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

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cliff grigg

Last modified: August 5, 2009