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Powerflow solved in 5 iterations
Contingency A 4 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 5 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 6 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 7 in Point no. 7
Powerflow solved in 3 iterations
Contingency A 8 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 11 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 12 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 13 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 14 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 15 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 16 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 17 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 18 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 19 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 20 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 21 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 22 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 23 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 24 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 25 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 26 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 29 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 30 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 31 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 32 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 33 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 34 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 35 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 36 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 37 in Point no. 7
Powerflow solved in 5 iterations
Contingency selection is by number
The size of intervals on PV curve has reached the minimum ( 5.0)
Number of desired contingencies : 1
Number of selected contingencies : 0
Total number of desired contingencies : 4
Total number of selected contingencies : 0
Number of contingency groups : 1
The -Y axis is being analyzed
Contingency Ranks:
Rank Ctg name Group Ctg #
1 A 4 1 10
2 A 8 1 14
3 A 12 1 16
4 A 15 1 19
5 A 24 1 28
6 A 25 1 29
7 A 26 1 30
8 A 2 1 8
9 A 3 1 9
10 A 5 1 11
11 A 6 1 12
12 A 11 1 15
13 A 16 1 20
14 A 17 1 21
15 A 18 1 22
16 A 19 1 23
17 A 20 1 24
18 A 21 1 25
19 TIE1 1 6
20 A 1 1 7
21 A 31 1 33
22 A 32 1 34
23 A 33 1 35
24 A 34 1 36
25 A 35 1 37
26 A 37 1 39
27 A 23 1 27
28 A 29 1 31
29 A 30 1 32
30 A 13 1 17
31 A 14 1 18
32 A 36 1 38
33 A 22 1 26
34 A 7 1 13
35 CC81 1000 3
36 CC41 1000 1
37 CC87 1000 5
38 CC82 1000 4
39 CC42 1000 2
Rank of contingencies:
Ctg # Ctg name Group Rank
1 CC41 1000 36
2 CC42 1000 39
3 CC81 1000 35
4 CC82 1000 38
5 CC87 1000 37
6 TIE1 1 19
7 A 1 1 20
8 A 2 1 8
9 A 3 1 9
10 A 4 1 1
11 A 5 1 10
12 A 6 1 11
13 A 7 1 34
14 A 8 1 2
15 A 11 1 12
16 A 12 1 3
17 A 13 1 30
18 A 14 1 31
19 A 15 1 4
20 A 16 1 13
21 A 17 1 14
22 A 18 1 15
23 A 19 1 16
24 A 20 1 17
25 A 21 1 18
26 A 22 1 33
27 A 23 1 27
28 A 24 1 5
29 A 25 1 6
30 A 26 1 7
31 A 29 1 28
32 A 30 1 29
33 A 31 1 21
34 A 32 1 22
35 A 33 1 23
36 A 34 1 24
37 A 35 1 25
38 A 36 1 32
39 A 37 1 26
Total number of cases that are screened : 42
Total number of powerflow iterations : 210
Total number of unsolved cases : 0
1
Base point (1)
==============
After stressing :
LM LOAD : 7878.2 MW NORT GEN : 2925.3 MW EAST GEN : 3592.5 MW
Powerflow solved in 2 iterations
Point no. 2
LM LOAD : 7778.2 MW NORT GEN : 2925.3 MW EAST GEN : 3492.5 MW
Powerflow solved in 5 iterations
Point no. 3
LM LOAD : 7678.2 MW NORT GEN : 2925.3 MW EAST GEN : 3392.5 MW
Powerflow solved in 6 iterations
Point no. 4
LM LOAD : 7578.2 MW NORT GEN : 2925.3 MW EAST GEN : 3292.5 MW
Powerflow solved in 6 iterations
Point no. 5
LM LOAD : 7478.2 MW NORT GEN : 2925.3 MW EAST GEN : 3192.5 MW
Powerflow solved in 6 iterations
Point no. 6
LM LOAD : 7378.2 MW NORT GEN : 2925.3 MW EAST GEN : 3092.5 MW
Powerflow solved in 6 iterations
#Notice# PV curve is limited by load/generator limits
Point no. 7
LM LOAD : 7383.2 MW NORT GEN : 2925.3 MW EAST GEN : 3097.5 MW
Powerflow solved in 2 iterations
Contingency TIE1 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 1 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 2 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 3 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 4 in Point no. 7
Powerflow solved in 7 iterations
Contingency A 5 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 6 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 7 in Point no. 7
Powerflow solved in 3 iterations
Contingency A 8 in Point no. 7
Powerflow solved in 7 iterations
Contingency A 11 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 12 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 13 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 14 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 15 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 16 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 17 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 18 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 19 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 20 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 21 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 22 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 23 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 24 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 25 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 26 in Point no. 7
Powerflow solved in 6 iterations
Contingency A 29 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 30 in Point no. 7
Powerflow solved in 4 iterations
Contingency A 31 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 32 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 33 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 34 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 35 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 36 in Point no. 7
Powerflow solved in 5 iterations
Contingency A 37 in Point no. 7
Powerflow solved in 5 iterations
Contingency selection is by number
The size of intervals on PV curve has reached the minimum ( 5.0)
Number of desired contingencies : 2
Number of selected contingencies : 0
Total number of desired contingencies : 4
Total number of selected contingencies : 0
Number of contingency groups : 1
The -X axis is being analyzed
Contingency Ranks:
Rank Ctg name Group Ctg #
1 A 4 1 10
2 A 8 1 14
3 A 12 1 16
4 A 15 1 19
5 A 24 1 28
6 A 25 1 29
7 A 26 1 30
8 A 2 1 8
9 A 3 1 9
10 A 5 1 11
11 A 6 1 12
12 A 11 1 15
13 A 14 1 18
14 A 16 1 20
15 A 17 1 21
16 A 18 1 22
17 A 19 1 23
18 A 20 1 24
19 A 21 1 25
20 A 22 1 26
21 A 23 1 27
22 A 1 1 7
23 A 31 1 33
24 A 32 1 34
25 A 33 1 35
26 A 34 1 36
27 A 35 1 37
28 A 36 1 38
29 A 37 1 39
30 A 29 1 31
31 A 30 1 32
32 A 13 1 17
33 TIE1 1 6
34 A 7 1 13
35 CC82 1000 4
36 CC42 1000 2
37 CC41 1000 1
38 CC87 1000 5
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