Development of Short-Circuit Current Calculation Program

For the provided power system, we can develop a short-circuit current calculation program and debug it through computer implementation. This process allows us to gain deeper insights into the workflow and methodologies of power system analysis. During program design, we must consider various scenarios such as different circuit configurations and diverse electrical components - this approach helps us better master the skills and knowledge required for power system analysis. The implementation would typically involve creating algorithms for impedance matrix formation, fault type classification (three-phase, line-to-ground etc.), and solving network equations using numerical methods like Gaussian elimination or LU decomposition. Additionally, we need to learn practical computer application knowledge including programming techniques, debugging methodologies, and optimization strategies, which will significantly benefit our future work and studies. Therefore, by designing our own power system calculation program, we simultaneously strengthen our practical computer application capabilities, thereby improving our technical proficiency and competitiveness. Key functions would include system data parsing, admittance matrix construction, fault current computation, and results visualization through appropriate GUI implementation.