Power System Short Circuit Calculation

This power system short circuit calculation program enables asymmetric fault analysis in electrical networks. The program incorporates sophisticated algorithms that model various electrical parameters including voltage, current, resistance, and inductance characteristics during fault conditions. The implementation utilizes symmetrical component transformation methods to handle unbalanced three-phase systems efficiently. The software architecture allows users to configure system parameters through an intuitive interface, supporting customization for specific calculation scenarios. Advanced matrix computation techniques are employed to solve network equations accurately. This makes the program suitable for both power system professionals requiring detailed fault analysis and researchers interested in power system stability studies. The codebase includes modular functions for impedance calculation, fault current determination, and protective device coordination analysis.