Appendix K Power Flow Analysis · Siemens Industry, Inc. – Siemens Power Technologies...

Appendix Great Northern Transmission Line

Appendix K

Power Flow Analysis

This page intentionally left blank

Siemens Industry, Inc. Siemens Power Technologies International 10900 Wayzata Boulevard Minnetonka, Minnesota 55305 USA Tel: +1 (952) 607-2270 • Fax: +1 (518) 346-2777 www.siemens.com/power-technologies

Siemens PTI Report R032-14

GNTL Model Development

Prepared for Minnesota Power Submitted by: Douglas R. Brown, Senior Manager Jyothi Chittyreddy, Staff Consultant April 2, 2014 Siemens PTI Project P/21-113858

Revision History

Date Rev. Description

April 2, 2014 - Original Issue

i

Siemens Industry, Inc. – Siemens Power Technologies International R032-14 – GNTL Model Development

Contents Legal Notice ................................................................................................................. iii

Executive Summary .................................................................................................... v

Section 1 – Introduction ......................................................................................... 1-1

Section 2 – Power Flow Models ............................................................................ 2-1

2.1 MTEP13 Cases .....................................................................................................2-1

2.2 2020 and 2025 Benchmark Cases ........................................................................2-2

2.3 2020 and 2025 Study Cases with GNTL ...............................................................2-3

2.4 Model Development Summary ..............................................................................2-6

Appendix A – Power Flow Models ........................................................................ A-1

A.1 Model Development .............................................................................................. A-1

A.2 Summer Peak Cases............................................................................................ A-3

A.3 Shoulder Cases .................................................................................................... A-4

Contents


ii

This page intentionally left blank.

iii


Legal Notice This document was prepared by Siemens Industry, Inc., Siemens Power Technologies International (Siemens PTI), solely for the benefit of Minnesota Power. Neither Siemens PTI, nor parent corporation or its or their affiliates, nor Minnesota Power, nor any person acting in their behalf (a) makes any warranty, expressed or implied, with respect to the use of any information or methods disclosed in this document; or (b) assumes any liability with respect to the use of any information or methods disclosed in this document.

Any recipient of this document, by their acceptance or use of this document, releases Siemens PTI, its parent corporation and its and their affiliates, and Minnesota Power from any liability for direct, indirect, consequential or special loss or damage whether arising in contract, warranty, express or implied, tort or otherwise, and irrespective of fault, negligence, and strict liability.

Legal Notice


iv


v


Executive Summary Minnesota Power is proposing to construct a new interconnection from southern Manitoba to northeastern Minnesota. The Great Northern Transmission Line (GNTL) will consist of a 500 kV transmission line from the Minnesota-Manitoba border to a new Iron Range 500 kV Substation near Grand Rapids, Minnesota, as well as associated substation facilities and transmission system modifications at the Iron Range 500 kV Substation site.

The Presidential Permit Application (PPA) for the GNTL requires system power flow plots for the applicant’s service area for heavy summer and light spring load periods, with and without the proposed international interconnection, for the year the line is scheduled to be placed in service and for the fifth year thereafter. This report documents development of power flow cases representing summer peak and shoulder conditions in 2020 and 2025.

Summer peak and shoulder cases representing the 2020 and 2025 study years were developed from MISO MTEP13 cases. The benchmark cases are used to benchmark system performance without the GNTL transmission or incremental transfers. GNTL study cases include the GNTL transmission and 750 MW of incremental transfer from Manitoba to the US. Power flow on key interfaces is summarized in Table 2-1 and Table 2-2. Detailed case summaries and power flow diagrams are provided in Appendix A.

lynelson

Text Box

Note: The Iron Range 500 kV Substation referenced in this document is the same as the Blackberry 500 kV Substation referenced in the Route and Presidential Permit Applications.

Executive Summary


vi


1-1


Section

1 Introduction Minnesota Power is proposing to construct a new interconnection from southern Manitoba to northeastern Minnesota. The Great Northern Transmission Line (GNTL) will consist of a 500 kV transmission line from the Minnesota-Manitoba border to a new Iron Range 500 kV Substation near Grand Rapids, Minnesota, as well as associated substation facilities and transmission system modifications at the Iron Range 500 kV Substation site.

The Presidential Permit Application (PPA) for the GNTL requires system power flow plots for the applicant’s service area for heavy summer and light spring load periods, with and without the proposed international interconnection, for the year the line is scheduled to be placed in service and for the fifth year thereafter. This report documents development of power flow cases representing summer peak and shoulder conditions in 2020 and 2025.

Introduction


1-2


2-1


Section

2 Power Flow Models Summer peak and shoulder benchmark cases representing the 2020 and 2025 study years were developed from MISO MTEP13 cases. The benchmark cases are used to benchmark system performance without the GNTL transmission or incremental transfers. GNTL study cases were developed from the benchmark cases by adding the GNTL transmission and incremental transfers from Manitoba to the US.

2.1 MTEP13 Cases The first step in developing cases representing the 2020 and 2025 study years was to develop summer peak and shoulder cases representing the 2023 study year from MISO MTEP13 cases. These cases do not include the GNTL transmission or incremental transfers.

The starting case for the 2023 Summer Peak case was the MISO MTEP13 2018 summer peak model “MTEP13-2018SUM-SCED_FINAL_Rev2(ATC_fix).sav”. The 2018 model was selected over the 2023 MTEP13 model due to low NDEX flow in the 2023 model. System topology in the western MISO region was updated to represent the 2023 study year. Load in North Dakota, South Dakota, Minnesota, Wisconsin, Manitoba, and Saskatchewan was increased to 2023 levels and generation was adjusted by control area to maintain area interchange; generation in the MISO market was scaled uniformly for MISO control areas without sufficient generation.

The starting case for the 2023 Shoulder case was the MISO MTEP13 2023 shoulder model “MTEP13-2023SShoulder-SCED_FINAL_Rev2(ATC_fix).sav”.

Updates and corrections applied to the 2023 summer peak and shoulder cases are listed in Appendix A, Table A-1. Some notable changes are listed below.

1. Topology updates a. Added MTEP13 Appendix A projects in study region b. North Dakota topology updates c. Added Glenboro-Rugby phase-shifting transformer d. Modeled Gordon-Hawthorne 762 Line Reconfiguration

2. MH Bipole #3 is included in both cases

3. True-up MISO generator interconnection queue a. Added projects that have signed a GIA or are in service (wind dispatched

at 20% in summer peak case and 90% in shoulder) b. Added J290 Rugby Wind c. Removed projects that have withdrawn

4. MH Exports set at 2175 MW in both cases.

Power Flow Models


2-2

5. Boundary Dam-Tioga (B10T) was set at 165 MW north-to-south in both cases.

6. Fort Francis-International Falls was set at 150 MW north-to-south in both cases.

7. Square Butte HVDC set at 550 MW in both cases.

MISO generation was scaled uniformly to account for adjustments to generation, load and interchange. The 2023 power flow cases were solved with transformer tap adjustment enabled, area interchange enabled, phase shifter adjustment enabled and switched shunt adjustment enabled.

2.2 2020 and 2025 Benchmark Cases 2020 and 2025 summer peak and shoulder benchmark cases were built starting from the 2023 cases. The MTEP13 appendices were reviewed to identify any Appendix A projects that should be added (2025) or removed (2020) from the 2023 cases. No Appendix A projects were identified that impact the bulk system in the study area.

Next, load in North Dakota, South Dakota, Minnesota, Wisconsin, Manitoba, and Saskatchewan was scaled using load growth assumptions from the Minnesota Renewable Energy Integration and Transmission Study. Load for Minnesota utilities (MP, XEL, GRE, OTP, SMMPA) was scaled by 0.5% per year, and load for non-Minnesota utilities (DPC, MDU, ATC, MH, WAPA, SPC) was scaled by 0.75% per year. Scalable load was identified using the load ID definitions in Appendix A of the Midwest Reliability Organization Model Building Manual. Generation was adjusted by control area according to merit order to maintain area interchange; generation in the MISO market was scaled uniformly for MISO control areas without sufficient generation.

The benchmark power flow cases were solved with transformer tap adjustment enabled, area interchange enabled, phase shifter adjustment enabled and switched shunt adjustment enabled.

Flows on key interfaces are summarized in Table 2-1 and Table 2-2. More detailed summaries and diagrams are provided in Appendix A.

Table 2-1. Key Interface Flows in 2020 Cases

Interface

Summer Peak Shoulder

Benchmark GNTL Benchmark GNTL

MHEX 2178 2926 2173 2924

NDEX -62.5 -57 1250 1253

MWEX 1015 1176 1517 1689

Arrowhead-Stone Lake 345 465 544 660 748

GNTL 500 kV - 905 - 911

Power Flow Models

2-3


Table 2-2. Key Interface Flows in 2025 Cases

Interface

Summer Peak Shoulder

Benchmark GNTL Benchmark GNTL

MHEX 2177 2927 2174 2924

NDEX -193 -187 1190 1194

MWEX 1017 1171 1518 1695

Arrowhead-Stone Lake 345 465 538 659 749

GNTL 500 kV - 910 - 914

2.3 2020 and 2025 Study Cases with GNTL Summer peak and shoulder study cases with the GNTL were developed from the summer peak and shoulder benchmark cases described in Section 2.2. The following changes were made to create the GNTL study cases:

Added GNTL transmission – 500 kV line from the Dorsey Substation to the Iron Range in northeastern

Minnesota with 60% series compensation at the line midpoint. – 205 Mvar shunt reactor at 500 kV line midpoint – 225 Mvar shunt reactors at each end of the 500 kV line. 500/230 kV

transformer at Iron Range rated 1200 MVA normal and 1500 MVA emergency.

– 150 Mvar shunt capacitor at Iron Range 500 kV substation and 140 (2*70) Mvar shunt capacitor at Iron Range 230 kV substation.

Added second 500-230 kV transformer at Riel.

Added a second 73.4 Mvar shunt capacitor at Dorsey 500/230 kV transformer 52 tertiary. Added 3*73.4 Mvar shunt capacitors at Riel 500/230 k transformer #1 tertiary.

Added 750 MW of incremental north-south transfers from Manitoba to the US.

Manitoba Hydro’s HVDC and associated northern collector generation was used to source the incremental 750 MW transfer for the GNTL study cases. The generation and load used to sink the incremental transfer to the US are given in Table 2-3 through Table 2-6. The sinks for 2020 summer peak and shoulder peak cases are shown in Table 2-3 and Table 2-4 respectively. The sinks for 2025 summer peak and shoulder peak cases are shown in Table 2-5 and Table 2-6 respectively.

The GNTL study cases were solved with transformer tap adjustment enabled, area interchange enabled, phase shifter adjustment enabled and switched shunt adjustment enabled.

Flows on key interfaces are summarized in Table 2-1 and Table 2-2. Diagrams and more detailed case summaries are provided in Appendix A.

Power Flow Models


2-4

Table 2-3.Sinks for 2020 Summer Peak GNTL Study Case

Area Sink Total (MW)

MP

Industrial Load Adjustment Generation Adjustment: 608703 SupGen (158) 608902 Tac Harbor 3 (86) 608760 GenBus (17) 608702 Laskin 1 (14) 608702 Laskin 2 (13)

95

288

WPS 699993 Skygen 1 (153) 699655 West Marinette 1 (34) 699660 West Marinette 2 (33) 699681 Weston G32 (41.5) 699597 Pulliam 31 (77.3) 698925 AP_PPRGT (28.2)

367

Table 2-4. Sinks for 2020 Shoulder GNTL Study Case


MP Industrial Load Adjustment Generation Adjustment: 608693 Tac Harbor 1 (75) 608902 Tac Harbor 3 (80) 608665 Thomson (37) 608676 Hibbard 3 (19) 608676 Hibbard 4 (15) 608776 Boswell 1 (54) 608777 Boswell 2 (8)

95

288

WPS 699662 Weston 4 (151.9) 699594 Pulliam 8 (36.3) 699595 Pulliam 6 (65.3) 699880 KRAFT (7.3) 699679 Weston 1 (55.5) 699591 Pulliam 5 (50.8)

367

Power Flow Models

2-5


Table 2-5. Sinks for 2025 Summer Peak GNTL Study Case


MP

Industrial Load Adjustment Generation Adjustment: 608703 SupGen (158) 608902 Tac Harbor 3 (86) 608760 GenBus (36) 608702 Laskin 1 (4) 608702 Laskin 2 (4)

95

288

WPS 699993 Skygen 1 (153) 699655 West Marinette 1 (34) 699660 West Marinette 2 (33) 699681 Weston G32 (41.5) 699597 Pulliam 31 (77.3) 698925 AP_PPRGT (28.2)

367

Table 2-6. Sinks for 2025 Shoulder GNTL Study Case


MP Industrial Load Adjustment Generation Adjustment: 608693 Tac Harbor 1 (75) 608902 Tac Harbor 3 (80) 608665 Thomson (36) 608676 Hibbard 3 (20) 608676 Hibbard 4 (15) 608776 Boswell 1 (54) 608777 Boswell 2 (8)

95

288

WPS 699662 Weston 4 (114.8) 699594 Pulliam 8 (27.5) 699595 Pulliam 6 (65.3) 699880 KRAFT (25.1) 699880 KRAFT (17.2) 698690 BIRON PM (10.8) 699679 Weston 1 (55.5) 699591 Pulliam 5 (50.8)

367

Power Flow Models


2-6

2.4 Model Development Summary The following set of cases were developed as outlined above.

2020 Summer Peak – Benchmark case without GNTL facilities, MHEX = 2175 MW – GNTL transmission with 750 MW incremental Manitoba-US transfer

2020 Shoulder – Benchmark case without GNTL facilities, MHEX = 2175 MW – GNTL transmission with 750 MW incremental Manitoba-US transfer

2025 Summer Peak – Benchmark case without GNTL facilities, MHEX = 2175 MW – GNTL transmission with 750 MW incremental Manitoba-US transfer

2025 Shoulder – Benchmark case without GNTL facilities, MHEX = 2175 MW – GNTL transmission with 750 MW incremental Manitoba-US transfer

A-1


Appendix

A Power Flow Models A.1 Model Development

Table A-1. Model Changes

2023 Shoulder

2023 Summer

ND Topology Changes add existing jamestown cap.idv, OTP_P3481_Buff-CassNewLine.idv, OTP-RatingUpdates_ModelChanges.idv, square butte 40 mvar capacitor.py, BEPC-Rugby115TieCorrection.idv, correct-coy-mr-taps.idv, MPC-RatingUpdates_ModelChanges.idv "

x x

True-up Generator Interconnection Queue

Add projects that have GIA or are in-service Add_G621_XELMankatoExpansion.idv x x

Add_R39_Raun-Lakefield.idv x x

Add_R25_Monona_Carroll.idv x x

Add_J171_Benson_FibrominnExpansion.idv x x

Add_J200_Heskett.idv x x

Add_J290_on_Rugby_Glenboro.idv x x

Remove projects that have withdrawn Remove_H067_Withdrawn_GREAtwater.idv x x

Remove_G746_Lansing_Harmony_Withdrawn.idv x x

Remove_G614_Lakefield_FoxLake_Withdrawn_AlreadyOut_InanIsland.idv x x

Remove_G491_XELChanarambieSub_Withdrawn.idv x x

Add new MTEP13 Appendix A projects in study region Add_StBoni_TR2.idv Add_MTEP13_A_ATCUpdates.idv Add_ITCMW_HickoryCreek161_Tap_on_Lore-Liberty161kV.idv

x x

TopologyChanges_To_2023SHcase_BasedOn_2023SUMcase.idv x

G82R_Phase_Shifter_Addition_Rev_v32.idv x x

match_CUDC_CCunitsoutput.py (Match CU HVDC to Coal Creek output) x x

adjust_SQDC_550MW.py (Set Square Butte HVDC to 550 MW) x x

conawapa-1300-10ser-v32.idv x x

Power Flow Models


A-2

2023 Shoulder

2023 Summer

Adjust_MHEX_2175_summer.idv x

Adjust_MHEX_2175_summer2.idv x

Adjust_MHEX_2175.idv x

Adjust_MH_Load_in2018SUM_tomatch_2023SUMCase_HVDC.py x

MP-IndustrialLoads.py x x

MP-SSH-Zone615Load.py x

Reduce Polymet loads in Benchmark case x x

Remove second G82R transformer x x

Adjust_F3M_150MWSouth_From_Ontario_To_MP.py x x

Adjust_B10T_165MWSouth_From_SPC_To_WAPA.py x x

Turn_off_Brandon5_in_benchmarkcases.idv x x

Add a 5th step to the switched shunt at Arrowhead 230 kV x

BrandonSWSHNT668022at49MVAR_AdjustCornwallisXfmrWndg2VoltageLimits.py x x

Adjusting_SSOutputs_of_Ponton(669820)_Birchtree(669819)SVCs_to_0.py x x

Gordon_Hawthorne_762Line_Reconfiguration.py x x

Update topology in 2018 summer case to match 2023SH compare_2018sum_to_2023Sh_A_ALTW.idv compare_2018sum_to_2023Sh_A_AMMO.idv compare_2018sum_to_2023Sh_A_ALTE.idv compare_2018sum_to_2023Sh_A_MGE.idv compare_2018sum_to_2023Sh_A_DPC.idv compare_2018sum_to_2023Sh_A_GRE.idv compare_2018sum_to_2023Sh_A_LES.idv compare_2018sum_to_2023Sh_A_MDU.idv compare_2018sum_to_2023Sh_A_MH.idv compare_2018sum_to_2023Sh_A_MEC.idv compare_2018sum_to_2023Sh_A_MP.idv compare_2018sum_to_2023Sh_A_MPW.idv compare_2018sum_to_2023Sh_A_NPPD.idv compare_2018sum_to_2023Sh_A_OPPD.idv compare_2018sum_to_2023Sh_A_OTP.idv compare_2018sum_to_2023Sh_A_SMMPA.idv compare_2018sum_to_2023Sh_A_SPC.idv compare_2018sum_to_2023Sh_A_UPPC.idv compare_2018sum_to_2023Sh_A_WAPA.idv compare_2018sum_to_2023Sh_A_WEC.idv compare_2018sum_to_2023Sh_A_WPS.idv

compare_2018sum_to_2023Sh_A_XEL.idv

x

set_2018sumcase_loads_to_2023SUM_loads.py x

Power Flow Models

A-3


A.2 Summer Peak Cases

Summer Peak Cases

Benchmark GNTL Project Benchmark GNTL ProjectMHEX 2177.9 2926.2 2177.1 2927.0

Riel_Roseau_500 kV 1607.6 1494.3 1605.9 1493.3Dorsey-Iron Range 500 kV 905.3 909.5

Richer_Roseau_230 kV 145.2 123.6 139.2 113.1Letellier_Drayton_230 kV 425.3 403.1 431.9 411.2Glenboro_Rugby_230 kV -0.1 -0.1 0.0 -0.1

NDEX -62.5 -56.9 -192.8 -187.4MWEX 1015.4 1176.1 1017.4 1170.5

AS King-Eau Claire 345 kV 549.9 631.4 551.3 631.5Arrowhead-Stone Lake 345 kV 465.4 544.7 466.1 538.9

AHD-STL 464.7 543.7 465.4 537.9Forbes-Chisago 1165.3 1289.2 1158.3 1286.6GNTL

500 kV - MW @ Dorsey 905.3 909.5500 kV - MVar @ Dorsey 29.9 33.8

500 kV - MVar @ Iron Range 158.9 157.4Iron Range 500 kV Cap - Admittance 150.0 150.0

500-230 kV - MW 880.1 884.1Bus Voltage

Dorsey 500 kV 1.041 1.039 1.041 1.039Dorsey 500 kV Angle 34.6 35.4 34.8 35.5

Iron Range 500 kV 1.030 1.029Iron Range 500 kV Angle 20.2 20.2

Riel 500 kV 1.036 1.038 1.036 1.038Riel 500 kV Angle 31.4 33.9 31.6 34.0

Forbes 500 kV 1.024 1.024 1.024 1.024Forbes 500 kV Angle 4.3 8.8 4.5 8.9

Forbes SVC Output - Mvar 8.1 -32.4 -1.0 -14.0IronRange 230 kV 1.032 1.031Blackberry 230 kV 1.022 1.032 1.022 1.031

Forbes 230 kV 1.021 1.021 1.022 1.020Arrowhead 230 kV 1.011 1.010 1.016 1.007Arrowhead 345 kV 1.013 1.022 1.017 1.019Stone Lake 345 kV 1.018 1.017 1.019 1.015

Synchronous Condensers

2020 2025

Synchronous Condensers 669821 DSYMIL7G 0.0 0.0 0.0 0.0669822 DSYMIL8G 114.5 201.7 137.9 227.7669823 DSYMIL9G 114.5 201.7 137.9 227.7

669824 DSYASEAG 61.1 107.6 73.6 121.4669824 DSYASEAG 61.1 107.6 73.6 121.4669824 DSYASEAG 61.1 107.6 73.6 121.4

669825 DSY EE G 61.1 107.6 73.6 121.4669825 DSY EE G 61.1 107.6 73.6 121.4669825 DSY EE G 61.1 107.6 73.6 121.4669826 RIELSC1G 116.2 119.9 130.7 135.5669827 RIELSC2G 116.2 119.9 130.7 135.5669828 RIELSC3G 116.2 119.9 130.7 135.5669829 RIELSC4G 116.2 119.9 130.7 135.5

HVDCSquare Butte (power at the rectifier) 550 550 550 550

MH Bipole 1 (5 & 6) -1230 -1466 -1272 -1508MH Bipole 2 (7 & 8) -1326 -1582 -1372 -1628

MH Bipole 3 (48 & 49) -1322 -1578 -1368 -1624Capacitors

Iron Range 500 150 150Iron Range 230 140 140

Arrowhead 230 SW SHNT 160 200 200 200Dorsey xfmr 51 tertiary 146 146 146 146Dorsey xfmr 52 tertiary 146 146 146 146

Riel xfmr 1 tertiary 73 73Arrowhead 345 0 75 0 75Stone Lake 345 75 75 75 75

Area Interchange - MW 295 WEC 662.0 662.2 662.2 662.0600 XEL -1295.0 -1292.9 -1283.1 -1283.4608 MP 336.6 -44.4 336.5 -46.0

613 SMMPA -307.3 -307.3 -307.3 -307.3

Benchmark GNTL Project Benchmark GNTL Project2020 2025

615 GRE 217.3 217.5 217.5 217.1620 OTP 129.2 129.6 129.2 129.2

652 WAPA 625.6 625.8 625.7 625.6661 MDU -159.3 -159.3 -169.5 -169.5667 MH 2280.4 3030.3 2279.1 3029.2672 SPC 48.0 48.0 48.0 48.0680 DPC -92.9 -92.8 -92.9 -92.9694 ALTE 1149.0 1149.0 1148.9 1149.0696 WPS -807.1 -1174.1 -807.2 -1174.5697 MGE -588.2 -588.1 -588.1 -588.2698 UPPC -183.8 -183.8 -183.6 -183.8

Losses - MW 295 WEC 136.3 138.6 146.8 147.8600 XEL 348.4 356.1 363.3 370.7608 MP 112.9 156.9 115.1 161.1

613 SMMPA 0.6 0.6 0.6 0.7615 GRE 92.0 93.8 94.8 96.5620 OTP 76.4 76.9 77.0 77.9

652 WAPA 164.7 165.7 171.7 172.5661 MDU 12.4 12.7 12.9 13.1667 MH 363.5 431.0 382.7 453.3672 SPC 96.6 96.5 103.4 103.3680 DPC 48.6 51.0 50.9 53.2694 ALTE 74.9 77.6 78.5 81.1696 WPS 63.8 74.6 65.5 75.1697 MGE 12.4 13.2 13.2 14.0698 UPPC 8.5 8.5 11.9 11.9

667500DORSEY 2

1.041520.3

667501RIEL 2

-12.

8

1.0000

1.00001.0000

2.8

1.0000

1.0000

* -4

63.3

-1.6

601012ROSEAUN2

1607

.6

63.7

1.0000

1.00001.0000

-50.

9

601038ROSEAUM 2

601001FORBES 2

-152

1.2

606.

3

601000FORBECA2

638.

1

0.0

-637

.7

601017CHIS-N 2

1165

.3 0.1

1.0000

1.00001.0000

* -1

77.4

-8.6

1.0000

1.0000

178.

2

15.7

* -1

77.8

-8.6

-0.0

15.7

0.0

601016CHIS CO2

1.020510.0

-114

3.0

59.6

608615ARROWHD4

1.011232.5

1

-137

.9

-151

.4

153.

5

-3.6

92.6

10.5

1.0000

1.00001.0000

* 11

3.4

17.0

177.

7

1.015233.5

SW

-82.

8

-0.1

-4.5

1.0000

1.00001.0000

* 87

.5 7.6

1.0000

7.6

699449ARROWHD

SW

-15.

9

1.012232.8

29.0

169.

4

1.0000

1.00001.0000

0.6

1.0000

1.00001.0000

0.5

* 72

.0

* 62

.8

-166

.7

1.022235.2

SW

-49.

7

608629CALUMET4

1.013233.0

P2

77.0

15.6

-84.

2

9.2

84.2

-9.8

608612RIVERTN4

212.

8

35.5

250.

9

-28.

3

1.0000

1.00001.0000

* 86

.0

-0.1

1.0000

1.00001.0000

* 86

.8

-0.1

-206

.2

-24.

6

-14.

5

-256

.0

-249

.2

257.

416

2.0

7.1

-161

.2

-5.8

601018CHIS CO3

1.022352.4

1.0000

1.00001.0000

* 56

7.7

-30.

5

-567

.2

47.4

* -0

.0

-0.0

1.00001.0000

* 57

5.3

-29.

0

-574

.7

48.1

* 0.

0

-0.0

-15.

1

60.3

3.6

-60.

3

-3.8

95.3

-16.

8

465.

4

21.1

-465

.0

10.1

1.0000

1.00001.0000

-6.3

1.0000

1.00001.0000*

83.3

-6.5

657756SQBUTTE4

1.029236.7

-256

.4

154.

3

176.

615

4.3

5.1

464.

7

-45.

5

465.

0

-10.

1

-464

.7

45.5

53.5

-2.4

-0.0

* -0

.0

* 87

.5

-23.

1

-686

.2

1.0000

-256

.4

0.0

* 80

.5

P2

404.

7

-29.

6

409.

0

-15.

5

1.0261

1.02601.0000

* 16

4.1

-25.

3

1.0261

1.02601.0000

* 16

4.1

-25.

3

1.021234.9

-92.

2

1.00001.0000

608624FORBES 4

-51.

1

275.

0

176.

6

275.

0

33.0

11.5

* -0

.0

-0.0

1

0.0

8.1R SW

-629

.9

1.011232.5

<=345.000 >345.000kV: <=161.000

* -4

62.0 669102

DORSEYT9669101DORSY2T9

1.0000

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

SW 0.0

-47.

9

8.3

48.1

1.015233.5

40.1 2.3

-40.

1

-4.6

1.020234.6

48.7

-18.

4

-48.

4

5.3

1.0000

1.00001.0000

* 69

.2

-37.

6

6.8

1.0000

1.0000

* 77

.7

-2.2

<=230.000

-16.

5

-14.

1

1.0000

0.97501.0000

* 65

.0

615341GRE-HUBBARD4

1.023235.2

13.5

-10.

5

-13.

4

6.0

1.0000

1.00001.0000

* 34

.4 2.3

-16.

5

10.0

1.0000

1.02501.0000

* 29

.9

-16.

0-2

60.9 1.4

262.

5

6.7

P4

29.4

18.3

3

383.

6-3

53.3

11.3

354.

21.05023.9

P4

50.0

25.0

630.

6

67.4

R27

.7

580.

6

42.4

36.7

R

198.

1

-12.

6

1.0000

1.00001.0000

* 31

.4 5.6

1.00001.0000

* 31

.4 5.6

1.012232.8

SW

20.5

-173

.5

24.1

-19.

7

1.0187

1.00000.9976

4.1

-1.0

SW

-31.

1

-0.0

-30.

9

-30.

1

-88.

0

-97.

0

-7.4

1.0435

1.05221.0000

* 4.

9

1.1

1.0435

1.0522

* 4.

9

1.1

88.2

657757MORANVI4

1.032237.5

107.

4

-6.0

-106

.5

0.5

1.0108

1.00001.0000

* 8.

4

1.8

602013ROSEAU 4

1.034237.9

5.3

-142

.5

1.0000

1.00001.0000

* 35

.1

11.5

142.

7

-32.

4

0.0

-32.

3-1

42.7

26.9

-8.6

165.

2

11.2

3.5

-132

.1

-4.4

1.0000

1.00001.0000

30.3 5.1

0.1

10.1

-0.1

-0.4

29.7

3.7

-29.

7

-2.9

29.5

-7.2

-29.

4

17.7

-410

.8

81.1

425.

3

10.4

150.

6

-7.2

-150

.1

9.5

608623MINNTAC4

0.0

8.8

-37.

1

SW

1.0000

4

132.

9

-579

.517

5.2

6.7

51.2

667035DORSEY 4

98.1

657753RUNNING4

1.0000

1.013233.0

18.5

1.020234.7

1.024512.0

1.013349.5

694078STONE LK B4

38.7

608775BOSWE44G

1.0000

608610BADOURA4

38.9

615566GRE-WINGRIV4

-921

.4

-163

.2

-163

.5

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.021234.9

-2.1

1.012232.8

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

35.3

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9

-2.3

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.013

233.1

608563SHAN1TR9

615342GRE-HUBBARD7

1.017233.8

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9-2

0.6

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

83.1

657769MORANV29

-5.5

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.036517.9

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.009232.1

1.020234.6

Other Canada-US Tie Lines

1.026236.0

925.

3

-1.3

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

-55.

3

-31.

8

43.9

600006KING 31G

X4

23.0

10.0

533.

1

80.5

-20.

1

123.

9

-27.

0

1.0261

1.0260

32.5

556.

1

90.5

R

1

Bus - VOLTAGE (kV/PU)Branch - MW/MvarEquipment - MW/Mvar

601014AS KING3

-533

.1

* 29

2.7

601023REDROCK3

549.

9

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

667041RIEL 4

-113

.8

-1.2

115.

3

-6.2

-4.2

-6.6

4.2

-3.9

2020 SummerBenchmarkMHEX = 2175 MW

1

667500DORSEY 2

1.039519.6

905.

3

29.9

667501RIEL 2

-18.

9

1.0000

1.00001.0000

5.5

1.0000

1.0000

* -6

69.1 0.0

601012ROSEAUN2

1494

.3

27.5

1.0000

0.99251.0000

37.7

601038ROSEAUM 2

601001FORBES 2

-142

0.0

534.

5

601000FORBECA2

597.

5

0.0

-597

.2

601017CHIS-N 2

1289

.2

22.2

1.0000

1.00001.0000

* -6

5.0

-17.

8

1.0000

1.0000

65.4

20.3

* -6

5.2

-17.

9

-0.0

20.2

0.0

601016CHIS CO2

1.018508.8

-126

1.9

78.0

608615ARROWHD4

1.010232.2

1

-137

.6

-188

.4

191.

7

-3.7

74.9

6.5

1.032237.5

SW

-267

.1

271.

6

1.3

1.0000

1.00001.0000

* 13

0.7

10.2

65.3

1.018234.2

SW

-155

.2 7.0

-5.9

1.0000

1.00001.0000

* 11

4.9

2.6

1.0000

2.6

608904GNTCOMPS

1.030515.2

SW

-159

.2

158.

9

1.0000

1.00001.0000

880.

1

0.3

* -8

78.9

72.9

* 0.

0

-0.0

699449ARROWHD

SW

-30.

8

1.021234.8

12.1

133.

8

1.0000

1.00001.0000

-0.4

1.0000

1.00001.0000

-0.6

* 76

.0

* 66

.3

-132

.2

1.032237.4

SW

-50.

6

608629CALUMET4

1.014233.2

P2

77.0

15.6

-199

.8

24.1

199.

9

-23.

4

608612RIVERTN4

330.

0

49.7

162.

0

-49.

8

-162

.7

-30.

3

162.

7

-30.

3

162.

7

30.3

1.0000

1.00001.0000

* 16

0.6

5.1

1.0000

1.00001.0000

* 16

2.1

5.2

-314

.2

30.3

-48.

2

0.0

-166

.1

-161

.2

166.

727

9.2

11.7

-276

.9 7.8

601018CHIS CO3

1.020351.8

1.0000

1.00001.0000

* 62

6.8

-39.

7

-626

.3

59.9

* -0

.0

-0.0

1.00001.0000

* 63

5.1

-38.

3

-634

.5

60.8

* 0.

0

-0.0

-12.

2

186.

2

-36.

9

-186

.2

37.0

106.

1

-15.

1

544.

7

-0.9

-544

.1

43.2

1.0000

1.00001.0000

-7.7

1.0000

1.00001.0000*

120.

4

-8.0

657756SQBUTTE4

1.029236.7

-256

.4

161.

1

176.

816

1.1

-272

.7

37.1

281.

9

14.4

14.1

543.

7

-13.

4

544.

1

-43.

2

-543

.7

91.7

86.5

-0.2

0.0

* -0

.0

* 11

4.9

-14.

7

-880

.1

-532

.9

1.0000

-256

.4

0.0

* 11

6.3

P2

463.

0

-38.

2

452.

7

-31.

6

1.0261

1.02601.0000

* 17

2.5

-25.

5

1.0261

1.02601.0000

* 17

2.5

-25.

5

1.021234.7

-74.

7

1.00001.0000

608624FORBES 4

-166

.3

-162

.7

275.

0

176.

8

275.

0

33.0

32.1

608911IRONRNG4

* -0

.0

-0.0

1

0.0

-32.

4R SW

-629

.9

1.009232.2

<=345.000 >345.000kV: <=161.000

608907GNTCOMPM

SW

* -6

67.1 669102


1.0000

238.

3

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608906IRNG1TR9

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

1.0000

1.00001.0000

-531

.3

-46.

2

SW

-49.

8

-61.

7

6.7

62.1

1.021234.9

100.

6

1.2

-100

.4

-2.6

1.024235.5

77.0

-17.

8

-76.

3

7.0

1.0000

1.00001.0000

* 74

.6

16.5 3.5

1.0000

1.0000

* 83

.9

-0.9

<=230.000

10.6

-16.

8

1.0000

0.97501.0000

* 65

.7

615341GRE-HUBBARD4

1.027236.1

31.1

-12.

0

-31.

1

7.6

1.0000

1.00001.0000

* 30

.5 5.3

6.2

6.6

1.0000

1.02501.0000

* 24

.9

-14.

2-3

29.3

-5.8

332.

0

20.9

P4

29.4

18.3

3

390.

7-3

60.4

24.1

361.

31.05023.9

P4

50.0

25.0

630.

6

53.5

R41

.4

580.

6

28.5

25.1

R

263.

9

-5.3

1.0000

1.00001.0000

* 32

.7 5.6

1.00001.0000

* 32

.7 5.6

1.022235.0

SW

20.9

-137

.9

15.7

-16.

7

1.0187

1.00000.9976

4.1

-1.0

SW

-31.

7

-0.0

-31.

5

-18.

1

-71.

9

-76.

9

3.7

1.0435

1.05221.0000

* 4.

9

1.1

1.0435

1.0522

* 4.

9

1.1

72.0

657757MORANVI4

1.020234.5

86.5

-21.

7

-86.

0

14.6

1.0043

1.00001.0000

* 8.

4

1.8

602013ROSEAU 4

1.020234.6

-10.

6

-121

.7

1.0000

1.00001.0000

* 35

.1

11.6

121.

8

0.0

-0.0

-0.0

-121

.8

10.6

-8.7

165.

0

11.3

3.6

-131

.9

-4.6

1.0000

1.00001.0000

30.3 5.1

0.1

9.4

-0.1 0.3

29.7

1.9

-29.

7

-1.1

29.5

-8.3

-29.

4

18.8

-390

.3

78.5

403.

1

1.6

150.

8

-14.

1

-150

.3

16.5

608623MINNTAC4

22.7

-78.

3

9.8

-37.

3

SW

1.0000

4

132.

7

-579

.513

9.0

6.7

166.

8

667035DORSEY 4

77.6

657753RUNNING4

1.0000

608903GNTCOMPN

1.014233.3

6.8

1.023235.3

-149

.2

1.024512.0

1.022352.6

694078STONE LK B4

51.1

608775BOSWE44G

1.0000

608610BADOURA4

82.5

615566GRE-WINGRIV4

-430

.1

-163

.0

-203

.9

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.025235.9

2.1

1.014233.1

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

21.3

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9-1

6.4

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.013

232.9

608563SHAN1TR9

615342GRE-HUBBARD7

1.024235.4

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9-1

8.2

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

156.

2

657769MORANV29

10.1

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.038518.8

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608905IRONRNG2

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.009232.2

1.020234.6


1.023235.2

430.

9

-35.

4

667041RIEL 4

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

-45.

2

-82.

6

28.5

600006KING 31G

X4

23.0

10.0

533.

1

82.5

-22.

0

147.

2

-31.

5

1.0261

1.0260

25.9

556.

1

92.5

R

1


601014AS KING3

-533

.1

* 29

6.2

601023REDROCK3

631.

4

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

669099RIELTER9

2020 SummerGNTLMHEX = 2925 MW

1

667500DORSEY 2

1.041520.3

667501RIEL 2

-12.

1

1.0000

1.00001.0000

3.0

1.0000

1.0000

* -4

64.5

-1.4

601012ROSEAUN2

1605

.9

63.1

1.0000

1.00001.0000

-51.

0

601038ROSEAUM 2

601001FORBES 2

-151

9.8

605.

1

601000FORBECA2

629.

0

0.0

-628

.6

601017CHIS-N 2

1158

.3

-5.4

1.0000

1.00001.0000

* -1

80.2

-7.2

1.0000

1.0000

180.

9

14.4

* -1

80.6

-7.2

-0.0

14.4

0.0

601016CHIS CO2

1.021510.4

-113

6.2

62.7

608615ARROWHD4

1.016233.6

1

-139

.3

-149

.7

151.

7

-10.

6

93.4

13.1

1.0000

1.00001.0000

* 11

6.2

17.9

180.

5

1.013233.0

SW

-85.

0

4.4

-8.9

1.0000

1.00001.0000

* 89

.0 6.6

1.0000

6.6

699449ARROWHD

SW

-12.

8

1.005231.2

38.0

178.

9

1.0000

1.00001.0000

-0.2

1.0000

1.00001.0000

-0.4

* 73

.3

* 63

.9

-175

.8

1.022235.1

SW

-49.

6

608629CALUMET4

1.012232.7

P2

77.0

15.6

-79.

8

6.1

79.8

-6.8

608612RIVERTN4

216.

7

36.1

250.

2

-28.

8

1.0000

1.00001.0000

* 87

.0 0.5

1.0000

1.00001.0000

* 87

.9 0.5

-209

.8

-25.

1

-10.

2

-255

.4

-248

.6

256.

815

7.6

9.6

-156

.8

-8.9

601018CHIS CO3

1.022352.7

1.0000

1.00001.0000

* 56

4.4

-32.

1

-563

.9

48.8

* -0

.0

-0.0

1.00001.0000

* 57

1.9

-30.

6

-571

.3

49.5

* 0.

0

-0.0

-17.

5

59.9

-4.4

-59.

9

4.2

91.3

-12.

6

466.

1

26.1

-465

.7 4.8

1.0000

1.00001.0000

0.7

1.0000

1.00001.0000*

83.9 0.8

657756SQBUTTE4

1.029236.6

-256

.4

157.

4

176.

615

7.4

11.6

465.

4

-40.

0

465.

7

-4.8

-465

.4

40.0

50.6 0.7

0.0

* -0

.0

* 89

.0

-29.

1

-682

.2

1.0000

-256

.4

0.0

* 81

.1

P2

396.

2

-29.

4

406.

0

-19.

2

1.0261

1.02601.0000

* 16

6.5

-24.

9

1.0261

1.02601.0000

* 16

6.5

-24.

9

1.022235.0

-92.

9

1.00001.0000

608624FORBES 4

-46.

8

275.

0

176.

6

275.

0

33.0

8.4

* -0

.0

-0.0

1

0.0

-1.0

R

SW

-629

.9

1.016233.7

<=345.000 >345.000kV: <=161.000

* -4

63.2 669102


1.0000

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

SW 0.0

-52.

1

8.1

52.4

1.011232.6

33.6 2.7

-33.

6

-5.1

1.015233.5

52.4

-18.

3

-52.

1

5.6

1.0000

1.00001.0000

* 71

.3

-47.

1

5.6

1.0000

1.0000

* 80

.7

-0.5

<=230.000

-14.

5

-15.

3

1.0000

0.97501.0000

* 66

.7

615341GRE-HUBBARD4

1.018234.1

16.9

-11.

0

-16.

8

6.5

1.0000

1.00001.0000

* 35

.3 2.9

-13.

6

8.7

1.0000

1.02501.0000

* 30

.4

-15.

2-2

65.8

-1.4

267.

5

10.0

P4

29.4

18.3

3

382.

9-3

52.6 9.1

353.

51.05023.9

P4

50.0

25.0

630.

6

69.9

R25

.3

580.

6

44.9

38.9

R

202.

3

-10.

1

1.0000

1.00001.0000

* 31

.7 5.7

1.00001.0000

* 31

.7 5.7

1.004230.9

SW

20.1

-183

.1

30.1

-23.

7

1.0250

1.00000.9976

4.2

-1.0

SW

-30.

6

0.0

-30.

4

-36.

0

-105

.1

-90.

1

-12.

0

1.0435

1.05221.0000

* 5.

1

1.2

1.0435

1.0522

* 5.

1

1.2

105.

3

657757MORANVI4

1.028236.5

100.

5

-2.6

-99.

8

-3.4

1.0108

1.00001.0000

* 8.

7

1.8

602013ROSEAU 4

1.030237.0

9.2

-136

.8

1.0000

1.00001.0000

* 36

.3

12.1

137.

0

-32.

2

0.0

-32.

0-1

37.0

22.9

-14.

8

165.

0

17.9

9.1

-130

.6

-10.

0

1.0000

1.00001.0000

31.6 5.7

0.0

14.2

0.0

-4.5

29.6

11.7

-29.

6

-10.

8

29.6

-3.4

-29.

5

13.8

-416

.9

81.7

431.

9

14.1

150.

7

-6.6

-150

.1

9.0

608623MINNTAC4

0.0

9.7

-36.

9

SW

1.0000

4

131.

4

-579

.518

5.1

6.7

46.8

667035DORSEY 4

91.1

657753RUNNING4

1.0000

1.012232.7

20.6

1.020234.5

1.024512.0

1.017350.7

694078STONE LK B4

39.2

608775BOSWE44G

1.0000

608610BADOURA4

36.4

615566GRE-WINGRIV4

-923

.7

-163

.0

-206

.4

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.016233.8

-0.7

1.012232.7

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

43.6

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9

1.6

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.012

232.8

608563SHAN1TR9

615342GRE-HUBBARD7

1.012232.8

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9-2

0.1

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

85.3

657769MORANV29

-9.5

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.036517.9

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.001230.2

1.020234.6


1.020234.7

927.

7

-1.6

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

-51.

9

-15.

6

31.0

600006KING 31G

X4

23.0

10.0

537.

0

77.2

-16.

0

96.2

-17.

2

1.0261

1.0260

29.6

560.

0

87.2

R

1


601014AS KING3

-537

.0

* 29

8.4

601023REDROCK3

551.

3

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

667041RIEL 4

-110

.5

3.7

111.

9

-11.

8

-0.4

-5.9

0.4

-4.6

2025 SummerBenchmarkMHEX = 2175 MW

1

667500DORSEY 2

1.039519.5

909.

5

33.8

667501RIEL 2

-17.

3

1.0000

1.00001.0000

4.3

1.0000

1.0000

* -6

71.7

-1.2

601012ROSEAUN2

1493

.3

27.0

1.0000

0.99251.0000

37.1

601038ROSEAUM 2

601001FORBES 2

-141

9.0

534.

1

601000FORBECA2

615.

9

0.0

-615

.5

601017CHIS-N 2

1286

.6

30.3

1.0000

1.00001.0000

* -6

5.9

-23.

1

1.0000

1.0000

66.3

25.6

* -6

6.0

-23.

2

-0.0

25.6

0.0

601016CHIS CO2

1.016508.2

-125

9.3

69.4

608615ARROWHD4

1.007231.5

1

-136

.8

-193

.9

197.

3

-0.6

70.2

11.8

1.031237.2

SW

-262

.2

266.

5

0.8

1.0000

1.00001.0000

* 12

6.7

13.1

66.1

1.014233.2

SW

-158

.6

12.7

-11.

2

1.0000

1.00001.0000

* 11

4.3

2.4

1.0000

2.5

608904GNTCOMPS

1.029514.6

SW

-158

.9

157.

4

1.0000

1.00001.0000

884.

1

1.4

* -8

82.8

72.6

* 0.

0

-0.0

699449ARROWHD

SW

-23.

5

1.009232.0

27.2

150.

9

1.0000

1.00001.0000

-1.4

1.0000

1.00001.0000

-1.8

* 77

.8

* 67

.9

-148

.7

1.031237.1

SW

-50.

5

608629CALUMET4

1.011232.6

P2

77.0

15.6

-190

.2

16.8

190.

3

-16.

3

608612RIVERTN4

336.

0

47.7

162.

1

-47.

9

-166

.6

-29.

3

166.

6

-29.

3

166.

6

29.4

1.0000

1.00001.0000

* 16

1.6

6.2

1.0000

1.00001.0000

* 16

3.1

6.2

-319

.6

29.4

-46.

1

-0.0

-166

.2

-161

.4

166.

826

9.5

17.0

-267

.3 0.6

601018CHIS CO3

1.018351.3

1.0000

1.00001.0000

* 62

5.5

-35.

4

-625

.0

55.6

* -0

.0

-0.0

1.00001.0000

* 63

3.8

-34.

0

-633

.2

56.4

* 0.

0

-0.0

-17.

6

183.

1

-37.

3

-183

.1

37.4

99.1

-15.

6

538.

9

-3.4

-538

.3

45.0

1.0000

1.00001.0000

-4.9

1.0000

1.00001.0000*

128.

0

-5.1

657756SQBUTTE4

1.029236.7

-256

.4

159.

3

176.

815

9.3

-273

.8

35.7

283.

2

16.7

12.5

537.

9

-14.

8

538.

3

-45.

0

-537

.9

92.8

90.7 1.5

-0.0

* -0

.0

* 11

4.3

-25.

4

-884

.1

-531

.9

1.0000

-256

.4

0.0

* 12

3.7

P2

456.

3

-37.

0

451.

8

-28.

9

1.0261

1.02601.0000

* 17

5.0

-23.

1

1.0261

1.02601.0000

* 17

5.0

-23.

1

1.020234.5

-70.

0

1.00001.0000

608624FORBES 4

-156

.7

-166

.6

275.

0

176.

8

275.

0

33.0

24.1

608911IRONRNG4

* -0

.0

-0.0

1

0.0

-14.

0R SW

-629

.9

1.006231.5

<=345.000 >345.000kV: <=161.000

608907GNTCOMPM

SW

* -6

69.7 669102


1.0000

237.

9

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608906IRNG1TR9

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

1.0000

1.00001.0000

-530

.3

-46.

8

SW

-49.

8

-66.

5

17.5

67.0

1.021234.8

94.9 5.2

-94.

7

-6.7

1.023235.3

80.5

-16.

9

-79.

8

6.4

1.0000

1.00001.0000

* 77

.3

7.5

6.3

1.0000

1.0000

* 87

.2 0.4

<=230.000

12.4

-16.

0

1.0000

0.97501.0000

* 67

.4

615341GRE-HUBBARD4

1.034237.9

35.3

-18.

8

-35.

3

14.5

1.0000

1.00001.0000

* 31

.2 1.3

8.8

14.4

1.0000

1.02501.0000

* 26

.5

-28.

8-3

36.4

-1.6

339.

2

17.5

P4

29.4

18.3

3

388.

4-3

58.1

21.2

359.

01.05023.9

P4

50.0

25.0

630.

6

56.6

R38

.3

580.

6

31.6

27.7

R

270.

1

-9.7

1.0000

1.00001.0000

* 33

.1 5.7

1.00001.0000

* 33

.1 5.7

1.006231.4

SW

20.2

-155

.1

26.5

-24.

5

1.0187

1.00000.9976

4.2

-1.0

SW

-30.

7

-0.0

-30.

5

-30.

3

-101

.0

-65.

6

-4.6

1.0435

1.05221.0000

* 5.

1

1.2

1.0435

1.0522

* 5.

1

1.2

101.

2

657757MORANVI4

1.012232.8

75.2

-15.

0

-74.

8

7.1

1.0108

1.00001.0000

* 8.

7

1.8

602013ROSEAU 4

1.013233.0

-3.6

-111

.5

1.0000

1.00001.0000

* 36

.3

12.2

111.

6

0.0

0.0

0.0

-111

.6

3.6

-15.

0

164.

8

18.0

9.3

-130

.4

-10.

2

1.0000

1.00001.0000

31.6 5.7

0.2

13.3

-0.1

-3.6

29.6

9.5

-29.

6

-8.7

29.5

-4.7

-29.

4

15.1

-397

.7

80.2

411.

2

4.4

149.

2

-2.3

-148

.7

4.6

608623MINNTAC4

22.0

-78.

0

9.5

-37.

0

SW

1.0000

4

131.

2

-579

.515

6.5

6.7

157.

2

667035DORSEY 4

66.1

657753RUNNING4

1.0000

608903GNTCOMPN

1.011232.6

9.4

1.023235.2

-148

.9

1.024512.0

1.019351.7

694078STONE LK B4

49.1

608775BOSWE44G

1.0000

608610BADOURA4

86.6

615566GRE-WINGRIV4

-431

.1

-162

.8

-202

.6

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.032237.4

3.4

1.011232.5

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

37.0

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9

-9.0

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.013

232.9

608563SHAN1TR9

615342GRE-HUBBARD7

1.023235.4

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9-2

8.6

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

159.

7

657769MORANV29

2.8

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.038518.8

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608905IRONRNG2

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.001230.3

1.020234.6


1.012232.8

431.

9

-37.

0

667041RIEL 4

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

-44.

4

-64.

6

31.1

600006KING 31G

X4

23.0

10.0

537.

0

90.1

-28.

5

120.

5

-29.

4

1.0261

1.0260

29.1

560.

0

100.

1R

1


601014AS KING3

-537

.0

* 30

2.1

601023REDROCK3

631.

5

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

669099RIELTER9

2025 SummerGNTLMHEX = 2925 MW

1

Power Flow Models


A-4

A.3 Shoulder Cases

Shoulder Cases

Benchmark GNTL Project Benchmark GNTL ProjectMHEX 2173.4 2923.9 2174.3 2923.8

Riel_Roseau_500 kV 1734.3 1628.0 1730.6 1622.6Dorsey-Iron Range 500 kV 910.7 914.2

Richer_Roseau_230 kV 152.7 126.7 153.6 126.9Letellier_Drayton_230 kV 286.4 258.5 290.1 260.1Glenboro_Rugby_230 kV 0.0 0.1 0.0 0.1

NDEX 1249.7 1252.6 1190.0 1193.7MWEX 1516.8 1688.7 1517.6 1695.4

AS King-Eau Claire 345 kV 855.8 938.9 857.4 944.4Arrowhead-Stone Lake 345 kV 661.0 749.8 660.2 751.0

AHD-STL 659.5 747.7 658.7 749.0Forbes-Chisago 1291.6 1416.2 1285.7 1406.3GNTL

500 kV - MW @ Dorsey 910.7 914.2500 kV - MVar @ Dorsey 34.2 27.0

500 kV - MVar @ Iron Range 159.6 168.0Iron Range 500 kV Cap - Admittance 150.0 150.0

500-230 kV - MW 885.1 888.4Bus Voltage

Dorsey 500 kV 1.036 1.036 1.035 1.036Dorsey 500 kV Angle 74.7 75.2 75.2 75.1

Iron Range 500 kV 1.026 1.029Iron Range 500 kV Angle 59.8 59.7

Riel 500 kV 1.032 1.040 1.031 1.040Riel 500 kV Angle 71.3 73.5 71.8 73.4

Forbes 500 kV 1.014 1.014 1.009 1.018Forbes 500 kV Angle 41.5 45.9 41.8 46.0

Forbes SVC Output - Mvar -17.6 -40.4 -46.9 -11.3IronRange 230 kV 1.028 1.032Blackberry 230 kV 1.024 1.028 1.021 1.032

Forbes 230 kV 1.020 1.015 1.016 1.018Arrowhead 230 kV 1.010 0.994 1.008 0.999Arrowhead 345 kV 1.017 1.017 1.015 1.020Stone Lake 345 kV 1.021 1.026 1.019 1.026

Synchronous Condensers

2020 2025

Synchronous Condensers 669821 DSYMIL7G 0.0 0.0 0.0 0.0669822 DSYMIL8G 11.3 10.7 23.3 19.8669823 DSYMIL9G 11.3 10.7 23.3 19.8

669824 DSYASEAG 6.0 5.7 12.4 10.6669824 DSYASEAG 6.0 5.7 12.4 10.6669824 DSYASEAG 6.0 5.7 12.4 10.6

669825 DSY EE G 6.0 5.7 12.4 10.6669825 DSY EE G 6.0 5.7 12.4 10.6669825 DSY EE G 6.0 5.7 12.4 10.6669826 RIELSC1G 44.0 85.4 52.6 88.4669827 RIELSC2G 44.0 85.4 52.6 88.4669828 RIELSC3G 44.0 85.4 52.6 88.4669829 RIELSC4G 44.0 85.4 52.6 88.4

HVDCSquare Butte (power at the rectifier) 550 550 550 550

MH Bipole 1 (5 & 6) -892 -1134 -922 -1162MH Bipole 2 (7 & 8) -964 -1224 -994 -1254

MH Bipole 3 (48 & 49) -960 -1220 -990 -1250Capacitors

Iron Range 500 150 150Iron Range 230 140 140

Arrowhead 230 SW SHNT 200 200 200 200Dorsey xfmr 51 tertiary 0 146 0 146Dorsey xfmr 52 tertiary 0 146 0 146

Riel xfmr 1 tertiary 0 0Arrowhead 345 75 150 75 150Stone Lake 345 0 75 0 75

Area Interchange - MW 295 WEC 60.8 60.8 60.7 60.8600 XEL -497.4 -496.3 -497.4 -494.8608 MP 843.9 460.2 844.0 462.4

613 SMMPA -482.8 -482.8 -482.8 -482.8

Benchmark GNTL Project Benchmark GNTL Project2020 2025

615 GRE -162.8 -162.8 -162.7 -162.6620 OTP 244.5 244.6 244.5 244.9

652 WAPA 261.5 261.7 261.2 262.1661 MDU 138.3 138.3 138.3 138.3667 MH 2165.8 2917.7 2166.5 2917.7672 SPC 166.3 166.4 166.4 166.4680 DPC -304.7 -304.6 -304.6 -304.5694 ALTE 262.9 263.0 262.9 263.0696 WPS -697.9 -1065.8 -697.9 -1065.9697 MGE -494.8 -496.6 -495.0 -494.9698 UPPC -153.1 -153.1 -153.1 -153.1

Losses - MW 295 WEC 111.6 109.6 113.6 111.6600 XEL 515.9 538.1 519.6 539.7608 MP 112.8 177.6 113.4 174.7

613 SMMPA 0.9 0.9 0.9 1.0615 GRE 87.7 90.3 88.3 90.6620 OTP 116.1 112.4 117.6 113.5

652 WAPA 177.6 182.1 183.2 187.0661 MDU 18.7 19.0 18.9 19.2667 MH 199.6 247.8 206.0 255.5672 SPC 62.2 62.0 62.4 62.2680 DPC 57.1 62.5 58.5 64.0694 ALTE 89.1 95.1 92.5 97.9696 WPS 84.4 96.0 83.9 95.8697 MGE 22.4 24.3 22.9 24.7698 UPPC 2.4 2.4 3.4 3.4

667500DORSEY 2

1.036517.9

667501RIEL 2

11.2

1.0000

0.99251.0000

9.8

1.0000

1.0000

* -4

95.1 7.1

601012ROSEAUN2

1734

.3

140.

2

1.0000

1.00751.0000

-151

.3

601038ROSEAUM 2

601001FORBES 2

-163

2.5

669.

3

601000FORBECA2

600.

7

0.0

-600

.3

601017CHIS-N 2

1291

.6

-10.

8

1.0000

1.00001.0000

* -1

69.9

35.8

1.0000

1.0000

170.

7

-29.

1

* -1

70.3

35.9

-0.0

-29.

0

-72.

8

601016CHIS CO2

1.013506.4

-126

3.8

117.

1

608615ARROWHD4

1.010232.4

1

-137

.8

-215

.1

219.

3

-5.6

74.0

-1.9

1.0000

1.00001.0000

* 13

2.7

9.1

170.

2

1.024235.5

SW

-131

.2

-7.2

5.9

1.0000

1.00001.0000

* 10

2.5

5.5

1.0000

5.6

699449ARROWHD

SW

-32.

3

1.018234.2

35.6

183.

5

1.0000

1.00001.0000

2.2

1.0000

1.00001.0000

2.3

* 77

.1

* 67

.3

-180

.3

1.024235.5

SW

-49.

8

608629CALUMET4

1.018234.2

P2

77.0

15.6

-129

.2

25.6

129.

3

-25.

8

608612RIVERTN4

121.

2

40.3

289.

0

-28.

3

1.0000

1.00001.0000

* 83

.1

-2.7

1.0000

1.00001.0000

* 83

.9

-2.7

-119

.0

-24.

0

-20.

3

-294

.6

-286

.9

296.

520

7.5

-3.2

-206

.3

10.2

601018CHIS CO3

1.016350.5

1.0000

1.00001.0000

* 62

7.7

-59.

1

-627

.2

79.6

* -0

.0

-0.0

1.00001.0000

* 63

6.0

-58.

0

-635

.4

80.8

* 0.

0

-0.0

-3.9

142.

2

-15.

5

-142

.2

15.4

90.8

-18.

5

661.

0

37.8

-660

.2

24.0

1.0000

1.00001.0000

-12.

1

1.0000

1.00001.0000*

60.2

-12.

4

657756SQBUTTE4

1.026235.9

-256

.4

154.

1

166.

615

4.1

23.6

659.

5

-18.

0

660.

2

-24.

0

-659

.5

95.6

60.0

-6.3

-0.0

* -0

.0

* 10

2.5

-26.

5

-750

.0

1.0000

-256

.4

0.0

* 58

.2

P2

508.

3

-11.

7

424.

3

-12.

5

1.0261

1.02601.0000

* 16

5.0

-68.

1

1.0261

1.02601.0000

* 16

5.0

-68.

1

1.020234.6

-73.

7

1.00001.0000

608624FORBES 4

-96.

0

275.

0

166.

6

275.

0

33.0

29.5

* -0

.0

-0.0

1

0.0

-17.

6R SW

-618

.2

1.010232.4

<=345.000 >345.000kV: <=161.000

* -4

93.8 669102


0.9925

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

SW 0.0

33.3

-8.6

-33.

2

1.021234.9

114.

1

-6.2

-113

.8

5.2

1.018234.0

-13.

0

2.5

13.0

-17.

2

1.0000

1.00001.0000

* 51

.1

70.0

-3.0

1.0000

1.0000

* 43

.9

-2.1

<=230.000

-68.

1

15.5

1.0000

0.97501.0000

* 55

.1

615341GRE-HUBBARD4

1.025235.7

-57.

7

10.4

57.8

-14.

3

1.0000

1.00001.0000

* 24

.4

-1.9

-89.

6

36.8

1.0000

1.02501.0000

* 31

.8

-22.

5-1

16.2

-4.9

116.

5

3.6

P4

29.4

18.3

3

361.

1-3

30.9

16.0

331.

71.05023.9

P4

50.0

25.0

629.

8

58.9

R35

.8

579.

8

33.9

28.3

R

60.3

-5.2

1.0000

1.00001.0000

* 27

.9 5.0

1.00001.0000

* 27

.9 5.0

1.018234.2

SW

20.7

-186

.4

27.4

-21.

2

1.0187

1.00000.9976

2.9

-0.9

SW

-31.

4

-0.0

-31.

3

-14.

9

-79.

9

-115

.0

11.5

1.0435

1.05221.0000

* 3.

3

0.8

1.0435

1.0522

* 3.

3

0.8

80.0

657757MORANVI4

1.020234.7

126.

2

-18.

8

-125

.0

16.0

1.0108

1.00001.0000

* 8.

4

1.8

602013ROSEAU 4

1.021234.8

-11.

8

-149

.8

1.0000

1.00001.0000

* 23

.6 6.9

150.

0

0.0

0.0

-0.0

-150

.0

11.8

17.8

164.

9

-15.

7

-19.

1

-140

.9

18.5

1.0000

1.00001.0000

21.2 1.3

0.0

-21.

8

0.0

32.3

132.

7

-23.

1

-132

.7

39.8

132.

7

-18.

0

-130

.8

41.0

-280

.2

16.6

286.

4

16.3

150.

7

-6.8

-150

.2

9.1

608623MINNTAC4

-77.

6

1.8

-75.

5

SW

1.0000

4

141.

8

-578

.718

8.4

6.7

96.2

667035DORSEY 4

116.

6657753

RUNNING4

1.0000

1.019234.3

10.0

1.022235.1

1.014507.2

1.017350.9

694078STONE LK B4

44.0

608775BOSWE44G

1.0000

608610BADOURA4

15.6

615566GRE-WINGRIV4

-984

.4

-163

.0

-204

.2

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.025235.8

-7.0

1.016233.7

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

18.7

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9-1

7.8

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.018

234.2

608563SHAN1TR9

615342GRE-HUBBARD7

1.023235.3

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9

-4.9

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

131.

9

657769MORANV29

11.9

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.032515.9

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.029236.6

1.020234.6


1.020234.6

988.

9

-16.

8

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

45.9

-303

.5

28.2

600006KING 31G

X4

23.0

10.0

536.

3

124.

5-6

1.5

233.

7

-46.

4

1.0261

1.0260

7.0

559.

3

134.

5R

1


601014AS KING3

-536

.3

* 25

4.0

601023REDROCK3

855.

8

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

667041RIEL 4

-202

.2

21.7

207.

2

-2.4

-85.

7

-0.5

86.2

-6.4

2020 ShoulderBenchmarkMHEX = 2175 MW

1

667500DORSEY 2

1.036517.8

909.

1

35.3

667501RIEL 2

74.9

1.0000

0.99251.0000

48.1

1.0000

1.0000

* -6

95.5

42.5

601012ROSEAUN2

1630

.1

116.

6

1.0000

1.00751.0000

-95.

8

601038ROSEAUM 2

601001FORBES 2

-154

1.5

573.

7

601000FORBECA2

588.

6

0.0

-588

.2

601017CHIS-N 2

1414

.2 4.0

1.0000

1.00001.0000

* -6

3.3

-3.0

1.0000

1.0000

63.7 5.2

* -6

3.5

-3.0

-0.0

5.2

-71.

9

601016CHIS CO2

1.012505.9

-138

0.8

147.

0

608615ARROWHD4

0.994228.7

1

-133

.4

-245

.1

250.

6

10.1

62.2

6.0

1.028236.4

SW

-351

.0

358.

9

7.9

1.0000

1.00001.0000

* 16

5.0

19.4

63.6

1.019234.4

SW

-212

.6

-3.3

11.5

1.0000

1.00001.0000

* 13

7.3

7.7

1.0000

7.7

608904GNTCOMPS

1.026512.8

SW

-157

.8

157.

7

1.0000

1.00001.0000

883.

5

0.1

* -8

82.3

74.4

* 0.

0

-0.0

699449ARROWHD

SW

-40.

8

1.023235.3

16.6

160.

1

1.0000

1.00001.0000

0.1

1.0000

1.00001.0000

-0.0

* 85

.1

* 74

.3

-157

.7

1.028236.4

SW

-50.

2

608629CALUMET4

1.013233.0

P2

77.0

15.6

-250

.2

34.1

250.

4

-32.

5

608612RIVERTN4

235.

5

41.3

206.

9

-38.

3

-77.

8

-12.

2

77.8

-12.

2

77.8

12.1

1.0000

1.00001.0000

* 16

7.9

0.3

1.0000

1.00001.0000

* 16

9.5

0.3

-227

.4

12.1

-35.

5

-10.

8

-211

.5

-205

.7

212.

533

0.6

13.7

-327

.4

16.8

601018CHIS CO3

1.015350.3

1.0000

1.00001.0000

* 68

5.8

-70.

7

-685

.2

67.7

* -0

.0

28.1

1.00001.0000

* 69

5.0

-76.

3

-694

.3

75.7

* 0.

0

28.0

-12.

1

272.

9

-52.

8

-272

.9

53.4

98.9

-25.

0

752.

5

7.4

-751

.3

74.7

1.0000

1.00001.0000

-20.

7

1.0000

1.00001.0000*

91.2

-21.

4

657756SQBUTTE4

1.026236.0

-256

.4

159.

3

166.

815

9.3

-351

.8

62.8

367.

7

41.4

18.8

750.

5

-15.

2

751.

3

-74.

7

-750

.5

170.

2

78.8

-10.

0

0.0

* -0

.0

* 13

7.3

-13.

8

-883

.5

-575

.7

1.0000

-256

.4

0.0

* 88

.1

P2

564.

5

-1.4

464.

6

-9.2

1.0261

1.02601.0000

* 17

5.2

-66.

4

1.0261

1.02601.0000

* 17

5.2

-66.

4

1.014233.2

-62.

0

1.00001.0000

608624FORBES 4

-216

.3

-77.

8

275.

0

166.

8

275.

0

33.0

46.5

608911IRONRNG4

* -0

.0

-0.0

1

0.0

-29.

7R SW

-618

.2

0.994228.6

<=345.000 >345.000kV: <=161.000

608907GNTCOMPM

SW

* -6

93.3 669102


0.9925

236.

3

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608906IRNG1TR9

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

1.0000

1.00751.0000

-575

.7

-95.

8

SW 0.0

20.3

-2.3

-20.

3

1.018234.1

175.

6

-16.

9

-175

.0

18.2

1.018234.0

14.6

-7.0

-14.

6

-7.7

1.0000

1.00001.0000

* 57

.4

124.

4

-10.

6

1.0000

1.0000

* 50

.6

-7.6

<=230.000

-41.

3

7.0

1.0000

0.97501.0000

* 55

.9

615341GRE-HUBBARD4

1.025235.7

-40.

5

3.3

40.5

-7.5

1.0000

1.00001.0000

* 20

.1

-1.0

-67.

0

28.2

1.0000

1.02501.0000

* 26

.5

-20.

6-1

87.2 0.9

188.

0

1.4

P4

29.4

18.3

3

389.

7-3

59.4

20.9

360.

31.05023.9

P4

50.0

25.0

629.

8

57.0

R37

.7

579.

8

32.0

28.2

R

127.

9

-11.

7

1.0000

1.00001.0000

* 29

.6 5.4

1.00001.0000

* 29

.6 5.4

1.026236.1

SW

21.1

-163

.0

14.7

-12.

5

1.0062

1.00000.9976

2.9

-0.9

SW

-31.

9

-0.0

-31.

8

-16.

0

-79.

7

-91.

3

1.9

1.0435

1.05221.0000

* 3.

3

0.8

1.0435

1.0522

* 3.

3

0.8

79.8

657757MORANVI4

1.031237.2

101.

4

-17.

2

-100

.7

11.1

1.0108

1.00001.0000

* 8.

4

1.8

602013ROSEAU 4

1.032237.3

-10.

9

-125

.0

1.0000

1.00001.0000

* 23

.6 6.9

125.

2

0.0

0.0

-0.0

-125

.2

10.9

17.7

165.

0

-15.

6

-19.

0

-141

.0

18.4

1.0000

1.00001.0000

21.2 1.3

-0.0

-22.

2

0.1

32.7

132.

7

-23.

7

-132

.7

40.4

132.

7

-18.

3

-130

.9

41.4

-253

.4

12.2

258.

4

12.0

150.

5

-6.3

-150

.0

8.6

608623MINNTAC4

42.4

-155

.1

0.7

-74.

8

SW

1.0000

4

141.

8

-578

.716

4.5

6.7

217.

2

667035DORSEY 4

92.3

657753RUNNING4

1.0000

608903GNTCOMPN

1.013233.1

9.9

1.022235.2

-147

.9

1.014507.2

1.017350.8

694078STONE LK B4

43.6

608775BOSWE44G

1.0000

608610BADOURA4

44.2

615566GRE-WINGRIV4

-478

.7

-163

.0

-197

.7

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.025235.7

-8.7

1.007231.7

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

19.8

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9-1

2.9

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.018

234.1

608563SHAN1TR9

615342GRE-HUBBARD7

1.019234.5

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9-1

1.6

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

214.

6

657769MORANV29

10.3

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.040519.8

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608905IRONRNG2

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.029236.6

1.020234.6


1.031237.2

479.

8

-125

.9

667041RIEL 4

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

79.1

-357

.4

16.8

600006KING 31G

X4

23.0

10.0

536.

3

135.

7-7

2.1

254.

7

-56.

6

1.0261

1.0260

4.9

559.

3

145.

7R

1


601014AS KING3

-536

.3

* 25

8.8

601023REDROCK3

938.

9

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

669099RIELTER9

2020 ShoulderGNTLMHEX = 2925 MW

1

667500DORSEY 2

1.035517.7

667501RIEL 2

4.1

1.0000

0.99251.0000

6.2

1.0000

1.0000

* -4

95.2 3.5

601012ROSEAUN2

1730

.6

155.

0

1.0000

1.00751.0000

-159

.1

601038ROSEAUM 2

601001FORBES 2

-162

8.9

654.

3

601000FORBECA2

565.

2

0.0

-564

.9

601017CHIS-N 2

1285

.7

-23.

6

1.0000

1.00001.0000

* -1

71.1

39.8

1.0000

1.0000

171.

8

-33.

0

* -1

71.5

39.9

-0.0

-32.

9

-72.

2

601016CHIS CO2

1.010504.9

-125

7.9

130.

9

608615ARROWHD4

1.008231.9

1

-137

.2

-213

.9

218.

1

-8.6

75.4

-2.8

1.0000

1.00001.0000

* 13

4.8

8.1

171.

4

1.020234.7

SW

-131

.5

-9.1

7.9

1.0000

1.00001.0000

* 10

3.3

5.9

1.0000

6.0

699449ARROWHD

SW

-29.

7

1.015233.5

34.7

182.

5

1.0000

1.00001.0000

2.6

1.0000

1.00001.0000

2.8

* 77

.6

* 67

.7

-179

.3

1.021234.9

SW

-49.

6

608629CALUMET4

1.015233.6

P2

77.0

15.6

-131

.4

23.0

131.

5

-23.

2

608612RIVERTN4

125.

2

37.5

292.

8

-25.

1

1.0000

1.00001.0000

* 84

.9

-2.6

1.0000

1.00001.0000

* 85

.8

-2.7

-122

.9

-20.

6

-18.

9

-298

.4

-290

.5

300.

320

9.8

-0.2

-208

.5 7.6

601018CHIS CO3

1.013349.5

1.0000

1.00001.0000

* 62

4.8

-65.

9

-624

.3

86.4

* -0

.0

-0.0

1.00001.0000

* 63

3.1

-65.

0

-632

.5

87.7

* 0.

0

-0.0

-2.8

145.

0

-15.

4

-145

.0

15.4

90.5

-19.

0

660.

2

37.3

-659

.3

24.6

1.0000

1.00001.0000

-12.

4

1.0000

1.00001.0000*

61.6

-12.

8

657756SQBUTTE4

1.025235.8

-256

.4

152.

7

166.

415

2.7

26.6

658.

7

-19.

0

659.

3

-24.

6

-658

.7

96.2

56.7

-6.6

-0.0

* -0

.0

* 10

3.3

-25.

7

-746

.2

1.0000

-256

.4

0.0

* 59

.5

P2

502.

7

-20.

6

421.

3

-19.

6

1.0261

1.02601.0000

* 16

6.4

-67.

0

1.0261

1.02601.0000

* 16

6.4

-67.

0

1.016233.6

-75.

1

1.00001.0000

608624FORBES 4

-98.

2

275.

0

166.

4

275.

0

33.0

27.0

* -0

.0

-0.0

1

0.0

-46.

9R SW

-612

.1

1.008231.9

<=345.000 >345.000kV: <=161.000

* -4

93.8 669102


0.9925

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

SW 0.0

30.7

-8.8

-30.

6

1.018234.1

112.

5

-7.1

-112

.2

6.2

1.014233.1

-11.

8

2.4

11.9

-17.

1

1.0000

1.00001.0000

* 52

.9

66.1

-5.3

1.0000

1.0000

* 46

.1

-0.9

<=230.000

-68.

9

14.5

1.0000

0.97501.0000

* 57

.0

615341GRE-HUBBARD4

1.020234.7

-56.

1

10.2

56.2

-14.

0

1.0000

1.00001.0000

* 25

.4

-1.3

-88.

7

35.9

1.0000

1.02501.0000

* 32

.5

-21.

9-1

22.6

-6.9

122.

9

5.9

P4

29.4

18.3

3

377.

3-3

47.1

11.4

347.

91.05023.9

P4

50.0

25.0

629.

8

66.3

R28

.5

579.

8

41.3

35.6

R

66.0

-3.5

1.0000

1.00001.0000

* 28

.3 5.2

1.00001.0000

* 28

.3 5.2

1.016233.6

SW

20.6

-185

.4

26.6

-20.

4

1.0250

1.00000.9976

3.0

-0.9

SW

-31.

3

0.0

-31.

1

-14.

4

-79.

4

-114

.8

11.1

1.0435

1.05221.0000

* 3.

4

0.8

1.0435

1.0522

* 3.

4

0.8

79.5

657757MORANVI4

1.018234.2

126.

2

-18.

3

-125

.1

15.5

1.0108

1.00001.0000

* 8.

7

1.8

602013ROSEAU 4

1.019234.3

-10.

9

-150

.7

1.0000

1.00001.0000

* 24

.4 7.2

150.

9

0.0

-0.0 0.0

-150

.9

10.9

13.9

165.

0

-11.

7

-15.

6

-140

.1

15.0

1.0000

1.00001.0000

22.1 1.7

0.0

-20.

8

-0.0

31.3

132.

7

-21.

5

-132

.7

38.1

132.

7

-17.

3

-130

.8

40.3

-283

.6

15.2

290.

1

19.0

150.

8

-5.9

-150

.3

8.2

608623MINNTAC4

-77.

3

2.5

-75.

0

SW

1.0000

4

141.

0

-578

.718

7.4

6.7

98.4

667035DORSEY 4

116.

4657753

RUNNING4

1.0000

1.016233.7

17.3

1.020234.7

1.009504.7

1.015350.2

694078STONE LK B4

41.4

608775BOSWE44G

1.0000

608610BADOURA4

15.3

615566GRE-WINGRIV4

-984

.4

-163

.1

-203

.3

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.021234.9

-6.0

1.012232.7

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

18.2

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9-1

7.4

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.016

233.8

608563SHAN1TR9

615342GRE-HUBBARD7

1.019234.4

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9

-4.6

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

132.

3

657769MORANV29

11.0

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.031515.5

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.024235.5

1.020234.6


1.018234.1

989.

0

-9.6

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

47.0

-294

.8

33.5

600006KING 31G

X4

23.0

10.0

536.

3

129.

6-6

6.3

215.

3

-57.

1

1.0261

1.0260

8.0

559.

3

139.

6R

1


601014AS KING3

-536

.3

* 25

6.3

601023REDROCK3

857.

4

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

667041RIEL 4

-201

.7

22.0

206.

7

-2.6

-85.

8

-4.2

86.2

-2.5

2025 ShoulderBenchmarkMHEX = 2175 MW

1

667500DORSEY 2

1.036518.1

910.

2

25.1

667501RIEL 2

75.6

1.0000

0.99251.0000

53.5

1.0000

1.0000

* -6

95.8

48.0

601012ROSEAUN2

1624

.2

104.

9

1.0000

1.00751.0000

-90.

3

601038ROSEAUM 2

601001FORBES 2

-153

6.5

577.

5

601000FORBECA2

622.

1

0.0

-621

.7

601017CHIS-N 2

1405

.6

36.4

1.0000

1.00001.0000

* -6

5.1

-1.6

1.0000

1.0000

65.5 3.9

* -6

5.3

-1.6

-0.0

3.9

-72.

4

601016CHIS CO2

1.010505.1

-137

2.7

110.

4

608615ARROWHD4

0.996229.1

1

-133

.9

-243

.9

249.

4

12.1

64.1

5.3

1.032237.4

SW

-349

.6

357.

3

10.1

1.0000

1.00001.0000

* 16

6.4

19.1

65.3

1.023235.2

SW

-212

.0

-4.3

12.3

1.0000

1.00001.0000

* 13

7.9

7.9

1.0000

7.9

608904GNTCOMPS

1.029514.6

SW

-158

.9

167.

7

1.0000

1.00001.0000

884.

7

-8.8

* -8

83.4

82.9

* 0.

0

-0.0

699449ARROWHD

SW

-42.

7

1.027236.1

16.3

159.

1

1.0000

1.00001.0000

-0.6

1.0000

1.00001.0000

-0.9

* 84

.6

* 73

.8

-156

.8

1.032237.4

SW

-50.

6

608629CALUMET4

1.016233.7

P2

77.0

15.6

-249

.5

36.0

249.

7

-34.

4

608612RIVERTN4

242.

2

49.4

205.

5

-46.

3

-80.

0

-6.4

80.0

-6.4

80.0 6.3

1.0000

1.00001.0000

* 16

5.5

-5.6

1.0000

1.00001.0000

* 16

7.1

-5.7

-233

.7

6.3

-43.

8

-26.

1

-210

.3

-204

.4

211.

332

9.9

11.4

-326

.7

18.8

601018CHIS CO3

1.013349.5

1.0000

1.00001.0000

* 68

1.8

-55.

7

-681

.3

79.7

* -0

.0

-0.0

1.00001.0000

* 69

0.8

-54.

6

-690

.2

80.8

* 0.

0

-0.0

-11.

5

274.

6

-50.

2

-274

.5

50.8

98.6

-23.

7

751.

4

7.2

-750

.2

74.4

1.0000

1.00001.0000

-19.

1

1.0000

1.00001.0000*

92.2

-19.

7

657756SQBUTTE4

1.026235.9

-256

.4

160.

4

166.

716

0.4

-350

.3

58.7

366.

0

43.5

16.1

749.

4

-13.

7

750.

2

-74.

4

-749

.4

169.

2

75.7

-8.4

0.0

* -0

.0

* 13

7.9

-13.

9

-884

.7

-573

.1

1.0000

-256

.4

0.0

* 89

.1

P2

558.

2

-11.

8

460.

4

-18.

3

1.0261

1.02601.0000

* 17

6.4

-65.

2

1.0261

1.02601.0000

* 17

6.4

-65.

2

1.017233.9

-63.

9

1.00001.0000

608624FORBES 4

-215

.6

-80.

0

275.

0

166.

7

275.

0

33.0

48.3

608911IRONRNG4

* -0

.0

-0.0

1

0.0

0.1R SW

-622

.0

0.996229.0

<=345.000 >345.000kV: <=161.000

608907GNTCOMPM

SW

* -6

93.6 669102


0.9925

237.

3

608559MINT1TR9

608561MINT2TR9

608551FORB1TR9

608553FORB2TR9

1.0000

608906IRNG1TR9

608569BLBY2TR9 608673

ARROWHD7

608557AWHD2TR9

605710CHISAGOTR6T9

605015CHIS T19

605016CHIS T29

605745CHISAGOTR5

1.0000

1.00751.0000

-573

.1

-90.

3

SW

-51.

3

18.7

-11.

0

-18.

6

1.036238.2

177.

2

-3.2

-176

.6

4.3

1.030236.9

15.3 2.9

-15.

2

-18.

1

1.0000

1.00001.0000

* 59

.8

122.

2

7.8

1.0000

1.0000

* 54

.4

-12.

0

<=230.000

-43.

2

17.5

1.0000

0.97501.0000

* 58

.4

615341GRE-HUBBARD4

1.037238.5

-39.

9

10.7

40.0

-15.

0

1.0000

1.00001.0000

* 21

.3 0.4

-67.

4

36.7

1.0000

1.02501.0000

* 27

.4

-21.

7-1

90.8 3.7

191.

7

-1.1

P4

29.4

18.3

3

390.

0-3

59.7

30.8

360.

61.05023.9

P4

50.0

25.0

629.

8

45.6

R49

.0

579.

8

20.6

18.3

R

131.

5

-12.

9

1.0000

1.00001.0000

* 29

.7 4.6

1.00001.0000

* 29

.7 4.6

1.030236.9

SW

21.2

-162

.1

14.8

-12.

9

1.0125

1.00000.9976

3.0

-0.9

SW

-32.

2

0.0

-32.

0

-15.

2

-79.

4

-91.

0

3.2

1.0435

1.05221.0000

* 3.

4

0.8

1.0435

1.0522

* 3.

4

0.8

79.5

657757MORANVI4

1.033237.6

101.

3

-18.

7

-100

.6

12.5

1.0108

1.00001.0000

* 8.

7

1.8

602013ROSEAU 4

1.033237.6

-12.

0

-125

.8

1.0000

1.00001.0000

* 24

.4 7.2

125.

9

0.0

0.0

-0.0

-125

.9

12.0

13.8

165.

2

-11.

6

-15.

6

-140

.3

14.9

1.0000

1.00001.0000

22.1 1.7

-0.1

-21.

4

0.1

31.8

132.

7

-22.

5

-132

.7

39.2

132.

8

-17.

8

-130

.9

40.9

-255

.1

15.4

260.

3

9.3

150.

8

-5.6

-150

.3

7.9

608623MINNTAC4

39.1

-155

.6

0.6

-75.

3

SW

1.0000

4

141.

2

-578

.716

3.5

6.7

216.

5

667035DORSEY 4

91.9

657753RUNNING4

1.0000

608903GNTCOMPN

1.017233.8

-0.0

1.025235.7

-149

.2

1.018508.8

1.018351.3

694078STONE LK B4

51.5

608775BOSWE44G

1.0000

608610BADOURA4

61.8

615566GRE-WINGRIV4

-478

.0

-163

.3

-198

.4

SW 608565

FORB4TR9

608710MINNTAC7

SW

657760LUND 4

1.038238.8

-7.0

1.011232.5

601013ROSEAUS2

667046RICHER 4

657765RUNNINN9

657764RUNNINS9

18.9

657809RUNNINU8

657719MORANVI7

657774LUND 8

657777LUND 9-1

4.4

615621GRE-ORTMN T

608751LITLFRK7

608627SHANNON4

608750SHAN2TR9

608749SHANNON7 1.021

234.7

608563SHAN1TR9

615342GRE-HUBBARD7

1.039239.0

608640BADOURA7

608795BADOUTR9

608567BLBY1TR9

608797RIVERTR9

-3.3

608579MUDLKTR9

615319GRE-BENTON 4

608617MUDLAKE4

608651MUDLAKE7

615567GRE-WINGRIV7

615568GRE-WINGRIVT

615300GRE-INMAN 4

608739BLCKBRY7

620336AUDUBON4

615343GRE-HUBBARDT

608653RIVERTN7

608625BLCKBRY4

1.05021.9608774

BOSWE43G

608626BOSWELL4

608549DEER_2T9

608780DEER_RV7

608548DEER_1T9

213.

9

657769MORANV29

11.5

615619GRE-ORTMN 4

615620GRE-ORTMN 8

608628MCARTHY4

620447CASS LK4

672603BDV 4

659373LARSON 7

659374LARSON 9

661084TIOGA4 4

99998G82RPHT2

10570J290_COLHI

620379RUGBY 4

667048LETELER4

657752DRAYTON4

1.040520.1

608784INTPHAS7

151203FT_FRANCES

669100RIELTER9

603065CHISAGO7

615466GRE-BEARCK 4

608555AWHD1TR9

608905IRONRNG2

608722FORBES 7

10571J290_SUB

659372LARSON 4

1.024235.5

1.020234.6


1.033237.7

479.

2

-126

.7

667041RIEL 4

608616HILLTOP4

60861498L TAP4

608611ZEMPLE4

77.1

-350

.8

20.6

600006KING 31G

X4

23.0

10.0

536.

3

137.

0-7

3.3

235.

0

-66.

6

1.0261

1.0260

5.0

559.

3

147.

0R

1


601014AS KING3

-536

.3

* 26

0.9

601023REDROCK3

943.

8

605709KING TR9 T 9

1.00520.1

601028EAU CL 3

601021KOLMNLK3

1.0000

603058AS KING7

669099RIELTER9

2025 ShoulderGNTLMHEX = 2925 MW

1

Power Flow Models

A-5



Siemens Industry, Inc. Siemens Power Technologies International 10900 Wayzata Boulevard Minnetonka, Minnesota 55305 USA Tel: +1 (952) 607-2270 • Fax: +1 (518) 346-2777

www.siemens.com/power-technologies

Appendix K Power Flow Analysis · Siemens Industry, Inc. – Siemens Power Technologies...

Documents

Transcript of Appendix K Power Flow Analysis · Siemens Industry, Inc. – Siemens Power Technologies...