
Explore the fundamentals of short circuit analysis for high-voltage three-phase systems using per-phase and per-unit methods, symmetrical components, and positive, negative, zero sequence networks to analyze faults.
Change per-unit impedances between bases in high-voltage three-phase systems using base conversion formulas, demonstrated by converting 0.18 pu on 90 mva to 0.2 pu on 100 mva.
Explain per-unit analysis for high-voltage three-phase systems, defining bases, transforming impedance across high and low sides, and handling transformer configurations (wye, delta, delta-delta) with phase shifts.
This Course “Short Circuit Analysis for HV Three Phase Systems” introduces the student to the basic concepts of fault studies on a high voltage three phase system. With the help of a quick review of “Per Phase” & “Per Unit” methodologies system faults are analyzed with the use of symmetrical components. System modeling is then used in order to aid in the process, with the ability to move between asymmetrical and symmetrical systems.