contingency configurations. The implementation provides high-precision monitoring and analytical capabilities for multiple system parameters and states, including voltage magnitudes, current phasors, active/reactive power flows, and phase angles. These data outputs enable engineers to conduct comprehensive power flow analysis and identify potential system vulnerabilities through statistical deviation detection algorithms. The program also incorporates practical utilities such as real-time data visualization modules and automated report generation features, allowing engineers to efficiently analyze system performance through interactive dashboards and exportable analysis reports.