0. Preliminaries

1. Overview of the Electrical Power System

• A Virtual tour

2. The balanced Three-phase system

• The wye and the delta connection
• Single-phase and three-phase power
• Practical applications,

1.The flicker problem

2. Power factor correction

3. Short circuit calculation

3. The transformer

• Purpose
• Construction
• Hysteresis and eddy currents
• Equivanlent circuit
• The wye and delta connection
• Harmonics
• Per unit system of calculation

4. The Induction Motor

• Construction 
• The revolving magnetic field
• Equivalent circuit
• Power flow and characteristics
• Starting
• As a break, motor, generator
• Single-phase induction motor

5. The synchronous Machine(Motor and Generator)

• Construction
• Synchronous reactance
• Equivalent circuit
• Rotor: cylindrical ,salient pole
• Synchronous generator connected to an infinite bus
• Motor V curves
• Power factor control

5. The DC Motor

• Construction
• Production of torque
• Equivalent circuit, shunt and series
• Machine equation
• Speed-torque characteristics

6. Conductor Parameters and Transmission Lines

• Use of tables
• A,B,C,D constants
• The short line
• The medium length line
• The long line

7. The Load Flow Problem

• Bus admittance matrix
• A non-linear problem and its solution

8. The Unbalanced Three-phase System

• Symmetrical components
• Single line to ground fault
• Double line to ground fault

9. Power System Operation

• Steady state stability-power transfer equation
• Transient stability- the swing equation
• Equal area criteria for stability
• Voltage stability
• Thermal constraints
• Power system protection

10. Electrical Safety

11. Review