Synchronous Generator Three-Phase Short Circuit Simulation Program

A MATLAB-implemented program designed to simulate three-phase short circuits in synchronous generators. This simulation utilizes electrical system modeling to analyze parameters such as current and voltage waveforms during fault conditions, helping engineers better understand circuit behavior and perform fault diagnostics. The implementation typically involves solving differential equations representing generator dynamics using numerical methods like Runge-Kutta, with key functions handling parameter initialization, fault triggering, and waveform plotting. Additionally, the program enables engineers to test various short-circuit scenarios by modifying fault resistance values and timing parameters, facilitating comprehensive analysis of circuit responses under different conditions. The simulation outputs include time-domain plots of stator currents, field currents, and terminal voltages, providing valuable insights into transient stability. Ultimately, this program serves as a valuable tool for engineers to understand and manage power system faults through computational experimentation.