Electrical Power Systems Engineering

Chapter 1 Power Transmission and Distribution
Section 1.1:    Per Unit System
Section 1.2:    Voltage Drop Calculations
Section 1.3a:  Load Flow Calculations - Theory
Section 1.3b:  Load Flow Calculations - Application
Section 1.4a:  Power Transformer Efficiency
Section 1.4b:  Power Transformer Cost Estimation
Section 1.5a:  Power System Harmonic Analysis
Section 1.5b:  Power System Harmonic Interactions
Section 1.6a:  Power Line Parameters
Section 1.6b:  Sequence Impedance
Table 1.6.1:    Characteristics of Aluminum Cable, Steel Reinforced
Table 1.6.2:    Characteristics of Aluminum Cable, Small Gauge Conductor

Chapter 2 Power System Protection
Section 2.1a:  Power System Faults
Section 2.1b:  Faults - Application
Section 2.2:    Mid-Line Fault Calculations
Section 2.3a:  Out-of-Step Protection - Theory
Section 2.3b:  Out-of-Step Protection - Application
Section 2.4:    Induction Motor Start-up Protection
Section 2.5a:  DC Motor Protection
Section 2.5b:  DC Motor Simulation

Chapter 3 Power System Electrical Transients
Section 3.1a:  Review of System Transients
Section 3.1b:  Transient Overvoltages
Section 3.2a:  Transformer Energization - Theory
Section 3.2b:  Transformer Energization - Simulation
Table 3.2.1:    Typical Transformer Impedances
Section 3.2c:  Transformer Energization - Compensation
Section 3.3:    Application of Surge Arresters

Index of Techniques
Index of Terms