-
IEEE
POWER ENGINEERING SOCIETY
Power System Analysis, Computing and Economics
Committee
Subcommittee Chairs
Computer & Analytical Methods
EDWIN LIU, Chair
Nexant, Inc.
101, 2nd
street, 11F
San Francisco CA 94105
Vox: 415-369-1088
Fax:
415-369-0894
exliu@
Distribution Systems Analysis
SANDOVAL CARNEIRO, JR, Chair
Dept. of Electrical Engineering
Federal Univ. of Rio de Janeiro
Rio de Janeiro, RJ, Brazil
Vox: 55-21-25628025
Fax:
55-21-25628628
sandoval@
Intelligent System Applications
DAGMAR NIEBUR, Chair
Department of ECE
Drexel
University
3141 Chestnut Street
Philadelphia, PA 19104
Vox:
(215) 895 6749
Fax: (215) 895 1695
niebur@
Reliability, Risk & Probability
Applications
JAMES D.
MCCALLEY, Chair
Iowa State University
Room 2210 Coover Hall
Ames,
Iowa 50011
Vox: 515-294-4844
Fax: 515-294-4263
jdm@
Systems Economics
ROSS BALDICK, Chair
ECE
Dept. , ENS 502
The University of Texas
at Austin
Austin, TX 78712
Vox: 512-471-5879
Fax:
512-471-5532
baldick@
Past Chair
JOANN V. STARON
Nexant Inc/ PCA
1921 S. Alma
School Road
Suite 207
Mesa,
AZ 85210
Vox: 480-345-7600
Fax: 480-345-7601
@
Chair
MARTIN L. BAUGHMAN
Professor Emeritus
The
University of Texas at Austin
5703
Painted Valley Drive
Austin, TX 78759
Vox: 512-345-8255
Fax:
512-345-9880
baughman@
Vice Chair
CHEN-CHING LIU
Dept. of Electrical Eng.
University of Washington
Box
352500
Seattle, WA 98195
Vox: 206-543-2198
Fax:
206-543-3842
liu@
Secretary
ROGER C. DUGAN
Sr. Consultant
Electrotek
Concepts, Inc.
408 N Cedar Bluff Rd
Knoxville, TN 37923
Vox:
865-470-9222
Fax: 865-470-9223
@
Distribution System Analysis
Subcommittee
IEEE 34 Node Test
Feeder
The
Institute of Electrical and Electronics Engineers,
Inc.
IEEE 34 Node Test
Feeder
848
822
820<
/p>
818
802
806
808
812
814
850
816
800
810
852
824
826
858
832
888
890
83
8
864
846
844
842
834
860
836<
/p>
840
862
828
830
854
< br>856
The
Institute of Electrical and Electronics Engineers,
Inc.
Overhead
Line Configurations (Config.)
Config.
300
301
302
303
304
Phasing
B A
C N
B A C N
A N
B
N
B N
Phase
ACSR
1/0
#2
6/1
#4 6/1
#4
6/1
#2 6/1
Neutral
ACSR
1/0
#2
6/1
#4 6/1
#4
6/1
#2 6/1
500
500<
/p>
510
510
510
Spacing ID
Line Segment
Data
Node A
800
802
806
808
808
812
814
816
816
818
820
824
824
828
830
832
832
834
834
836
836
842
844
846
850
852
854
854
858
858
860
862
888
Node
B
802
806
808
810
812
814
850
818
824
820
822
826
828
830
854
858
888
860
842
840
862
844
846
848
816
832
856
852
864
834
836
838
890
Length(ft.)
2580
1730
5804
Config.
300
300
300
303
300
300
301
302
301
302
302
303
301
301
301
XFM-1
301
301
301
301
301
301
301
301
301
303
301
302
301
301
304
300
301
32230
37500
29730
1710
10
10210
48150
13740
3030
840
520
0
20440
4900
2020
280
860
1350
3640
530
310
23330
36830
1620
5830
2680
10560
4860
10
280
The Institute of Electrical
and Electronics Engineers, Inc.
Transformer Data
kVA
Substation:
XFM
-1
2500
500
kV-
high
69 - D
24.9 -
Gr.W
kV-low
24.9 -Gr.
W
4.16 - Gr. W
R -
%
1
1.9
X -
%
8
4.08
Spot Loads
Node
860
840
844
848
< br>890
830
Total
Loa
d
Model
Y-PQ
Y-I
Y-Z
D-PQ
D-I
D-Z
Ph-1
kW
20
9
135
20
150
10
344
Ph-1
Ph-2
kVAr
16
7
105
16
75
5
224
kW
20
9
135
20
150
10
344
Ph-2
kVAr
16
7
105
16
75
5
224
Ph
-3
kW
20
9
135
20
150
25
359
Ph-4
kVAr
1
6
7
105
16
75
10
229
Distributed Loads
Node
Node
A
802
808
818
820
816
824
824
828
854
832
858
858
8
34
860
836
862
842
844
846
Tot
al
B
806
810
< br>820
822
824
826
828
830
856
858
864
834
860
836
840
838
8
44
846
848
Load
Model
Y-PQ
Y-I
Y-Z
Y-PQ
D-I
Y-I
Y-PQ
Y-PQ
Y-PQ
< br>D-Z
Y-PQ
D-PQ
D-Z
D-PQ
D-I
Y-PQ
Y-PQ
Y-PQ
Y-PQ
Ph-1
Ph-1
Ph-2
kW
0
0
34
135
0
0
0
7
0
7
2
4
16
30
18
0
9
0
0
262
kVAr
0
0
17
70
0
0
0
3
0
3
1
2
8
15
9
0
5
0
0
133
kW
30
16
0
0
5
40
0
0
4
2
0
15
20
10
< br>22
28
0
25
23
240
Ph-2
kVAr
15
8
0
0<
/p>
2
20
0
0
2
1
0
8
10
6
11
14
0
12
11
120<
/p>
Ph-3
Ph-3
kW
< br>25
0
0
0
0
0
4
0
0
6
0
13
1
10
42
0
0
0
20
0
220
kVAr
14
0
0
< br>0
0
0
2
0
0
3
0
7
55
22
0
0
0
11
0
11
4
The Institute
of Electrical and Electronics Engineers, Inc.
Shunt Capacitors
Node
844
848
Total
Ph-A
kVAr
100
< br>150
250
Ph-B
kVAr
100
150
250
< br>Ph-C
kVAr
100
150
250
Regulator Data
Regulator
ID:
Line Segment:
Location:
Phases:
Connection:
Mo
nitoring Phase:
Bandwidth:
PT
Ratio:
Primary CT
Rating:
Compensator
Settings:
R - Setting:
X -
Setting:
Volltage
Level:
Regulator ID:
Line Segm
ent:
Location:
Phases:
< br>Connection:
Monitoring
Phase:
Bandwidth:
PT
Ratio:
Primary CT
Rating:
Compensator
Settings:
R - Setting:
X -
Setting:
Volltage
Level:
1
814 -
850
814
A - B
-C
3-Ph,LG
A-B-C
2.0
volts
120
100
Ph-A
2.7
1.6
122
2
852 - 832
852
A -
B
-C
3-Ph,LG
A-B-C
2.0
volts
120
100
Ph-A
2.5
1.5
124
Ph-B
2.5
1.5
124
Ph-C
2.5
1.5
124
Ph-B
2.7
1.6
122
Ph-C
2.7
1.6
122
The Institute of Electrical
and Electronics Engineers, Inc.
IEEE 34 Node Test Feeder
Impedances
Configuration 300:
--------- Z & B Matrices
Before Changes ---------
Z (R +jX) in ohms per mile
1.3368
1.3343 0.2101 0.5779 0.2130 0.5015
1.3238 1.3569
0.2066 0.4591
1.3294 1.3471
B in micro
Siemens per mile
5.3350
-1.5313 -0.9943
5.0979 -0.6212
4.8880
Configuration 301:
Z (R +jX) in
ohms per mile
1.9300 1.4115 0.2327
0.6442 0.2359 0.5691
1.9157 1.4281 0.2288 0.5238
1.9219 1.4209
B in micro
Siemens per mile
5.1207
-1.4364 -0.9402
4.9055 -0.5951
4.7154
Configuration 302:
Z (R
+jX) in ohms per mile
2.7995 1.4855
0.0000 0.0000 0.0000 0.0000
0.0000 0.0000 0.0000 0.0000
0.0000 0.0000
B in micro
Siemens per mile
4.2251
0.0000 0.0000
0.0000 0.0000
0.0000
Configuration 303:
Z (R
+jX) in ohms per mile
0.0000 0.0000
0.0000 0.0000 0.0000 0.0000
2.7995 1.4855 0.0000 0.0000
0.0000 0.0000
B in micro
Siemens per mile
0.0000
0.0000 0.0000
4.2251 0.0000
0.0000
Configuration 304:
Z (R
+jX) in ohms per mile
0.0000 0.0000
0.0000 0.0000 0.0000 0.0000
1.9217 1.4212 0.0000 0.0000
0.0000 0.0000
B in micro
Siemens per mile
0.0000
0.0000 0.0000
4.3637 0.0000
0.0000
The
Institute of Electrical and Electronics Engineers,
Inc.
Power Flow Results
-
R A D I A L F L O W S
U M M A R Y
- DATE: 6-24-2004 AT
16:34:11 HOURS ---
SUBSTATION: IEEE
34; FEEDER: IEEE 34
--------------------------------------
-----------------------------------------
SYSTEM PHASE PHASE
PHASE TOTAL
INPUT -------(
A)-------|-------(B)-------|-------(C)-------|----
--------------
kW : 759.136
| 666.663 | 617.072 |
2042.872
kVAr : 171.727 |
90.137 | 28.394 | 290.258
kVA : 778.318 | 672.729
| 617.725 | 2063.389
PF
: .9754 | .9910 | .9989
| .9901
LOAD --(
A-N)----(A-B)-|--(B-N)----(B-C)-|--(C-N)----(C-A)-
|---WYE-----DELTA--
kW : 359.9
246.4| 339.3 243.3| 221.8 359.0| 921.0
848.8
TOT : 606.322 |
582.662 | 580.840 | 1769.824
|
| |
kVAr : 230.9
128.7| 216.9 128.7| 161.8 184.6| 609.6
441.9
TOT : 359.531 |
345.609 | 346.407 | 1051.547
|
| |
kVA : 427.6
278.0| 402.7 275.3| 274.6 403.7| 1104.5
957.0
TOT : 704.903 |
677.452 | 676.293 | 2058.647
|
| |
PF : .8417
.8864| .8425 .8840| .8078 .8894| .8339
.8870
TOT : .8601 |
.8601 | .8589 | .8597
LOSSES ------(A)-------|
-------(B)-------|-------(C)-------|--------------
----
kW : 114.836 |
80.389 | 77.824 | 273.049
kVAr : 14.200 | 10.989
| 9.810 | 34.999
kVA
: 115.711 | 81.137 |
78.440 | 275.283
CAPAC --(A-N)----(A-B)-|--(B-N)----(B-C)-|--(C-N)-
---(C-A)-|---WYE-----DELTA--
R-kVA:
250.0 .0| 250.0 .0| 250.0
.0| 750.0 .0
TOT :
250.000 | 250.000 | 250.000 |
750.000
|
| |
A-kVA: 265.7
.0| 264.8 .0| 265.9 .0| 796.3
.0
TOT : 265.658 |
264.760 | 265.869 |
796.287
The Institute of Electrical and
Electronics Engineers, Inc.
---
V O L T A G E P R O F
I L E
---- DATE: 6-24-2004 AT
16:34:18 HOURS ----
SUBSTATION: IEEE
34; FEEDER: IEEE 34
--------------------------------------
-----------------------------------------
NODE | MAG ANGLE | MAG
ANGLE | MAG ANGLE | SR
-----
--------------------------------------------------
------------------------
______|_______ A-N ______ |_______ B-N _______
|_______ C-N _______ |
800 | 1.0500
at .00 | 1.0500 at -120.00 | 1.0500 at
120.00 | .000
802 | 1.0475 at
-.05 | 1.0484 at -120.07 | 1.0484 at 119.95 |
.489
806 | 1.0457 at -.08 |
1.0474 at -120.11 | 1.0474 at 119.92 | .816
808 | 1.0136 at -.75 | 1.0296
at -120.95 | 1.0289 at 119.30 | 6.920
810 | | 1.0294
at -120.95 | | 8.020
812 | .9763 at -1.57 | 1.0100
at -121.92 | 1.0069 at 118.59 | 14.023
814 | .9467 at -2.26 | .9945
at -122.70 | .9893 at 118.01 | 19.653
RG10 | 1.0177 at -2.26 | 1.0255
at -122.70 | 1.0203 at 118.01 | 19.654
850 | 1.0176 at -2.26 | 1.0255
at -122.70 | 1.0203 at 118.01 | 19.655
816 | 1.0172 at -2.26 | 1.0253
at -122.71 | 1.0200 at 118.01 | 19.714
818 | 1.0163 at -2.27 |
| | 20.038
820 |
.9926 at -2.32 | |
| 29.157
822 | .9895 at -2.33 |
| | 31.760
824 |
1.0082 at -2.37 | 1.0158 at -122.94 | 1.0116
at 117.76 | 21.648
826 |
| 1.0156 at -122.94 | |
22.222
828 | 1.0074 at -2.38 |
1.0151 at -122.95 | 1.0109 at 117.75 | 21.807
830 | .9894 at -2.63 | .9982
at -123.39 | .9938 at 117.25 | 25.678
854 | .9890 at -2.64 | .9978
at -123.40 | .9934 at 117.24 | 25.777
852 | .9581 at -3.11 | .9680
at -124.18 | .9637 at 116.33 | 32.752
RG11 | 1.0359 at -3.11 | 1.0345
at -124.18 | 1.0360 at 116.33 | 32.752
832 | 1.0359 at -3.11 | 1.0345
at -124.18 | 1.0360 at 116.33 | 32.754
858 | 1.0336 at -3.17 | 1.0322
at -124.28 | 1.0338 at 116.22 | 33.682
834 | 1.0309 at -3.24 | 1.0295
at -124.39 | 1.0313 at 116.09 | 34.786
842 | 1.0309 at -3.25 | 1.0294
at -124.39 | 1.0313 at 116.09 | 34.839
844 | 1.0307 at -3.27 | 1.0291
at -124.42 | 1.0311 at 116.06 | 35.095
846 | 1.0309 at -3.32 | 1.0291
at -124.46 | 1.0313 at 116.01 | 35.784
848 | 1.0310 at -3.32 | 1.0291
at -124.47 | 1.0314 at 116.00 | 35.885
860 | 1.0305 at -3.24 | 1.0291
at -124.39 | 1.0310 at 116.09 | 35.169
836 | 1.0303 at -3.23 | 1.0287
at -124.39 | 1.0308 at 116.09 | 35.677
840 | 1.0303 at -3.23 | 1.0287
at -124.39 | 1.0308 at 116.09 | 35.839
862 | 1.0303 at -3.23 | 1.0287
at -124.39 | 1.0308 at 116.09 | 35.730
838 | | 1.0285
at -124.39 | | 36.650
864 | 1.0336 at -3.17 |
| | 33.989
XF10 |
.9997 at -4.63 | .9983 at -125.73 | 1.0000
at 114.82 | 32.754
888 | .9996
at -4.64 | .9983 at -125.73 | 1.0000 at
114.82 | 32.754
890 | .9167 at
-5.19 | .9235 at -126.78 | .9177 at 113.98
| 34.754
856 | |
.9977 at -123.41 | | 30.195
-----------
VOLTAGE REGULATOR DATA
----
DATE: 6-24-2004 AT 16:34:22 HOURS --
SUBSTATION: IEEE 34; FEEDER: IEEE 34
______________________________________
_________________________________________
[NODE]--[VREG]-----[SEG]------[NODE]
MODEL OPT BNDW
814
RG10 850 850 Phase A & B & C, Wye
RX 2.00
....................
..................................................
..
PHASE LDCTR VOLT HOLD
R-VOLT X-VOLT PT RATIO CT RATE TAP
1 122.000
2.700 1.600 120.00 100.00 12
2 122.000
2.700 1.600 120.00 100.00 5
3 122.000
2.700 1.600 120.00 100.00 5
______________________________________
_________________________________________
[NODE]--[VREG]-----[SEG]------[NODE]
MODEL OPT BNDW
852
RG11 832 832 Phase A & B & C, Wye
RX 2.00
....................
..................................................
..
PHASE LDCTR VOLT HOLD
R-VOLT X-VOLT PT RATIO CT RATE TAP
1 124.000
2.500 1.500 120.00 100.00 13
2 124.000
2.500 1.500 120.00 100.00 11
3 124.000
2.500 1.500 120.00 100.00 12
The Institute of Electrical
and Electronics Engineers, Inc.