The structure of electric power networks, generation, transmission and distribution subsystems, application of basic electromagnetics to transmission line power transfer calculations, relation between current, voltage and power in short, medium and long transmission lines, modeling of electric power networks as single-line systems, the per-unit system for power system quantities, steady-state modeling using circuit analogies, the power flow or load flow equations and their analysis and numerical solution, optimal economic dispatch of electric power networks, symmetrical components, symmetric and non-symmetric fault calculations. Simulation of power systems using computer packages.
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Prerequisite:
ENEE2408 | ELECTRICAL MACHINES
