IEEE34NodeTestFeede.doc

IEEE POWER ENGINEERING SOCIETY
Power System Analysis, Computing and Economics Committee

Vice Chair
CHEN-CHING LIU
Dept. of Electrical Eng.
University of Washington
Box 352500
Seattle, WA 98195
Vox: 206-543-2198
Fax: [phone]
[e-mail]

Chair
MARTIN L. BAUGHMAN
Professor Emeritus
The University of Texas at Austin
5703 Painted Valley Drive
Austin, TX 78759
Vox: 512-345-8255
Fax: [phone]
[e-mail]

Secretary
ROGER C. DUGAN
Sr. Consultant
Electrotek Concepts, Inc
408 N Cedar Bluff Rd
Knoxville, TN 37923
Vox: 865-470-9222
Fax: [phone]
[e-mail]

Subcommittee Chairs
Computer & Analytical Methods
EDWIN LIU, Chair
Nexant, Inc.
101, 2nd street, 11F
San Francisco CA 94105
Vox: 415-369-1088
Fax: [phone]
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: [phone]
[e-mail]

Intelligent System Applications
DAGMAR NIEBUR, Chair
Department of ECE
Drexel University
3141 Chestnut Street
Philadelphia, PA 19104
Vox: [phone]
Fax: [phone]
[e-mail]

Reliability, Risk & Probability
Applications
JAMES D. MCCALLEY, Chair
Iowa State University
Room 2210 Coover Hall
Ames, Iowa 50011
Vox: 515-294-4844
Fax: [phone]
[e-mail]

Systems Economics
ROSS BALDICK, Chair
ECE Dept. , ENS 502
The University of Texas at Austin
Austin, TX 78712
Vox: 512-471-5879
Fax: [phone]
[e-mail]

Past Chair
JOANN V. STARON
Nexant Inc/ PCA
1921 S. Alma School Road
Suite 207
Mesa, AZ 85210
Vox: 480-345-7600
Fax: [phone]
joann.staron@pca-

Distribution System Analysis Subcommittee

IEEE 34 Node Test Feeder
The Institute of Electrical and Electronics Engineers, Inc.

IEEE 34 Node Test Feeder

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 13471
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

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

--- 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 |mi.to 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 | 10287 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

- R A D I A L P O W E R F L O W --- DATE: 6-24-2004 AT 16:34:32 HOURS ---
SUBSTATION: IEEE 34; FEEDER: IEEE 34
-------------------------------------------------------------------------------
NODE VALUE PHASE A PHASE B PHASE C UNT O/L<
(LINE A) (LINE B) (LINE C) 60.%
---------------------*--------A-------*-------B-------*-------C-------*--------
NODE: 800 VOLTS: 1.050 .00 1.050 -120.00 1.050 120.00 MAG/ANG
kVll 24.900 NO LOAD OR CAPACITOR REPRESENTED AT SOURCE NODE

TO NODE 802 .......: 51.56 -12.74 44.57 -127.70 4092 117.37 AMP/DG
<802 > LOSS= 3.472: ( 1.637) ( .978) ( .858) kW
---------------------*--------A-------*-------B-------*-------C-------*--------
NODE: 802 VOLTS: 1.047 -.05 1.048 -120.07 1.048 119.95 MAG/ANG
-LD: .00 .00 .00 .00 .00 .00 kW/kVR
kVll 24.900 CAP: .00 .00 .00 kVR

FROM NODE 800 .....: 51.58 -12.80 44.57 -127.76 40.93 117.31 AMP/DG
<802 > LOSS= 3.472: ( 1.637) ( .978) ( .858) kW
TO NODE 806 ....... 51.58 -12.80 44.57 -127.76 40.93 117.31 AMP/DG
<806 > LOSS= 2.272: ( 1.102) ( .618) ( .552) kW
---------------------*--------A-------*-------B-------*-------C-------*--------
NODE: 806 VOLTS: 1.046 -.08 1.047 -120.11 1.047 119.92 MAG/ANG
-LD: .00 .00 .00 .00 .00 .00 kW/kVR
kVll 24.900 CAP: .00 .00 .00 kVR

FROM NODE 802 .....: 51.59 -12.83 42.47 -126.83 39.24 118.52 AMP/DG
<806 > LOSS= 2.272: ( 1.102) ( .618) ( .552) kW
TO NODE 808 .......: 51.59 -12.83 42.47 -126.83 39.24 118.52 AMP/DG
<808 > LOSS= 41.339: ( 20.677) ( 10.780) ( 9.882) kW
---------------------*--------A-------*-------B-------*-------C-------*--------
NODE: 808 VOLTS: 1.014 -.75 1.030 -120.95 1.029 119.30 MAG/ANG
-LD: .00 .00 .00 .00 .00 .00 kW/kVR
kVll 24.900 CAP: .00 .00 .00 kVR

FROM NODE 806 .....: 51.76 -13.47 42.46 -127.59 39.28 117.76 AMP/DG
<808 > LOSS= 41.339 ( 20.677) ( 10.780) ( 9.882) kW
TO NODE 810 .......: 1.22 -144.62 AMP/DG
<810 > LOSS= .002: ( .002) kW
TO NODE 812 .......: 51.76 -13.47 41.30 -127.10 39.28 117.76 AMP/DG
<812 > LOSS= 47.531: ( 24.126) ( 11.644) ( 11.761) kW
---------------------*--------A-------*-------B-------*-------C-------*--------
NODE: 810 VOLTS: 1.029 -120.95 MAG/ANG
-LD: .00 .00 kW/kVR
kVll 24.900 CAP: .00 kVR

FROM NODE 808 .....: .00 .00 AMP/DG
<810 > LOSS= .002: ( .002) kW

- R A D I A L P O W E