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class |
date |
subjects |
reading |
due |
|
01 M |
Mar. 09 |
Introduction, Overview and Optimization Techniques |
notes |
|
|
02 T |
10 |
Economic Dispatch |
notes |
|
|
03 R |
12 |
Accounting for Transmission Losses |
notes |
|
|
04 M |
16 |
Lab 1 |
notes |
HW 1 |
|
05 T |
17 |
Introduction to Unit Commitment |
notes |
|
|
06 R |
19 |
Application of Unit Commitment |
notes |
|
|
07 M |
23 |
Dynamic Programming |
notes |
HW 2 |
|
08 T |
24 |
Lab 2 |
notes |
|
|
09 R |
26 |
Introduction to Load-Frequency Control |
notes |
|
|
10 M |
30 |
Lab 3 -
Introduction |
notes |
HW 3 |
|
11 T |
31 |
Modeling of Governor Action |
notes |
|
|
12 R |
Apr. 02 |
Lab 3 - Completion |
notes |
|
|
13 M |
06 |
Turbine & Network Dynamics |
notes |
HW 4 |
|
14 T |
07 |
Test 1 |
notes |
|
|
15 R |
09 |
Lab 4 |
notes |
|
|
Spring Break |
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|
16 M |
20 |
Dynamic Model of Two Interconnected Areas |
notes |
HW 5 |
|
17 T |
21 |
Lab 5 |
notes |
|
|
18 R |
23 |
Underfrequency Load Shedding |
notes |
|
|
19 M |
27 |
Secondary Load-Frequency Control |
notes |
HW 6 |
|
20 T |
28 |
Lab 6 |
notes |
|
|
21 R |
30 |
Control of
Voltage & Reactive Power |
notes |
|
|
22 M |
May 04 |
Brushless Exciters |
notes |
HW 7 |
|
23 T |
05 |
Test 2 |
notes |
|
|
24 R |
07 |
Lab 7 |
notes |
|
|
25 M |
11 |
Introduction to State Estimation |
notes |
HW 8 |
|
26 T |
12 |
Maximum Likelihood Estimation |
notes |
|
|
27 R |
14 |
Examples |
notes |
|
|
28 M |
18 |
More Examples |
notes |
HW 9 |
|
29 T |
19 |
State Estimation Applied to AC Networks |
notes |
|
|
30 R |
21 |
Test 3 |
notes |
|
|
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Last modified: February 25, 2009 |