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class |
date |
subjects |
reading |
due |
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01 R |
Sep. 03 |
introduction and overview |
none |
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|
02 M |
07 |
introduction to pu analysis |
1 – 4 |
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|
03 T |
08 |
application of pu analysis |
5 – 7 |
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04 R |
10 |
more pu analysis |
8 – 10 |
HW 1 |
|
|
05 M |
14 |
modeling of generators |
11 – 14 |
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06 T |
15 |
active & reactive power relationships |
15 – 18 |
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|
07 R |
17 |
capability curves |
19 – 21 |
HW 2 |
|
|
08 M |
21 |
salient-pole
machines |
22 – 23 |
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09 T |
22 |
overhead line construction |
24 – 30 |
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|
10 R |
24 |
modeling of
transmission lines |
31 – 37 |
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11 M |
28 |
modeling of transmission lines |
38 – 44 |
HW 3 |
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12 T |
29 |
modeling of transmission lines |
45 – 49 |
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13 R |
Oct. 01 |
design of transmission lines |
50 – 52 |
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14 M |
05 |
design of transmission lines |
53 – 55 |
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15 T |
06 |
cables |
56 – 57 |
HW 4 |
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|
16 R |
08 |
reactance of rotating machines |
58 – 59 |
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17 M |
12 |
power system network modeling |
60 – 62 |
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18 T |
13 |
power system network modeling ex. |
62 – 64 |
HW 5 |
|
|
19 M |
19 |
introduction to load flow analysis |
64 – 67 |
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20 T |
20 |
introduction to load flow analysis |
68 – 70 |
HW 6 |
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|
21 R |
22 |
applications of load flow analysis |
71 – 74 |
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|
22 M |
26 |
fault
analysis |
75 – 78 |
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23 T |
27 |
representation of unbalanced conditions |
78 – 82 |
HW 7 |
|
|
24 R |
29 |
sequence networks |
83 – 87 |
|
|
|
25 M |
Nov. 02 |
modeling of different fault types |
88 – 90 |
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26 T |
03 |
fault examples |
91 – 93 |
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|
27 R |
05 |
fault examples |
94 – 96 |
HW 8 |
|
|
28 M |
09 |
power system grounding |
97 – 101 |
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|
29 T |
10 |
power system grounding examples |
101 – 106 |
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|
30 R |
12 |
Review |
AOTA |
HW 9 |
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Last modified: August 5, 2009 |