EE 303

Course Schedule
Energy systems and power electronics (Spring 2019)

T, Th 12:40-2:00, Ross Hall 0124

Professor James McCalley

Dr. McCalley's Home Page

 

Schedule

Course objectives

Course structure

 

Week

Quiz?

Lecture number

Module # &/or Text Chapter

Description

Material to download

Homework

Quiz Solutions

Other readings

1/15

 

1

B2, Ch 1

Introduction to energy systems

 

Module B2, EnergyOverview: PDF, PPT

HW#1, Due 1/22/2019. PDF, Solutions: PDF

 

1/17

 

2

B2, Ch 1

Energy,  power, and the environment

EnergyOverview2: PDF, PPT

 

 

1/22

 

3

B3, Ch 2

Three phase analysis

Module B3;

Slides on Power Basics: PPT, PDF

HW2, Module B3, problems 1-7, not to turn in, will post solutions on 1/28.  Solutions: PDF

 

1/24

 

4

B3, Ch 4

Three phase analysis

ThreePhase

Slides on 3ph: PPT, PDF

B3 Slides: PPT, PDF

 

 

1/29

Quiz 1

5

B3, Ch 4

Three phase analysis

HW3, Module B3, 8-12, due Feb 7; Solutions: PDF

Quiz 1 solution: PDF

 

1/31

 

6

B3, Ch 4

Three phase analysis

 

 

2/5

 

7

B3, Ch 4

Three phase analysis

 

 

 

 

2/7

Quiz 2

8

Ch 5,6

Mutual inductance, transformers

Transformer Notes: PDF

Slides: PPT, PDF

 

Quiz 2 solutions: PDF

2/12

 

9

Ch 5,6

Mutual inductance, transformers

 

HW4, XFMRS: PDF, work 1-6; not to turn in. Solutions to be posted on 2/18. Solutions: PDF

 

 

2/14

 

10

Ch 5,6

Mutual inductance, transformers

 

 

2/19

Quiz 3

11

B4, Ch 7

Transformers

Quiz 3 solution: PDF

 

2/21

 

12

B4, Ch 7

Three-phase transformers

Three-phase transformer Slides: PPT, PDF

HW5, PDF, work 7-9, due Tuesday 2/26, to turn in. Solutions: PDF

 

 

2/26

 

13

B4, Ch 7

Per unit analysis

Module B4

PPT slides B4a: PPT1, PDF, and B4b: PPT2, PDF

 

 

2/28

Quiz 4

14

B4, Ch 7

Per unit analysis

 

Module B4: Problems 1-5.

Due 3/7. Solutions:

Quiz 4 solution: PDF

3/5

 

15

G1, 9

Electric power generation and machine controls

Module G1

G1a: PPT; PDF.

G1b: PPT; PDF.

 

 

3/7

 

16

G1, 9

Electric power generation and machine controls

 

Module G1: HW Probs 1, 4, 8, 9, 10, 11. Due:  3/14. Solutions: PDF, PPT

 

 

3/12

Quiz 5

17

T1

Electric power transmission

Module T1

T1a: PPT, PDF

T1b: PPT, PDF

Quiz 5 solution: PDF

 

3/14

 

18

T1

Electric power transmission

Module T1: HW Probs 1,2,3,6,7,8,9. Turn in April 2.  Solutions: PDF

 

 

3/18-22

SPRING BREAK

 

3/26

 

20

T7, Ch 11

Power flow, Newton-Raphson

Module T7

 

 

3/28

Quiz 6

21

T7, Ch 11

Power flow, Newton-Raphson

Module T7 slides: PPT, PDF

Project assignment: PDF. Due 5/2/19.

Quiz 6 solution: PDF

4/2

 

22

T7, Ch 11

Power flow, Newton-Raphson

Module T7: HW Probs 1, 2, 3, 7. Due 4/9. Solutions: PDF

 

 

4/4

 

23

T7, Ch 11

Power flow, Newton-Raphson

 

 

4/9

Quiz 7

24

E3

Economic dispatch, optimization

 

 

Quiz 7 solution: PDF

 

4/11

 

25

E3

Economic dispatch, optimization

Module E3

PPT1, PPT2

Homework: Module T7, Probs 4, 5, 6, 8.

Due 4/16. Solutions: PDF

 

 

4/16

 

26

E3

Economic dispatch, optimization

E3a: PPT, PDF

Module E3 HW, probs 1-5, 11.

Due 4/23

 

 

4/18

Quiz 8

27

E3

Economic dispatch, optimization

Quiz 8 solution: PDF

 

4/23

 

28

D1, especially D1.6, D1.11

Distribution systems

Module D1 Intro notes: PDF;

Power point slides for D1: D1b; PDF

D1c; PDF

 

 

4/25

 

29

D1, especially D1.6, D1.11

Distribution systems

 

 

 

 

4/30

Quiz 9

30

PE2,    Ch 13

Induction machines

Power point slides for PE2: PPT

Module PE-IM

 

5/2

 

31

PE1, Ch12

Power electronics circuits

 

 

 

 

5/6-5/9

Final exam, Monday May 6, 2019, 12:00-2:00pm (see https://www.registrar.iastate.edu/students/exams/springexams)