Electric Machinery & Power Systems, Spring 2023

Topic

Date

Reading
Assignment

Review: Sinusoidal Analysis

1/18

Power: real, reactive, complex

1/20

39-45

Three-phase sources

1/23

56-62

Three-phase power, loads

1/25

63-67

Wye-Delta circuits, analysis

1/27

68-78

One-line analysis in three-phase

1/30

Physics of transformers

2/1

10-35

Ideal transformer model

2/3

82-88

Transformer equivalent circuits

2/6

88-110

Per-unit analysis, phasor diagrams

2/8

110-125

Autotransformers, three-phase connections

2/10

125-143

Quiz 1, Rotating fields, AC machines

2/13

36-38, 163-175

Induced torque, induced voltage

2/15

175-189

Synchronous machines, equivalent circuits

2/17

192-208

Parallel generators

2/20

265-272

Generators in large systems

2/22

272-284

Damper windings, induction motor

2/24

245-248, 288-294

Equivalent circuits-induction motor

2/27

294-301

Power analysis for induction motor

3/1

301-309

Quiz 2, Induction motors

3/3

309-320

Transmission line physics

3/6

 446-456

Exam 1, 217 Debart, 7PM

3/8

Trans. Line modeling, analysis

3/10

456-467

Topic

Date

Reading
Assignment

Trans. line analysis, phasor diagrams

3/20

 467-477

Long lines, 2-port models

3/22

477-487

Per-unit, revisited

3/24

492-498

Node equations, matrix representation of systems

3/27

498-508

Admittance/impedance matrices

3/29

Power flow equations

3/31

512-516

Solving power flow

4/3

526, 549

Quiz 3, Solving power flow (cont.)

4/5

Supplemental material

Power Plant Tour

4/12

PowerWorld software for system analysis

4/14

Results of power flow and transmission analysis

4/17

537-538

Symmetric components

4/19

 591-608

Hwk 10 due, Unsymmetric faults at generators

4/21

609-623

Faults at generators (cont.)

4/24

Quiz 4, Unsymmetric faults in systems

4/26

623-641

Hwk 11 due, Faults in systems(cont)

4/28

Faults in systems (cont.)

5/1

Project 2 due

5/3