TACLINK SAMPLE INPUT DATA FILE
* File : test.dat
* Date: March 1, 1999
* Created by: Alfred Newman.
* Simulate system as 0.02 + j0.025 p.u. (100 MVA 132 kV) at tie point
* for Cogen. Lines are are 1272 kCM ACSR Bittern
* 10 m above ground, 4.27 m separated. Soil is uniform 165 ohm-m resistivity.
* Model includes motor and generator contribution to fault on 138 kV side.
* Simulate whole Pulp Mill as a network model based on area impedances from KWIKGRID
* Line-to-line-to-ground fault inside Mill Substation
z  0.0001  0.0  busA1  Y
z  0.0001  0.0  busA2  Y
z  0.0001  0.0  Y  DBg
* Utility Source at Cogen
* The source is placed at Cogen because it has been provided as a combined
* source for both lines 1L103 & 1L104.
source_p
icp1	icp2	icp3
sgnd
138
132	100
0.00000	0.02568
0.00072	0.05263
0
* Lines from Cogen tap to Cogen
parallel_line
6
icp1	icp2	icp3	icp1	icp2	icp3
ICPTap1	ICPTap2	ICPTap3	ICPTap1	ICPTap2	ICPTap3
BITTERN	ACSR
0	10
BITTERN	ACSR
4.27	10
BITTERN	ACSR
8.54	10
BITTERN	ACSR
12.81	10
BITTERN	ACSR
17.08	10
BITTERN	ACSR
21.35	10
165
75
* Source at ICP
source_z
icpa	icpb	icpc
icpg
21
0	0.189
0	0
-30
* Transformer at ICP
wye_delta
icp1	icp2	icp3
icpa	icpb	icpc
icpg
138
21
315
15
* Line from ICP tap to Mill Substation
parallel_line
6
ICPTap1	ICPTap2	ICPTap3	ICPTap1	ICPTap2	ICPTap3
busA1	busA2	busA3	busB1	busB2	busB3
BITTERN	ACSR
0	10
BITTERN	ACSR
4.27	10
BITTERN	ACSR
8.54	10
BITTERN	ACSR
12.81	10
BITTERN	ACSR
17.08	10
BITTERN	ACSR
21.35	10
165
150
* Transformer T5
wye_delta
busA1	busA2	busA3
db51	db52	db53
gT5
138
13.8
15
7.65
* 11.47% Reactor
z	0	0.7615539	db51	nodeA
z	0	0.7615539	db52	nodeB
z	0	0.7615539	db53	nodeC
* Transformer T1
wye_delta
busA1	busA2	busA3
db11	db12	db13
gT1
138
13.8
15
7.89
* 11.47% Reactor
z	0	0.7615539	db11	nodeA
z	0	0.7615539	db12	nodeB
z	0	0.7615539	db13	nodeC
* Transformer T2
wye_delta
busA1	busA2	busA3
db21	db22	db23
gT2
138
13.8
15
7.89
* 11.47% Reactor
z	0	0.7615539	db21	nodeA
z	0	0.7615539	db22	nodeB
z	0	0.7615539	db23	nodeC
* Transformer T6
wye_delta
busA1	busA2	busA3
db61	db62	db63
gT6
138
13.8
23
7.32
* 15.3% Reactor
z	0	0.7618858	db61	nodeD
z	0	0.7618858	db62	nodeE
z	0	0.7618858	db63	nodeF
* Transformer T10
wye_delta
busA1	busA2	busA3
db101	db102	db103
gT10
138
13.8
23
7.38
* 15.3% Reactor
z	0	0.7618858	db101	nodeD
z	0	0.7618858	db102	nodeE
z	0	0.7618858	db103	nodeF
* Transformer T9
wye_delta
busA1	busA2	busA3
db91	db92	db93
gT9
138
13.8
24
7.6
* 15.3% Reactor
z	0	0.7618858	db91	nodeD
z	0	0.7618858	db92	nodeE
z	0	0.7618858	db93	nodeF
* Transformer T11
wye_delta
busB1	busB2	busB3
db111	db112	db113
gT11
138
13.8
24
7.6
* 11.47% Reactor
z	0	0.7615539	db111	nodeA
z	0	0.7615539	db112	nodeB
z	0	0.7615539	db113	nodeC
* Transformer T7
wye_delta
busB1	busB2	busB3
db71	db72	db73
gT7
138
13.8
15
7.89
* 11.47% Reactor
z	0	0.7615539	db71	nodeD
z	0	0.7615539	db72	nodeE
z	0	0.7615539	db73	nodeF
* Transformer T3
wye_delta
busB1	busB2	busB3
db31	db32	db33
gT3
138
13.8
15
7.34
* 11.47% Reactor
z	0	0.7615539	db31	nodeA
z	0	0.7615539	db32	nodeB
z	0	0.7615539	db33	nodeC
* Transformer T4
wye_delta
busB1	busB2	busB3
db41	db42	db43
gT4
138
13.8
15
7.43
* 11.47% Reactor
z	0	0.7615539	db41	nodeA
z	0	0.7615539	db42	nodeB
z	0	0.7615539	db43	nodeC
* Transformer T8
wye_delta
busB1	busB2	busB3
db81	db82	db83
gT8
138
13.8
23
7.34
* 15.3% Reactor
z	0	0.7618858	db81	nodeD
z	0	0.7618858	db82	nodeE
z	0	0.7618858	db83	nodeF
* Transformer T12
wye_delta
busB1	busB2	busB3
db121	db122	db123
gT12
138
13.8
23
7.23
* 15.3% Reactor
z	0	0.7618858	db121	nodeD
z	0	0.7618858	db122	nodeE
z	0	0.7618858	db123	nodeF
* Motor contribution bus H
source_z
db51	db52	db53
gH
13.8
0	1.4465952
0	0
-30
* Motor contribution bus B
source_z
db21	db22	db23
gB
13.8
0	0.9712362
0	0
-30
* Motor contribution bus N
source_z
db61	db62	db63
gN
13.8
0	1.1090563
0	0
-30
* Motor contribution bus L
source_z
db101	db102	db103
gL
13.8
0	0.9506197
0	0
-30
* Motor contribution bus R
source_z
db91	db92	db93
gR
13.8
0	1.1090563
0	0
-30
* Motor contribution bus J
source_z
db71	db72	db73
gJ
13.8
0	1.4465952
0	0
-30
* Motor contribution bus K
source_z
db81	db82	db83
gK
13.8
0	0.9506197
0	0
-30
* Motor contribution bus M
source_z
db121	db122	db123
gM
13.8
0	1.1090563
0	0
-30
* Ground impedances Utility & Cogen
z	0.0001	0	sgnd	gnd
z	0.5072	0	icpg	gng
* Impedances for groups of transformers
z	0.0001	0	Temp1	DBg
z	0.0001	0	Temp2	DBg
* Ground impedances to tie down motor & generators at 13.8 kV
z	0.0001	0	gH	DBg
z	0.0001	0	gB	DBg
z	0.0001	0	gN	DBg
z	0.0001	0	gL	DBg
z	0.0001	0	gR	DBg
z	0.0001	0	gJ	DBg
z	0.0001	0	gK	DBg
z	0.0001	0	gM	DBg
* Transformer ground connections:
z	0.0001	0	gT5	Temp1
z	0.0001	0	gT1	Temp1
z	0.0001	0	gT2	Temp1
z	0.0001	0	gT6	Temp1
z	0.0001	0	gT10	Temp1
z	0.0001	0	gT9	Temp1
z	0.0001	0	gT11	Temp2
z	0.0001	0	gT7	Temp2
z	0.0001	0	gT3	Temp2
z	0.0001	0	gT4	Temp2
z	0.0001	0	gT8	Temp2
z	0.0001	0	gT12	Temp2
* Mill ground impedance at Mill Substation
* Replaces lumped impedance of	0.0494	0.0566	DBg	gnd
* Bonds from model of lower part of Mill
Z	0.0186	0.0842	M1	M2
Z	0.03095	0.14011	M2	M4
Z	0.0186	0.0842	M2	M6
Z	0.00625	0.02829	M3	M4
Z	0.02485	0.11248	M6	M5
Z	0.0186	0.0842	M6	M9
Z	0.0093	0.0421	M6	M8
Z	0.00625	0.02829	M8	M10
Z	0.01555	0.07038	M6	M7
Z	0.0279	0.1263	M6	M11
Z	0.0109	0.04934	M6	M4
Z	0.02485	0.11248	M11	M4
Z	0.00551	0.03089	M2	M6
Z	0.01286	0.07208	M2	M4
Z	0.00276	0.01544	M4	M6
Z	0.00202	0.01133	M4	M11
Z	0.00165	0.00927	M6	M8
Z	0.0043	0.0203	M12	M2
Z	0.0603	0.1426	M2	M3
Z	0.0133	0.082	M12	M13
Z	0.0039	0.021	M13	M5
Z	0.0041	0.0137	M13	M6
* Bonds from model of upper part of Mill
Z	0.0642	0.2576	DBG	S2
Z	0.0642	0.2576	DBG	S6
Z	0.0248	0.0995	S6	S3
Z	0.0248	0.0995	S6	S4
Z	0.0248	0.0995	S6	S5
* Bonds Cogen and Substation to Mill
Z	0.009362	0.057552	M12	DBG
* Impedances to ground
Z	0.3190089	0.0502327	M1	gnd
Z	0.2895201	-0.098844	M2	gnd
Z	0.3199954	0.0434173	M3	gnd
Z	0.2413949	-0.005238	M4	gnd
Z	0.4472512	-0.029917	M5	gnd
Z	0.2874888	-0.030184	M6	gnd
Z	2.1235372	-0.436715	M7	gnd
Z	1.3926769	-0.210281	M8	gnd
Z	0.5636329	0.1804172	M9	gnd
Z	1.3280967	-0.11233	M10	gnd
Z	0.1306434	0.0159706	M11	gnd
Z	283.58399	-203.0608	M12	gnd
Z	555.92769	-57.23359	M13	gnd
Z	0.9573627	-0.10954	DBG	gnd
Z	1.066963	0.2716211	S2	gnd
Z	1.5516737	0.162698	S3	gnd
Z	1.6571246	0.2566685	S4	gnd
Z	1.7302359	0.1366097	S5	gnd
Z	2.2818319	-0.027994	S6	gnd
end