Electric Power Systems
Faculty of Engineering, McMaster University
Index
Go to Transmission , Power Flow and Control , Economic Operation , Fault Studies- PRACTICE
- Links to: Tables, Problem Sets, References,
Sample Tests, Field Trips, Power Flow Program, Project Info,
and Engineering Sites
- INTRODUCTION
- I1 Intro to Course - presentation
- I2 Intro to Power Systems G1, G2
- I3 Hydraulic Station Control
- PS1 Review of Three-phase Power
- PS10 Hydraulic Generation
- TRANSMISSION
- T1 Transmission Lines G4
- T2 Resistance, Forces and Line Capacity (heating) G4
- PS2 R Calcs
- T3 Basic Inductance Calculations G4
- T4 Advanced Inductance Calculations G4
- PS3 L Calcs
- T5 Basic Capacitance Calculations G5
- T6 Advanced Capacitance Calculations G5
- PS4 L and C Calcs
- T7 Transmission System Equations
G6
- POWER FLOW AND CONTROL
- C1 Power System Networks G7, G8
- PS5 Power Flow Networks
- C2 Control Transformers G2
- C3 Control Capacitors and Reactors
- PS6 Voltage Control
- C4 Power Flow Equations
- C5 Power Flow Algorithms G9
- C6 Power Flow Program and Model
- ECONOMIC OPERATION
- E1 Generation Costs G13
- E2 Minimizing Generation Costs G13
- E3 Line Losses and the ED Algorithm G13, E8
- E4 Automatic Generation Control G13
- PS7 Generation Economics
- FAULT STUDIES
- F1 Balanced Fault Studies G3, G10, S10
- F2 Computer Based Fault Studies G10
- PS8 Balanced Faults
- F3 Symmetrical Component Analysis G11, S11
- F4 Unbalanced Fault Studies G12, S12
- PS9 Unbalanced Faults
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