20170925Utah_DPU Gateway_West_Phase2_IPC_Format_v5_App1-5+21.pdf

Energy Gateway Project -Stage 1
Bridger /Anticline West (New Path 19)
Path C (New Path 20)Southbound
Aeolus West (New Path)
Phase 2 Path Rating Report
Submitted by
WECC Phase 2 -Bridger Area Study Group
Date;
November 24,2010
Revision 5.0
Executive Summary 5
1.Introduction 6
1.1.Project Description 6
1.2.Plan of Service 6
1.3.Planned Operating Date 6
2.Transfer Capability 6
3.Study Methods and Standards 7
3.1.Steady-State Case Stressing 7
3.2.Post Transient 7
3.3.Reactive Margin 8
3.4.Transient Stability 8
3.5.Generation Drop via Remedial Action Schemes (RAS)8
4.Path Definitions 8
4.1.Aeolus West (New)8
4.2.Aeolus South (New)9
4.3.Bridger West 345 kV (Existing)9
4.4.Bridger /Anticline West (Modified)9
4.5.Path C (Existing -After completion of the Populus -Terminal Project)9
4.6.Monument -Naughton (InternalPath)10
4.7.West of Rock Springs /Firehole (InternalPath)10
5.Project Base Case Modifications 10
5.1.SVC Tie Line Modeling 10
5.2.Line and Transformer Rating Conflicts 10
5.3.Phase Shifter Tap Steps 10
5.4.SVDs to Shunt Conversions 10
5.5.Other System Modeling Changes /Corrections 10
5.6.PacifiCorp System Updates /Corrections 11
6.Path Studies 11
6.1.Aeolus West vs.Aeolus South 11
6.1.1.Base Case Development 11
6.1.2.Post-Transient Analysis 12
6.1.3.Reactive Margin Analysis 13
6.1.4.Transient Stability Analysis 13
6.2.Aeolus West vs.Bonanza West 14
6.2.1.Base Case Development 14
6.2.2.Post-Transient Analysis 14
6.2.3.Reactive Margin Analysis 15
6.2.4.Transient Stability Analysis 15
6.3.Aeolus West vs.Tot la 16
6.3.1.Base Case Development 16
6.3.2.Post-Transient Analysis 16
6.3.3.Reactive Margin Analysis 18
6.3.4.Transient Stability Analysis 18
6.4.Bridger /Anticline West vs.Aeolus South 19
6.4.1.Base Case Development 19
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6.4.2.Post-Transient Analysis 19
6.4.3.Reactive Margin Analysis 20
6.4.4.Transient Stability Analysis 20
6.5.Bridger /Anticline West vs.Path C Southbound 21
6.5.1.Base Case Development 21
6.5.2.Post-Transient Analysis 21
6.5.3.Reactive Margin Analysis 22
6.5.4.Transient Stability Analysis 23
6.6.Bridger /Anticline West vs.Bonanza West 23
6.6.1.Base Case Development 23
6.6.2.Post-Transient Analysis 23
6.6.3.Reactive Margin Analysis 24
6.6.4.Transient Stability Analysis 24
6.7.Bridger /Anticline West vs.Idaho -Montana (Path 18)25
6.7.1.Base Case Development 25
6.7.2.Post-Transient Analysis 25
6.7.3.Reactive Margin Analysis 26
6.7.4.Transient Stability Analysis 27
6.8.Bridger /Anticline West vs.Monument -Naughton 27
6.8.1.Base Case Development 27
6.8.2.Post-Transient Analysis 27
6.8.3.Reactive Margin Analysis 29
6.8.4.Transient Stability Analysis 29
6.9.Bridger /Anticline West vs.Rock Springs /Firehole 29
6.9.1.Post-Transient Analysis 29
6.9.2.Reactive Margin Analysis 31
6.9.3.Transient Stability Analysis 31
6.10.Bridger /Anticline West with the MSTI Project 31
6.10.1.Base Case Development 31
6.10.2.Post-Transient Analysis 31
6.10.3.Reactive Margin Analysis 32
6.10.4.Transient Stability Analysis 33
6.11.Path C Southboundvs.Idaho -Montana (Path 18)33
6.11.1.Base Case Development 33
6.11.2.Post-Transient Analysis 33
6.11.3.Reactive Margin Analysis 35
6.11.4.Transient Stability Analysis 35
6.12.Path C Southboundvs.Bonanza West 35
6.12.1.Base Case Development 35
6.12.2.Post-Transient Analysis 36
6.12.3.Reactive Margin Analysis 38
6.12.4.Transient Stability Analysis 38
6.13.Path C Southboundwith the MSTI Project 39
6.13.1.Base Case Development 39
6.13.2.Post-Transient Analysis 39
6.13.3.Reactive Margin Analysis 40
6.13.4.Transient Stability Analysis 40
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6.14.Path C Southboundvs.Monument -Naughton 41
6.14.1.Base Case Development 41
6.14.2.Post-Transient Analysis 41
6.14.3.Reactive Margin Analysis 42
6.14.4.Transient Stability Analysis 42
6.15.Path C Southboundvs.Rock Springs -Firehole 42
6.15.1.Base Case Development 42
6.15.2.Post-Transient Analysis 43
6.15.3.Reactive Margin Analysis 44
6.15.4.Transient Stability Analysis 44
7.Contingencies Studied 44
8.Study Conclusions /Recommendations 45
Appendix1 -Post-Transient and Dynamic ContingencyLists 48
Appendix2 -Nomograms 52
Appendix3 -Post-transient Results Tables 67
Appendix4 -Dynamic StabilityResults Tables 90
Appendix5 -GatewayWest Study Plan 110
Appendix21 150
TSS ApprovedExceptions to the NERC/WECC Standards 150
Appendix21 -Pages C20 -C23 from TSS Accepted Exceptions to NERC/WECC
Standards
APPENDIX FILES;Located on Idaho Power's FTP Site at;https:\\fileexch.idahopower.com
Appendix 6-1;See file;Appendix_6-l.pdf Aeolus West vs.Aeolus South -Base Case &PT Plots
Appendix 6-2;See file;Appendix_6-2.pdf Aeolus West vs.Aeolus South -Dynamics plots
Appendix 7-1;See file;Appendix_7-1.pdf Aeolus West vs.Bonanza West -Base Case &PT Plots
Appendix 7-2;See file;Appendix_7-2.pdf Aeolus West vs.Bonanza West-Dynamics plots
Appendix 8-1;See file;Appendix_8-l.pdf Aeolus West vs.Tot la -Base Case &PT Plots
Appendix 8-2;See file;Appendix_8-2.pdf Aeolus West vs.Tot la-Dynamics plots
Appendix 9-1;See file;Appendix_9-l.pdf Bridger West vs.Aeolus South -Base Case &PT Plots
Appendix 9-2;See file;Appendix_9-l.pdf Bridger West vs.Aeolus South-Dynamics plots
Appendix 10-1;See file;Appendix_10-1.pdf Bridger West vs.Path C South -Base Case &PT Plots
Appendix 10-2;See file;Appendix_10-2.pdf Bridger West vs.Path C South-Dynamics plots
Appendix 11-1;See file;Appendix_1l-1.pdf Bridger West vs.Bonanza West -Base Case &PT Plots
Appendix 11-2;See file;Appendix_l l-2.pdf Bridger West vs.Bonanza West -Dynamics plots
Appendix 12-1;See file;Appendix_12-1.pdf Bridger West vs.Idaho -Montana (18)Base Case+PT Plots
Appendix 12-2;See file;Appendix_12-2.pdf Bridger West vs.Idaho -Montana (18)-Dynamics plots
Appendix 13-1;See file;Appendix_13-1.pdf Bridger West vs.Monument-Naughton Base Case+PTPlots
Appendix 13-2;See file;Appendix_13-2.pdf Bridger West vs.Monument -Naughton-Dynamics plots
Appendix 14-1;See file;Appendix_14-1.pdf Bridger West vs.Rock Spgs /FH-Base Case &PT Plots
Appendix 14-2;See file;Appendix_14-2.pdf Bridger West vs.Rock Spgs /Firehole-Dynamics plots
Appendix 15-1;See file;Appendix_15-1.pdf Bridger West vs.MSTI -Base Case &PT Plots
Appendix 15-2;See file;Appendix_15-2.pdf Bridger West vs.MSTI-Dynamics plots
Appendix 16-1;See file;Appendix_16-1.pdf Path C South vs.Idaho-Montana (18)Base Case+PT Plots
Appendix 16-2;See file;Appendix_16-2.pdf Path C South vs.Idaho -Montana (18)-Dynamics plots
Appendix 17-1;See file;Appendix_17-1.pdf Path C South vs.Bonanza West-Base Case &PT Plots
Appendix 17-2;See file;Appendix_17-2.pdf Path C South vs.Bonanza West-Dynamics plots
Appendix 18-1;See file;Appendix_18-1.pdf Path C South vs.MSTI-Base Case &PT Plots
Appendix 18-2;See file;Appendix_18-2.pdf Path C South vs.MSTI-Dynamics plots
Appendix 19-1;See file;Appendix_19-1.pdf Path C South vs.Monument-Naughtn-Base Case+PT Plots
Appendix 19-2;See file;Appendix_19-21.pdf Path C South vs.Monument -Naughton-Dynamics plots
Appendix 20-1;See file;Appendix_20-1.pdf Path C South vs.Rock Spgs /Firehole-Base Case &PT Plots
Appendix 20-2;See file;Appendix_20-2.pdf Path C South vs.Rock Spgs /Firehole-Dynamics plots
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Executive Summary
PacifiCorp plans to build a 500 kV transmission Project to deliver wind power from central
Wyomingto central Utah and eastern Idaho.The Project consists of 500 kV transmission from
central Wyomingto central Utah and a second set of 500 kV lines from Wyomingto the eastern
Idaho area and eventuallyto the lower Columbia River system in north central Oregon.The
project also consists of a 230 kV collector system in Wyoming,which delivers the output of
various wind farms to a 500 /230 kV central hub called Aeolus.Just to the northwest of the
existing Dave Johnston plant,a second 230 kV hub station called Windstar will be developed
with 230kV tie lines to Aeolus.See Figure 1 for a geographic depiction of the proposed
facilities that comprise 'Stage l'of the ultimate build-out plan for the system.As noted in the
Legend,Stage 1 consists of the solid lines only.
Figure 1
Gateway Energy Project
Stage 1 -Transmission Plan
To Ben Lomond
wvoMINALsALTLANE cotonAco
345kv To WILuAMs
Legend
Planned Future Voltage I ,*
----500 kV
-------345kv i i FNTo O
----230 kV agoBUTTE
Oconsens
This study covers the "Bridger Area"and includes the followingprimary paths;
Aeolus West
Bridger /Anticline West
Path C Southbound
This study shows that the proposed project meets all applicable NERC Planning Standards and
WECC System Performance Criteria with minor modifications to the originally proposed plan of
service.
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At the start of this study,Idaho Power and PacifiCorp agreed that the Bridger West 345 kV path
be studied only at 2400 MW,a 200 MW upgrade from the existing rating of 2200 MW.
1.Introduction
This report establishes that,at the proposed transfer levels,the Bridger Area of the Gateway
West system has little to no impact on paths external to PacifiCorp and Idaho.
1.1.Project Description
As shown in Figure 1,the Gateway West system consists of a 230kV collector system for
various wind farms in central and western Wyoming.These systems either connect to the "Tot
4a"230kV lines or connect directly to the Windstar and Aeolus hubs.From Aeolus extends a
500 kV line to Anticline,in the Bridger vicinity,and then on to Populus.Other portions of the
Gateway West project will consist of 500 kV lines from Populus to Midpoint and Hemmingway,
and on to Slatt substation in Oregon.A second 500 kV line from Aeolus will extend through
northwestern Colorado and into a new substation called Mona Annex (or Clover)located with a
few miles of the existing Mona 345kV station.
1.2.Plan of Service
.See Appendix 5 for the Gateway West Study Plan (2010 01 19 V9 -Phase I II GW Study
Plan.doc)for a detailed listing of the project components.
1.3.Planned Operating Date
The plan of service provides for the Aeolus West stage one facilities to be operational by 2016 or
2017.The Aeolus South stage two facilities will be operational by 2017 to 2019
2.Transfer Capability
This report intends to prove that the Gateway West Project has little or no significant impact to
paths external to PacifiCorp.In the few instances where impacts are identified,simultaneous
flow impacts will be respected.In some cases,impact remediation facilities will be installed.
Early on in this study,a request was received to analyze possible increases in the study plan
table of desired capacities to allow some flexibilityof deliveryto Aeolus South or Aeolus West.
Table 1 shows the originally proposed path ratings and actual ratings achieved.
Table l
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Path RatingWECCPathProposedStage..
.Achieved in thisName/Number 1 Rating study
Aeolus West'(New)1500 MW 2672 MW
Bridger /Anticline West (19)3900 MW 4100 MW
Path C (20)Southbound 2250 MW 2250 MW
The above ratings are all based on a heavy summer representationfor the 2019 time frame.An
analysis of a lighterload condition to study Path C northbound was requested,but a PRG
approvedbase case was not delivered in time to be included in this study.The Path C
northbound path rating will be addressed in a separate report.
The path transfer capability is limited due to NERC/WECC reliabilityperformance
requirements.The NERC/WECC "ReliabilityCriteria"is available at the followinglink:
http://www.wecc.biz/documents/library/procedures/CriteriaMaster.pdf
3.Study Methods and Standards
3.1.Steady-State Case Stressing
Details of how each study base case was developed can be found in the Base Case Development
sections of the studied system flow conditions.
3.2.Post Transient
The power flow conditions generated above are modeled with single line (N-1)outages,credible
double line (N-2)outages,breaker failure outages,as well as risk assessment outages to evaluate
the NERC/WECC category B,and C performance.All modeled system bus voltages and line,
transformer,and series capacitor current flows are monitored.Voltage deviations greater than
5%and significant overloaded elements,with greater than a 2%change in flow,are reported in
the tables located in the appendices.Engineering judgmentwas used to determine whether the
overloading was relevant to the area.For example,some contingencies in the PACE area caused
parallel transformer tap changers in B.C.Hydro and Alberta to head in opposite directions,
leading to circulating Vars overloading the transformers.These loading issues are clearly a
defect in modeling built into the original base cases and these loadings have not been included in
the reports.
For PacifiCorp's Wyoming system,voltages less than .90 pu are reported.For Montana buses
on Path 18 for Level B and C contingencies,.90 pu voltage is required.For Idaho and
PacifiCorp Path 18 buses,voltages less than .87 pu are limitingfor Level B and C contingencies.
For Level C contingencies,under-voltage load tripping at Amps,Peterson Flats,and Big Grassy
is allowed to restore system voltages.
*The study plan definitionof Aeolus West as only the Aeolus -Anticline 500 kV line.Duringthe course of this
study,the definition was modifiedto include three 230 kV lines.
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Violations of the NERC/WECC allowed performance are identified in the summary paragraphs
for each path relationship /nomogram section.
3.3.Reactive Margin
Idaho Power's reactive margin requirements are;
For N-1 outages;500 MVAR for 500 kV and 250 MVAR for 345 and 230 kV.
For N-2 outages;400 MVAR for 500 KV and 200 MVAR for 345 and 230 kV
For this study,Idaho is assumed to be the owner of the followingmargin tested buses;
Borah 500
Borah 345
Kinport 345
Midpoint 500
Hemmingway 500
Cedar Hill 500
The WECC also requires that new rated paths or facilities be scheduled at 2.5%for all level C
contingencies and 5%over their rated capacities for Level B contingencies to test for voltage
collapse.Each starting nomogram corner case was modified to increase the flow by 5%and
checked that a solution was attained for each outage.
3.4.Transient Stability
UtilizingGE PSLF software,select single line (N-1)and double line (N-2)and other outages
were studied to evaluate transient stability performance.Relevant bus voltage and frequency
violations of the NERC/WECC allowed performance are documented in Appendix 4.
3.5.Generation Drop via Remedial Action Schemes (RAS)
In order to maintain PacifiCorp's current level of reserve requirements (for Bridger
contingencies),Wyomingwind generation dropping via RAS was limited to 600 MW for single
line outage contingencies (N-1)and 1200 MW for double line outage contingencies.
4.Path Definitions
Both new and existing path definitions are as follows,with a '*'denoting the metering points.
4.1.Aeolus West (New)
The Aeolus West transmission path is a constrained path and is defined as the sum of the flows
on the followinglines:(this defn differs from the study plan)
Aeolus*-Anticline 500 kV
Platte*-Latham 230 kV
Mustang*-Bridger 230 kV
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Riverton*-Wyopo 230 kV
4.2.Aeolus South (New)
The Aeolus South path is a constrained path and is defined as the sum of the flows on only one
line:
Aeolus*-Mona Annex 500 kV
4.3.Bridger West 345 kV (Existing)
The Bridger /Anticline West constrained path and is defined as the sum of the flows on the
followinglines:
Bridger*-3 Mile Knoll 345 kV
Bridger*-Populus 345 kV #1
Bridger*-Populus 345 kV #2
Bridger West,comprising only the existing 345 kV lines from Bridger,is currentlyrated at 2200
MW.With the Gateway West Project,this path rating is planned to increase to 2400 MW.
4.4.Bridger /Anticline West (Modified)
The Bridger /Anticline West constrained path and is defined as the sum of the flows on the
followinglines:
Anticline*-Populus 500 kV
Bridger*-3 Mile Knoll 345 kV
Bridger*-Populus 345 kV #1
Bridger*-Populus 345 kV #2
With the Gateway West Project this Path is anticipated to be rated at 4100 MW.
4.5.Path C (Existing-After completion of the Populus -Terminal Project)
Path C is a constrained path and is defined as the sum of the flows on the followinglines:
Terminal -Populus*345 kV
Ben Lomond -Populus*345 kV #2
Ben Lomond -Populus*345 kV #3
Treasureton -Brady*230 kV
Fish Creek -Goshen*161 kV
Malad -American Falls *138 kV
3 Mile Knoll 138 /345*kV Transformer
3 Mile Knoll*-Hooper Spur 138 kV
After completion of the Populus -Terminal Project,Path C will have a southboundrating of
1600 MW and a northbound rating of 1250 MW.With the Gateway West Project,the Path C
rating goals are 2250 MW bi-directional.
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4.6.Monument --Naughton (Internal Path)
Monument -Naughton is a path internal to PacifiCorp,is not registered with the WECC,and is
defined as the sum of the flows on the followinglines:
Monument PST*-Craven Creek 230 kV
Monument PST*-Naughton 230 kV
4.7.West of Rock Springs /Firehole (Internal Path)
Monument -Naughton is a path internal to PacifiCorp,is not registered with the WECC,and is
defined as the sum of the flows on the followinglines:
Rock Springs*-Palisade 230 kV
Firehole*-Mansface 230 kV
5.Project Base Case Modifications
The followingdescribes various changes to the base cases to resolve PSLF solution convergence
issues.
5.1.SVC Tie Line Modeling
At St.George,Red Butte,Platte,and Aeolus,tie lines between the SVC and the main substation
bus had too low an impedance to obtain reliable solutions in PSLF.These impedances were
adjusted to be above the Z threshold to get the cases to reliably converge.In some instances,the
Red Butte SVC had to be disconnected to obtain a valid solution.
5.2.Line and Transformer Rating Conflicts
From the original WECC base cases there are some instances where the emergency ratings
(MVA2)are lower than the normal ratings (MVAl).The consequences of this are that the Post-
transient flow program output would get clogged with reports of overloads that are not real.To
reduce the erroneous reports,a program was run to set the emergency ratings at least equal to the
normal ratings.
5.3.Phase Shifter Tap Steps
Most of the controlled flow phase shifter tap steps were changed to zero degrees to allow for fine
tuning of the path flows.
5.4.SVDs to Shunt Conversions
In the PacifiCorp system,many of the Static Var Devices (SVDs)were disconnected and
replaced with shunt capacitors and reactors to allow forcing of the devices to correct voltage
profiles while keeping generator reactive within reasonable limits.
5.5.Other System Modeling Changes /Corrections
Several cases involvingheavy Path C southboundflows resulted in Aeolus flows greater than
1700 MW.To keep the Aeolus south flows within the 1700 MW limit,a small portion of the
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series capacitors closest to Aeolus were bypassed (by modifyingthe bank impedance)on the
Aeolus -Mona Annex 500 kV line.
On the starting base case,errors were noted on the PDCI B-Face table such that the PDCI flows
were being incorrectlyreported.This was corrected via an epel routine.
5.6.PacifiCorp System Updates /Corrections
Throughthe course of the study,modeling errors were noted in both the existing system in the
Gateway West proposed facilities.To track case versions,these changes also describe case
version code changes;
1.Early on in the studies,a reactive deficiency at Bonanza was noted.At the recommendation of Deseret
Energy,the 345 kV line reactor was removed fromthe Bonanza -Mona 345 kV line and a 60 MVar shunt
capacitor was added to the Bonanza 138 kV bus.A previouslysuggested load addition at Chapita 138 was
not added due to the lack of a plan of service study.At about the same time it was noted that the SVDs
modeled at the Tot 4a 230kV buses were causing the PT cases to diverge.To fix this problem,the SVDs
were converted to shunts and switched via RAS in the switching files.These changes,along with a rating
change of the Malad -American Falls 138 kV line were incorporated into cases identifiedby the version
code '8h5'.
2.An error was found in the conversion of the cases from PSSE to PSLF in the shunt tables.In PSSE,
shunts are part of the bus records,and if they are off line,they are simply deleted fromthe record.When
converting to PSLF,this informationis lost.An EPCL was developed to incorporate the original shunt
tables fromthe parent WECC case.The case version code for this change was '8h6'.
3.In the approved project case,only transformer and phase shifters connected to Anticline 500 kV to Bridger
345.A change was requested to add the 5 mile section of 345 kV line between Anticline and Bridgerwith
the transformers and phase shifters located at Anticline.Also,the addition of Riverton-Wyopo 230 kV
line to the Aeolus West interface.The case version code for this change was '8h7'.
4.Errors were noted in the representation of the Aeolus area shunts and SVC.The SVC was increased to
+450 MVar.At this same time,the fixed SVD at Spence was removed and replaced with a switchable
shunt and the Pinto phase shifter impedance was corrected.The case version code for this change was
'8h8'.
5.After it was found that the Platte -Miners and Platte -Latham 230 kV lines were constraining Aeolus
West flows,it was decided to change the emergency rating (MVA2)to the 30 minute rating of 521 MVA
for both of these lines.As the network topology did not change,the version code remained at '8h8'.
6.Path Studies
6.1.Aeolus West vs.Aeolus South
6.1.1.Base Case Development
The Gateway West Project base case was modified to stress Aeolus West to 2672 MW with
several cases spanning a range of Aeolus South flows.The primary resource for stressing
Aeolus West was the WyomingWind developments.Aeolus South flows were stressed by
varying;1)Current Creek generation,2)IPP DC flows and the wind generationconnected to IPP
345,and lastly,Nevada generation and Tot 2C flows.
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For cases with Aeolus South flows at 1700 MW,Aeolus West flows were fine tuned by varying
schedules from WAPA (73)to the Northwest (40).Shunt capacitors were added to Mona
Annex 500 kV to support the high flows into central Utah.Path flows for each of the above
cases are shown on Appendix 3-1.The resulting nomogram is shown on Appendix 2-1.
Finally,two margin test cases were developedwith 5%additional flows across 1)Aeolus West
path and 2)Aeolus South path.These cases are shown near the bottom of Appendix 3-1.
6.1.2.Post-Transient Analysis
Appendix 3-1 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)becomes the limitingcontingency for both nomogram corners.This outage results in
overloads on the Miners -Platte 230 kV line even when the 52 l MVA 30 minute emergency
rating is used,and thereby sets the PT limit for this contingency.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
This contingency also diverges without any RAS actions.However,with 600 MW of
generationdropping and 500 kV and 230 kV switchable capacitor applications,the
contingency problems are fully resolved.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
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Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted in overloads of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone 115 kV line for one corner point of the
nomogram and an overload of Merwin -View Tap 115kV line for the other corner point.
Springer -Gladstone is a known problem for which remediation is already planned.The
Merwin -View tap problem is also a known problem related to north to south flows on
transmission into the Vancouver,WA and Portland,OR loads.
6.1.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-1.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.1.4.Transient Stability Analysis
As shown on Appendix 4-1,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
Contingency Bl6 (Aeolus -Mona Annex 500 kV line)also produced voltage deviations.
However,these were mitigated with some of the RAS actions simulated in the PT contingencies.
Blundel #2 also lost synchronism and went out-of-step.Blundel #2 is known as having
modeling problems where the unit losses synchronism for very remote faults.This result is not
relevant to this study.
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6.2.Aeolus West vs.Bonanza West
6.2.1.Base Case Development
The Gateway West Project base case was modified to stress Aeolus West to 2666 MW with
several cases with Bonanza West flows at 785 MW and 685 MW.The primary resource for
stressing Aeolus West was the Wyoming Wind developments.Bonanza West flows were
stressed by varying;1)Current Creek generation,and 2)IPP DC flows and the wind generation
connected to IPP 345.From the starting point (2666,785)Aeolus West flows were cut by 100
MW to 2566 MW by varying schedules from WAPA (73)to the Northwest (40).Path flows for
each of the above cases are shown on Appendix 3-2.The resulting nomogram is shown on
Appendix 2-2.
Two margin test cases were developedwith 5%additional flows across 1)Aeolus West path and
2)Bonanza West path.These cases are shown near the bottom of Appendix 3-2.
6.2.2.Post-Transient Analysis
Appendix 3-2 contains the tables associated with the post-transient study results for the Aeolus
West vs.Bonanza West cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Bridger-3 Mile Knoll 345 kV Lines (B04 and RAS variations)
For this outage,loadings are within emergency ratings.However,voltage deviations and
deviations from the .90 pu standard for Path 18 are noted.Subsequent simulations with
RAS actions fully resolve these issues.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)becomes the limitingcontingency for both nomogram corners.This outage results in
overloads on the Miners -Platte 230 kV line even with the 521 MVA 30 minute emergency
rating,and thereby sets the PT limit for this contingency.
Aeolus -Mona Annex (Clover)500kV Line (ContingencyB36 and RAS variations)
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This contingency also diverges without any RAS actions.However,with 600 MW of
generationdropping and 500 kV and 230 kV switchable capacitor applications,the
contingency problems are fully resolved.
Bonanza -Mona 345 kV Line (B40 and B40a with RAS)
For this outage,a total of 10 elements overload,with the worst being the Bonanza -Vernal
138 kV line that loads to 133.42%of its emergency rating.Contingency 40a,with the
existing Bonanza generation dropping RAS,fully resolves the loading and voltage deviations
issues.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted on overloads of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.2.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-2.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.2.4.Transient Stability Analysis
As shown on Appendix 4-2,,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.For contingency B09c,the backswing exceeded the "exceptions"for Bridger that are
filed with the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
If this deviation is determined to be acceptable and not a risk to tripping the Bridger units,an
amendment to the WECC exceptions list could easily resolve this issue.
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Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
Contingency Bl6 (Aeolus -Mona Annex (Clover)500 kV line)for the second base case (785,
2666)also produced voltage deviations and a over-excitation limiter (OELl)relay trip of the
Bonanza unit.Follow-upRAS cases with generationdrop RAS and capacitor switching did not
resolve the OEL trips.A further investigation into the OEL1 relay resulted in new relay data
from Deseret Energy.However,the new data also resulted in a trip of Blundel #2 in addition to
the OEL trip of Bonanza.After checking the dynamics plots it was found that the excitation
current was well below the OEL1 trip setting.A further test with the trip functions of the OEL
relay disabled produced stable operation and generator filed currents well within the maximums.
From this,it is concluded to be a relay /modeling problem and is not a problem associated with
Gateway West transfers.If a more detailed analysis determines Bonanza OELl relay settings
to be correct and the field current to be a real problem,a 60 MVar switchable cap (#2)could be
added to get the generator off its excitation /Var limits.This sensitivityanalysis is provided on
line 86 of Appendix 4-2.
6.3.Aeolus West vs.Tot la
6.3.1.Base Case Development
The Gateway West Project base case was modified to stress Aeolus West to 2672 MW with
several cases with Tot la flows at 650 MW and 550 MW.The primary resource for stressing
Aeolus West was the WyomingWind developments.Tot la flows were stressed by varying;1)
Bonanza generation,2)Craig /Hayden generation,3)Current Creek generation,and 4)IPP DC
flows and the wind generationconnected to IPP 345.Craig #3 generation was modeled at 4302
MW which is above the governor limit shown in the dynamics data file.From the starting point
(2672,650)Aeolus West flows were cut by 100 MW to 2572 MW by varyingschedules from
WAPA (73)to the Northwest (40).Path flows for each of the above cases are shown on
Appendix 3-3.The resulting nomogram is shown on Appendix 2-3.
One margin test cases was developed with 5%additional flows across the Aeolus West path and
Tot la.These cases are shown near the bottom of Appendix 3-3.
6.3.2.Post-Transient Analysis
Appendix 3-3 contains the tables associated with the post-transient study results for the Aeolus
West vs.Bonanza West cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
2 An email request for this modeling change was made to Tri-State on June 17,2010.As of this writing,no
response has been received.
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This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Bridger-3 Mile Knoll 345 kV Lines (B04 and RAS variations)
For this outage,loadings are within emergency ratings.However,voltage deviations and
deviations from the .90 pu standard for Path 18 are noted.Subsequent simulations with
RAS actions fully resolve these issues.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)becomes the limitingcontingency for both nomogram corners.This outage results in
overloads on the Miners -Platte 230 kV line even with the 521 MVA 30 minute emergency
rating,and thereby sets the PT limit for this contingency.
Aeolus -MonanX (Clover)500 kV Line (ContingencyB36 and RAS variations)
This contingency also diverges without any RAS actions.However,with 600 MW of
generationdropping and 500 kV and 230 kV switchable capacitor applications,the only
issues remaining are voltage deviations greater than 5%in the Bonanza area.A shunt
capacitor,discussed later in this report,may be available to bring the Bonanza generator off
of its upper Var limit and thereby reduce the voltage deviations to acceptable limits.
Bonanza -Mona 345 kV Line (B40 and B40a with RAS)
For this outage,a total of 10 elements overload,with the worst being the Boanza -Vernal
138 kV line that loads to 133.42%of its emergency rating.Contingency 40a,with the
existing gen drop RAS,fully resolves the loading and voltage deviations issues.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
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This outage resulted on overloads of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.3.3.Reactive Margin Analysis
As shown near the bottom of Appendix 3-3,One simultaneous case was developedwith +5%on
Aeolus West and Tot la.This case solved for all contingencies (with appropriate RAS actions),
indicating sufficient reactive margins for both Level B and Level C contingencies.Idaho's
reactive margin requirements were also met for all contingencies(with appropriate RAS
actions).
6.3.4.Transient Stability Analysis
As shown on Appendix 4-3,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.For contingency B09c,the backswing exceeded the exceptions for Bridger that are
filed with the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
If this deviation is determined to be acceptable and not a risk to tripping the Bridger units,an
amendment to the WECC exceptions list could easily resolve this issue.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
Contingency Bl6 (Aeolus -Mona Annex (Clover)500 kV line)for the second base case (650,
2522)resulted in an over-excitation limiter (OEL1)relay trip of the Bonanza unit.Follow-up
RAS cases with generation drop RAS and capacitor switching did not resolve the OEL trips.A
further investigation into the OELl relay resulted in new relay data from Deseret Energy.
However,was not successful in elimination of the Bonanza OEL trip.After checking the
dynamics plots it was found that the excitation current was well below the OEL1 trip setting.A
further test with the trip functions of the OEL relay disabled.The resulting run produced stable
operation and generator filed currents well within the maximums.From this,it is concluded to
be a relay /modeling problem and is not a problem associated with Gateway West transfers.If a
more detailed analysis determines Bonanza OEL1 relay settings to be correct and the field
current to be a real problem,a 60 MVar switchable cap (#2)could be added to get the generator
off its excitation /Var limits.
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6.4.Bridger /Anticline West vs.Aeolus South
6.4.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW with several cases spanning a range of Aeolus South flows from 1500 MW to 1700 MW.
The primary resource for stressing Bridger /Anticline West was the WyomingWind
developments.Aeolus South flows were controlled by varying;1)Current Creek generation,2)
IPP DC flows and the wind generationconnected to IPP 345,and lastly,Nevada generation and
Tot 2C flows.
For cases with Aeolus South flows at 1700 MW,Bridger /Anticline West flows were fine tuned
by varying schedules from WAPA (73)to the Northwest (40).Shunt capacitors were added to
Mona Annex (Clover)500 kV to support the high flows into central Utah.Path flows for each
of the above cases are shown on Appendix 3-4.The resulting nomogram is shown on Appendix
2-4.
Finally,two margin test cases were developedwith 5%additional flows across 1)Aeolus West
path and 2)Aeolus South path.These cases are shown near the bottom of Appendix 3-4.
6.4.2.Post-Transient Analysis
Appendix 3-4 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)becomes the limitingcontingency for both nomogram corners.For the upper left
nomogram corner point,this outage results in overloads of the Bridger 345 /230 kV
transformer #2,and thereby sets the PT limit.For the lower right nomogram point,this
outage results in overloads of three critical elements,the worst of which is the Miners -
Platte 230 kV line.
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Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
This contingency also diverges without any RAS actions.However,with 600 MW of
generationdropping and 500 kV and 230 kV switchable capacitor applications,the
contingency problems are fully resolved.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted on overloads of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.4.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-4.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.4.4.Transient Stability Analysis
As shown on Appendix 4-4,dynamic simulations were run on cases near the nomogram corner
points.Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the "exceptions"for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
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Contingency Bl6 (Aeolus -Mona Annex (Clover)500 kV line)also produced voltage
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
6.5.Bridger /Anticline West vs.Path C Southbound
6.5.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW with several cases spanning a range of Path C Southboundflows from 1450 to 1550 MW.
The primary resource for stressing Bridger /Anticline West was the WyomingWind
developments.Path C Southboundflows were controlled by varying;l)Northwest (40)
generation,and 2)PACE area generationincludingCurrent Creek,Lakeside,and Huntington.
A second case with Path C southbound flows at 2250 MW,and Bridger /Anticline West reduced
to 3900 MW was very difficult to schedule without overloading the Aeolus South path.
Additional cases with higher Bridger /Anticline West were not attainable.The resulting
nomogram is shown on Appendix 2-5.
Two margin test cases were developedwith 5%additional flows across 1)Bridger /Anticline
West and 2)Path C Southbound.These cases are shown near the bottom of Appendix 3-5.
6.5.2.Post-Transient Analysis
Appendix 3-5 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)resolves the voltage deviation problems.The Jefferson phase shifter overload shown is
based on an emergency rating of 100 MVA.When corrected to the true rating of 112 MVA,
the overload is resolved.
Aeolus -MonanX (Clover)500 kV Line (ContingencyB36 and RAS variations)
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This contingency also diverges without any RAS actions.With 600 MW of generation
dropping and 500 kV and 230 kV switchable capacitor applications,the Grace -Soda 138
kV line remains overloaded,indicating the need for bypassing ½of the 3 Mile Knoll series
capacitor or reconductoring of the Grace -Soda 138 kV line.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted in an overload of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Path C Double Line Outages (Contingencies C09,C10,C11,&C12)
This outage resulted in an overload of the Grace -Soda 138 kV line,indicating the need for
bypassing ½of the 3 Mile Knoll series capacitor or reconductoring of the Grace -Soda 138
kV line.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.5.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-5.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).While it would appear that the Level C (N-2)contingencies do not meet Idaho's
reactive margin requirements,a review of the margin tables shows the lowest margins for
contingencies CO3 &C04.Follow-upRAS scenarios fully resolve margin deficiencies noted by
red shaded cells.
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6.5.4.Transient Stability Analysis
As shown on Appendix 4-5,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the "exceptions"for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
Contingency Bl6 (Aeolus -Mona Annex 500 kV line)also produced voltage deviations.
However,these were mitigated with some of the RAS actions simulated in the PT contingencies.
6.6.Bridger /Anticline West vs.Bonanza West
6.6.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW with several cases spanning a range of Bonanza West flows.The primary resource for
stressing Bridger /Anticline West was the WyomingWind developments.Bonanza West flows
were controlled by varying;1)Bonanza generation,2)Craig /Hayden generation,3)Currant
Creek generation,and 4)IPP DC flows and the wind generation connected to IPP 345.
For cases with Aeolus South flows at 1700 MW,Bridger /Anticline West flows were fine tuned
by varying schedules from WAPA (73)to the Northwest (40).Shunt capacitors were added to
Mona Annex 500 kV to support the high flows into central Utah.Path flows for each of the
above cases are shown on Appendix 3-6.The resulting nomogram is shown on Appendix 2-6.
Finally,two margin test cases were developedwith 5%additional flows across 1)Aeolus West
path and 2)Bonanza West path.These cases are shown near the bottom of Appendix 3-6.
6.6.2.Post-Transient Analysis
Appendix 3-6 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
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This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)becomes the limitingcontingency for both nomogram corners.For both nomogram
corner points,this outage results in overloads of the Miners -Platte 230 kV line,and this
loading sets the PT limit.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted on overloads of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolve both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.6.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-6.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.6.4.Transient Stability Analysis
As shown on Appendix 4-6,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the "exceptions"for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
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Contingency Bl6 (Aeolus -Mona Annex (Clover)500 kV line)resulted in no voltage or
frequency deviations for the upper left nomogram point (695,4100).The lower right nomogram
corner point (785,4062)had extensive difficulties with an over-excitation limiter (OELl)model
that tripped the unit supposedly to protect the rotor from overheating damage.Flows on
Bonanza
West were decremented down to 3532 MW before the OELl generationtrip problem was
resolved.After a discussion of these results,Deseret provided corrected OEL1 model data that
slightly changed the timing of the trips,but not the end result.Additional sensitivity cases with
the OEL1 trip timers set to 999 seconds but with the OEL1 runback function still active,the PT
corner point (785,4062)had no voltage or frequency deviations and of course the unit does not
trip.
6.7.Bridger /Anticline West vs.Idaho --Montana (Path 18)
6.7.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW and Path 18 was controlled to 337 MW.The primary resource for stressing Bridger /
Anticline West was the Wyoming Wind developments with fine tuning using schedules from
WAPA (73)to Northwest (40).Path 18 flows were controlled by schedules from Montana (62)
to Idaho (60)and adjustments of the Jefferson and Mill Creek phase shifters.
Two margin test cases were developedwith 5%additional flows across 1)Bridger /Anticline
West and 2)Path 18.These cases are shown near the bottom of Appendix 3-7.
6.7.2.Post-Transient Analysis
Appendix 3-7 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Bridger-3 Mile Knoll 345 kV Line (ContingencyB04 and RAS variations)
This outage results in voltage deviations and violations of the .87 pu voltage standard for the
Path 18 buses.Follow-upcases were run with switching of the Kinport 345 kV shunt
capacitor,Dillon 69 kV shunt capacitors c3 &c4,and a new 42 MVar shunt capacitor at Big
Grassy 161 kV.These cases show the voltage problem resolved with the lowest voltage
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shown to be .881 pu at Peterson Flat 230.The overload shown for E.Helena 69/100 kV #2
is the result of circulating reactive power (vars)between the two transformers at E.Helena.If
the transformers were correctly modeled,the overload would be resolved.
3 Mile Knoll -Goshen 345 kV Line (ContingencyB06 and RAS variations)
Contingency B06 results in overloads on the Grace -Soda 138 kV line.The follow-up case
B06a,with the 3 Mile Knoll series capacitor bank bypassed,results in a violation of
Montana's .90 pu voltage standard.A second follow-upcase (B06b),with switching of the
Big Grassy 161 kV shunt capacitor fully resolves the voltage problem.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generation dropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)fully resolves all voltage and loading problems.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.In follow-upcases,some voltage deviation problems are noted,but
these issues are fully mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted in voltage deviations on Path 18 buses.Follow-upcases with RAS
switching of Path 18 shunt capacitors and load tripping via under-voltage relays results in
acceptable performance.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of several overloads includingthe Sigurd PS -Glen Canyon 230kV
line.This line is loaded southbound in the base case,and this loading result may indicate a
simultaneous flow relationship between Bridger /Anticline West and Tot 2B.
6.7.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-7.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
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Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).While it would appear that the Level C (N-2)contingencies do not meet Idaho's
reactive margin requirements,a review of the margin tables shows the lowest margins for
contingencies CO3 &C04.Follow-upRAS scenarios fully resolve any margin deficiencies.
6.7.4.Transient Stability Analysis
As shown on Appendix 4-7,dynamic simulations were run on the simultaneous flow corner
point.Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the post-
transient contingencies.
6.8.Bridger /Anticline West vs.Monument --Naughton
6.8.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW with several cases spanning a range of Monument -Naughton flows from 332 MW to 475
MW.The primary resource for stressing Bridger /Anticline West was the WyomingWind
developments.Monument -Naughton flows were controlled by the Monument phase shifting
transformers.Loads in the Trona area of SW Wyoming(Zone 668)were reduced by roughly
141 MW to prevent the Rock Springs /Firehole cut-plane from exceeding its 640 MW capacity.
The resulting nomogram is shown on Appendix 2-8.
Two margin test cases were developedwith 5%additional flows across 1)Bridger /Anticline
West and 2)Monument -Naughton.These cases are shown near the bottom of Appendix 3-8.
6.8.2.Post-Transient Analysis
Appendix 3-8 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
3 Mile Knoll -Goshen 345 kV Line (Contingencies B06 and B06a)
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Contingency B06 results in overloads on the Grace -Soda 138 kV line.The follow-upcase
B06a,with the 3 Mile Knoll series capacitor bank bypassed,fully resolves the overload.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generation dropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)resolves the voltage deviation problems.This outage results in a slight overload
(100.04%)on the Miners -Platte 230 kV line even with the 521 MVA 30 minute emergency
rating,and thereby sets the PT limit for this contingency.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
This contingency also diverges without any RAS actions.With 600 MW of generation
dropping and 500 kV and 230 kV switchable capacitor applications,the contingency
converges to a solution with no overloads.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted in a voltage deviation at Populus 500 for the case with Bridger /
Anticline West at 4100 MW.Follow-up RAS cases with Bridger gen tripping resolve the
Populus deviation problem,but then created problems for Path 18 buses.The case with 475
MW on Monument -Naughton,this outage overloaded both Monument phase shifters.
While RAS actions did help the loading situation,a better solution would be to adjust the
phase shifter taps to reduce flows.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in an overload of the Glen Canyon 345 /230 kV transformer.This overload arises
when the generationat Glen Canyon is not correctly divided between the 230 kV and 345 kV
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step-up buses.This is a known modeling problem and is unrelated to the Gateway West
Project.
6.8.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-8.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.8.4.Transient Stability Analysis
As shown on Appendix 4-5,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
6.9.Bridger /Anticline West vs.Rock Springs /Firehole
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW with several cases spanning a range of Rock Springs /Firehole (RS/FH)West flows from
489 MW to 640 MW.The primary resource for stressing Bridger /Anticline West was the
WyomingWind developments.RS/FH flows were controlled by adjustments to the Monument
phase shifting transformers.The resulting nomogram is shown on Appendix 2-9.
Two margin test cases were developedwith 5%additional flows across 1)Bridger /Anticline
West and 2)RS/FH West.These cases are shown near the bottom of Appendix 3-9.
6.9.1.Post-Transient Analysis
Appendix 3-9 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
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imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
3 Mile Knoll -Goshen 345 kV Line (Contingencies B06 and B06a)
Contingency B06 results in overloads on the Grace -Soda 138 kV line.The follow-upcase
B06a,with the 3 Mile Knoll series capacitor bank bypassed,fully resolves the overload.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generation dropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)resolves the voltage deviation problems.This outage results in a slight overload
(100.05%)on the Miners -Platte 230 kV line even with the 521 MVA 30 minute emergency
rating,and thereby sets the PT limit for this contingency.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
This contingency also diverges without any RAS actions.With 600 MW of generation
dropping and 500 kV and 230 kV switchable capacitor applications,the contingency
converges to a solution with no overloads.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.Some voltage deviation problems are noted,but these issues are fully
mitigated with RAS switching.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in an overload of the Glen Canyon 345 /230 kV transformer.This overload arises
when the generationat Glen Canyon is not correctly divided between the 230 kV and 345 kV
step-up buses.This is a known modeling problem and is unrelated to the Gateway West
Project.
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6.9.2.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-9.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.9.3.Transient Stability Analysis
As shown on Appendix 4-5,dynamic simulations were run on both nomogram corner points.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
6.10.Bridger /Anticline West with the MSTI Project
6.10.1.Base Case Development
The Gateway West Project base case was modified to stress Bridger /Anticline West to 4100
MW simultaneous with the MSTI project at 1496 MW.Resources for the majorityof the
schedules were from three 450 MW equivalent wind models represented near Townsend,
Montana.To fully load the MSTI project,other Montana generation was increased and
scheduled to Idaho and the Northwest.
Two margin test cases were developedwith 5%additional flows across 1)Bridger /Anticline
West and 2)The MSTI project.These cases are shown near the bottom of Appendix 3-10.The
resulting nomogram is shown on Appendix 2-10.
6.10.2.Post-Transient Analysis
Appendix 3-10 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
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Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This contingency diverges without any RAS actions.However with RAS actions as noted
for the B35g,(600 MW of Aeolus area generationdropping,500 kV switchable capacitors
applied,additional 230kV capacitors at Mustang,Riverton,and additional capacitors on Path
18)does not quite resolve the voltage deviation problems until Path 18 is reduced to 287
MW.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.However,as
noted above,the loading numbers are to be used as a design input for rebuilding the limiting
conductor sections.The Bridger -Rock Spring 230 kV line is also overloaded.But this
loading and the voltage deviation problems are mitigated with RAS switching.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted in an overload of the Bridger -Rock Springs 230kV line.Follow-up
cases with Bridger generation dropping and additional RAS action on Path 18 resolved both
the loading problem and the voltage deviation issues on Path 18.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.This contingency also had 7 voltage
deviations in the New Mexico system.
6.10.3.Reactive Margin Analysis
Margin cases from the point with simultaneous flows on Bridger /Anticline West and the MSTI
Project were tested with +5%flow cases as noted near the bottom of Appendix 3-10.Both
+5%cases solved for all contingencies (with appropriateRAS actions),indicating sufficient
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reactive margins for both Level B and Level C contingencies.Idaho's reactive margin
requirements were also met for all contingencies (with appropriate RAS actions).
6.10.4.Transient Stability Analysis
As shown on Appendix 4-9,dynamic simulations were run on the one simultaneous case.
Contingency B08 and B09 with RAS variations,resulted in back swing under-frequency
deviations.However,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also producedvoltage and frequency
deviations.However,these were mitigated with some of the RAS actions simulated in the PT
contmgencies.
6.11.Path C Southbound vs.Idaho --Montana (Path 18)
6.11.1.Base Case Development
The Gateway West Project base case was modified to stress Path C North to South flows to 2250
MW simultaneous with stressed Path 18 North to South flows.Two base cases were developed.
The first case included Path 18 Shunt Additions while the second case did not.Without the Path
18 Shunt Additions,Path 18 North to South flows were limited to 285 MW.With the Path 18
Shunt Additions,Path 18 North to South flows were limited to the current Path 18 transfer limit
of 337 MW.The Path 18 Shunt Additions include switchable capacitor banks at the Amps,
Peterson Flat,Big Grassy,and Dillon stations.
Multiplemargin test cases were developed with 5%additional flows across Path C and Path 18.
These cases are shown near the bottom of Appendix 3-11.
The resulting nomogram is shown on Appendix 2-10.
6.11.2.Post-Transient Analysis
Appendix 3-10 contains the tables associated with the post-transient study results for the import
cases with and without Path 18 Shunt Additions.A discussion of several of the prominent
outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
When applied to the case without the Path 18 Shunt Additions,this outage results in
overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the line is rated at 1840
Amps and this loading information has been requested for design input to PacifiCorp to
determine the magnitude of rating increase needed to rebuild the single conductor portions of
the line capable of withstanding the most severe contingencies imposed by the Gateway West
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Project.Several RAS options are shown to allow selection of line upgrade costs vs.the risks
inherent with RAS.
When Contingency B01 was applied to the case with the Path 18 Shunt Additions,this
outage didn't result in any overloads or voltage issues.
3 Mile Knoll -Goshen 345kV Line (ContingenevB06 and RAS variations)
In both cases (with and without the Path 18 Shunt Additions),this outage without RAS
resulted in overloads of the Grace -Soda and 3 Mile Knoll -Soda 138 kV lines.Bypassing
the 1/2 the series capacitor in the Bridger -3 Mile Knoll 345kV line mitigates both of these
overloads.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
In the case without the Path 18 Shunt Additions,this outage resulted in overloads on the
Dave Johnston -Dave Johnston South Tap 115 kV line and the Bridger 345/230kV Bank #2.
In the case with the Path 18 Shunt Additions,this outage resulted in overloads on the Dave
Johnston -Dave Johnston South Tap 115 kV line only.In both cases,the RAS actions as
noted for disturbance B35a (600 MW of Aeolus area generation dropping,500 kV switchable
capacitors applied at Aeolus,and additional 230kV capacitors applied at Aeolus,Atlantic,
Miners and Platt)resolved these overloads.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
In both cases (with and without the Path 18 Shunt Additions),this disturbance without any
RAS actions caused the cases to diverge.With 600 MW of generation dropping and 500 kV
and 230 kV switchable capacitor applications,the contingency problems are fully resolved.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
In both cases (with and without the Path 18 Shunt Additions),this disturbance without any
RAS actions caused overloads on the Bridger -3 Mile Knoll 345 kV and Grace -Soda
138kV lines.RAS action,as noted for disturbance CO2a (Tripping of a Bridger Unit),
resolved these overloads.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
In the case without the Path 18 Shunt Additions,this disturbance was limitingfor Path 18
flows.Outage CO3 caused the voltage at the PTRSNFUR 69kV bus to drop to 0.90 pu.
Increasing Path 18 flows to levels greater than 285MW North to South caused post-
contingency voltages at the PTRSNFUR 69kV bus to drop below 0.90 pu.In addition,the
RAS variations of disturbance CO3,includingCO3a and CO3b (dropping one or two Bridger
units),caused the post-contingency voltages at the PTRSNFUR 69kV bus to be worse.Since
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disturbances CO3d and CO3e both include Path 18 shunts addition switching,they were not
applied to the case.
Without the Path 18 Shunt Additions,this outage limited Path 18 flows to 285 MW North to
South.With the Path 18 Shunt Additions and their employment in outage CO3d and CO3e,
Path 18's transfer limit is maintained at 337 MW North to South.
Populus -Ben Lomond 345 kV #2 and #3 Double Line Outage (C06 and RAS
variations)
In both cases (with and without the Path 18 Shunt Additions),this outage resulted in an
overload of the Grace -Soda 138 kV line.In the case with Path 18 shunts,this outage also
resulted in an overload of the 3 Mile Knoll -Soda 138 kV line.Bypassing the 1/2 the series
capacitor in the Bridger -3 Mile Knoll 345kV line mitigates these overloads.
Populus -Terminal 345 kV +Treasureton -Brady 230 kV Lines Outage (C12)
In the case without the Path 18 Shunt Additions,this outage resulted in an overload of the
Grace -Soda 138 kV line.Bypassing the 1/2 the series capacitor in the Bridger -3 Mile
Knoll 345kV line mitigates both of these overloads.In the case with the Path 18 Shunt
Additions,no emergency overloadswere encountered.
6.11.3.Reactive Margin Analysis
From the base cases,margin cases (with and without Path 18 Shunt Additions)were created.The
margin cases stressed Path 18 North to South and Path C North to South flows by an additional
+5%as noted near the bottom of Appendix 3-11.All +5%cases solved for all contingencies
(with appropriate RAS actions),indicating sufficient reactive margins for both Level B and
Level C contingencies.Idaho's reactive margin requirements were also met for all contingencies
(with appropriate RAS actions).
6.11.4.Transient Stability Analysis
As shown on Appendix 4-11,dynamic simulations were run on the simultaneous cases (with and
without Path 18 Shunt Additions).Contingency B09 resulted in back swing under-frequency
deviations that exceed the standard WECC frequency deviation criteria for load buses,but did
not exceed PacifiCorp's frequency deviation exception for Bridger unit buses on file with
WECC.All the other disturbances modeled did not result in transient stability problems or
criteria violations.
6.12.Path C Southbound vs.Bonanza West
6.12.1.Base Case Development
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The Gateway West Project base case was modified to stress Path C North to South flows
simultaneous with stressed Bonanza West (Path 33)flows.Two base cases were developed.The
first case included Path C set at 2250 MW North to South with Bonanza West simultaneously set
at 749 MW.The second case included Path C set at 1849 MW North to South with Bonanza
West simultaneously set at 785 MW,Path 33's current transfer limit.
Multiplemargin test cases were developed with 5%additional flows across Path C and Bonanza
West.These cases are shown near the bottom of Appendix 3-12.
The resulting nomogram is shown on Appendix 2-11.
6.12.2.Post-Transient Analysis
Appendix 3-12 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in overloads on the Bridger -3 Mile Knoll 345 kV line.In the cases,the
line is rated at 1840 Amps and this loading information has been requested for design input
to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
3 Mile Knoll -Goshen 345kV Line (ContingencyB06 and RAS variations)
In both cases,this outage without RAS resulted in overloads of the Grace -Soda and 3 Mile
Knoll -Soda 138 kV lines.Bypassing the 1/2 the series capacitor in the Bridger -3 Mile
Knoll 345kV line mitigates the loading on the 3 Mile Knoll -Soda 138 kV line entirely.
However,bypassing the 1/2 the series capacitor in the Bridger -3 Mile Knoll 345kV line
mitigates the loading on the Grace -Soda 138 kV line to approximately 101%of its
emergency ratmg.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
In the case with Path C stressed at 2250 MW North to South and Bonanza West at 749 MW,
this outage resulted in overloads on the Platt -Latham and Miners -Platt 230kV lines as well
as voltage deviations greater than 5%on many buses.The RAS actions as noted for
disturbance B35a,(600 MW of Aeolus area generation dropping,500 kV switchable
capacitors applied at Aeolus,and additional 230kV capacitors applied at Aeolus,Atlantic,
Miners and Platt)resolved these overloads and voltage deviations.
In the case with Bonanza West stressed at 785 MW and Path C at 1849 MW North to South,
this outage resulted in the following:overloads on all three Bridger 345/230 kV banks,the
Platt -Latham 230kV line,Miners -Platt 230kV line and Bar X-Echo Springs 230kV line;
voltage deviations greater than 5%on many buses;and post-contingency voltages in
Wyominglower than 0.9 pu.The RAS actions,as noted for disturbance B35a,were enough
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to mitigate the emergency overloads;however,they were not enough to mitigate the bus
voltage deviations.The RAS actions as noted for disturbance B35d (600 MW of Aeolus area
generationdropping,500 kV switchable capacitors applied at Aeolus,and additional 230kV
capacitors applied at Aeolus,Atlantic,Miners,Platt,Mustang and Riverton)resolved the
remaining voltage deviations.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
This disturbance without any RAS measures caused both cases to diverge.With 600 MW of
generationdropping and 500 kV and 230 kV switchable capacitor applications (outage
B36a),the cases exhibited enough reactive margin to solve.
In the case with Path C stressed at 2250 MW North to South and Bonanza West at 749 MW,
an overload on the Grace -Soda 138 kV line still remained even with the RAS actions
employed for disturbance B36a.The additional RAS measure of bypassing the 1/2 the series
capacitor in the Bridger -3 Mile Knoll 345kV line mitigated the Grace -Soda 138 kV line
overload.
In the case with Bonanza West stressed at 785 MW and Path C at 1849 MW North to South,
the RAS actions as noted for B36a were sufficient to mitigate all emergency overloads and
voltage deviations.
Bonanza -Mona 345kV Line (ContingencyB40 and RAS variations)
In the case with Path C stressed at 2250 MW North to South and Bonanza West at 749 MW,
this outage resulted in overloads on the Emma Park -Upalco,Emma Park -Panther and
Panther -Carbon 138kV lines as well as voltage deviations greater than 5%on a few buses
near Upalco.In the case with Bonanza West stressed at 785 MW and Path C at 1849 MW
North to South,this outage resulted in overloads on the Emma Park -Upalco,Emma Park -
Panther and Panther -Carbon,Bonanza-Vernal 138kV lines as well as the Flaming Gorge
230/138 kV bank #2.This outage also resulted in voltage deviations greater than 5%on a
few buses near Upalco.The RAS actions as noted for disturbance B40a,(Trippinga Bonanza
Unit)resolved these overloads and voltage deviations.In both cases,Path C and Bonanza
West flows were limited by disturbance C04a with RAS tripping of a Bonanza unit and the
subsequent overload of the Emma Park -Upalco 138kV line.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
In both cases,this disturbance without any RAS actions caused overloads on the Bridger -3
Mile Knoll 345 kV and Grace -Soda 138kV lines.RAS action,as noted for disturbance
CO2a (Trippingof a Bridger Unit),resolved the Grace -Soda 138kV line overloads.The
Bridger -3 Mile Knoll 345kV line remained overloaded in both cases.Trippingtwo Bridger
units will mitigate the loading on the Bridger -3 Mile Knoll 345kV line;however,the
voltage drop around Path 18 starts to become an issue in the case with Path C stressed at
2250 MW North to South and Bonanza West at 749 MW.After the tripping two units,the
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post-contingency bus voltage at the PTRSNFUR 69.0 bus was 0.899 pu,which is right at the
limit of 0.9 pu.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
Disturbance CO3 without any RAS actions caused the case with Path C at 2250 MW North to
South and Bonanza West at 749 MW to diverge.Conversely,the case with Bonanza West at
785 MW and Path C at 1849 MW North to South solved followingdisturbance CO3.Both
cases solved followingCO3a (CO3 plus RAS Tripping of one Bridger Unit)and CO3b (CO3
plus RAS Tripping of two Bridger Unit);however,the RAS tripping of the Bridger units
followingdisturbance CO3 caused the voltage at the PTRSNFUR 69kV bus to get worse (less
than 0.9 pu).Both cases solved followingdisturbance CO3d (CO3 plus RAS Tripping of one
Bridger unit plus RAS switching of capacitors at Amps and Big Grassy stations)exhibited
acceptable voltages in Wyomingand near Path 18.The Amps and Big Grassy capacitors
switched as part of the remedial action for disturbance CO3 are part of the Path 18 Shunt
Additions.
Populus -Ben Lomond 345 kV #2 and #3 Double Line Outage (C06 and RAS
variations)
In the case with Path C at 2250 MW North to South and Bonanza West at 749 MW,this
outage resulted in an overload of the Grace -Soda 138 kV line.Bypassing the 1/2 the series
capacitor in the Bridger -3 Mile Knoll 345kV line mitigates this overload.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event,
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.12.3.Reactive Margin Analysis
From the base cases,margin cases were created.The margin cases stressed Bonanza West and
Path C North to South flows by an additional +5%as noted near the bottom of Appendix 3-12.
All +5%cases solved for all contingencies (with appropriate RAS actions),indicating sufficient
reactive margins for both Level B and Level C contingencies.Idaho's reactive margin
requirements were also met for all contingencies (with appropriate RAS actions).
6.12.4.Transient Stability Analysis
As shown on Appendix 4-12,dynamic simulations were run on the simultaneous cases.
Contingency B08 and B09 resulted in back swing under-frequency deviations that exceed the
standard WECC frequency deviation criteria for load buses,but did not exceed PacifiCorp's
frequency deviation exception for Bridger unit buses on file with WECC.
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In the case with Path C at 2250 MW North to South and Bonanza West at 749 MW,all the other
disturbances modeled did not result in transient stability problems or criteria violations.
In the case with Bonanza West at 785 MW and Path C at 1849 MW North to South,disturbances
Bl5 (Aeolus -Anticline 500 kV Line)and Bl6 (Aeolus -Mona Annex (Clover)500 kV Line)
caused voltage dips exceeding 20%for 20 cycles or more at multipleload buses.Disturbances
Bl5a and Bl6a with RAS (tripping 600 MW of Aeolus units and insertion of capacitors at the
Aeolus 500kV bus and at the Aeolus,Miners,Platt and Atlantic 230kV buses)mitigated the
voltage dips noted.
6.13.Path C Southbound with the MSTI Project
6.13.1.Base Case Development
The Gateway West Project base case was modified by the addition of the MSTI project.The case
was further modified by stressing Path C North to South flows simultaneous with MSTI Project
flows.One base case was developedwith Path C set at 2250 MW North to South and MSTI
Phase Shifter flow simultaneously set at 1500 MW.To achieve a Phase Shifter flow of 1500
MW,it was necessary to dispatch 800 MW of total MSTI generation
Multiplemargin test cases were developed with 5%additional flows across Path C and the MSTI
Phase Shifter.These cases are shown near the bottom of Appendix 3-13.
The resulting nomogram is shown on Appendix 2-12.
6.13.2.Post-Transient Analysis
Appendix 3-13 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
Anticline -Populus 500 kV Line (ContingencyB01 and RAS variations)
This outage results in an overload on the Bridger -3 Mile Knoll 345 kV line.In the cases,
the line is rated at 1840 Amps and this loading information has been requested for design
input to PacifiCorp to determine the magnitude of rating increase needed to rebuild the single
conductor portions of the line capable of withstanding the most severe contingencies
imposed by the Gateway West Project.Several RAS options are shown to allow selection of
line upgrade costs vs.the risks inherent with RAS.
3 Mile Knoll -Goshen 345kV Line (ContingenevB06 and RAS variations)
This outage without RAS resulted in overloads of the Grace -Soda and 3 Mile Knoll -Soda
138 kV lines.Bypassing the 1/2 the series capacitor in the Bridger -3 Mile Knoll 345kV line
mitigates both of these overloads.
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Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
This outage resulted in voltage deviations greater than 5%on many buses.The RAS actions,
as noted for disturbance B35a (600 MW of Aeolus area generation dropping,500 kV
switchable capacitors applied at Aeolus,and additional 230kV capacitors applied at Aeolus,
Atlantic,Miners and Platt),resolved the voltage deviations.
Bonanza -Mona 345kV Line (ContingencyB40 and RAS variations)
This outage resulted in overloads on the Emma Park -Upalco,Emma Park -Panther and
Panther -Carbon 138kV lines.The RAS actions,as noted for disturbance B40a (Tripping a
Bonanza Unit),resolved these overloads.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
This disturbance without any RAS actions caused overloads on the Bridger -3 Mile Knoll
345 kV and Grace -Soda 138kV lines.RAS action,as noted for disturbance CO2a (Tripping
of one Bridger Unit),resolved the Grace -Soda 138kV line overload.The Bridger -3 Mile
Knoll 345kV line remained slightly overloaded.Tripping of two Bridger units,as modeled in
disturbance CO2b,resolved both overloads.
Populus -Ben Lomond 345 kV #2 and #3 Double Line Outage (C06 and RAS
variations)
This outage resulted in an overload of the Grace -Soda 138 kV line.Bypassing the 1/2 the
series capacitor in the Bridger -3 Mile Knoll 345kV line mitigates this overload.
Palo Verde 2-unit loss with FACRI (N-2)
This contingency,with FACRI action and Desert SW load dropping planned for this event,
resulted in overloads of Springer -Gladstone l15 kV line.Springer -Gladstone is a known
problem for which remediation is already planned.
6.13.3.Reactive Margin Analysis
From the base cases,margin cases were created.The margin cases stressed MSTI and Path C
North to South flows by an additional +5%as noted near the bottom of Appendix 3-13.All
+5%cases solved for all contingencies (with appropriateRAS actions),indicating sufficient
reactive margins for both Level B and Level C contingencies.Idaho's reactive margin
requirements were also met for all contingencies (with appropriate RAS actions).
6.13.4.Transient Stability Analysis
As shown on Appendix 4-12,dynamic simulations were run on the simultaneous cases.
Contingency B09 resulted in back swing under-frequency deviations that exceed the standard
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WECC frequency deviation criteria for load buses,but did not exceed PacifiCorp's frequency
deviation exception for Bridger unit buses on file with WECC.
6.14.Path C Southbound vs.Monument --Naughton
6.14.1.Base Case Development
The Gateway West Project base case was modified to stress Path C Southboundto 2250 MW
with Monument -Naughton flows at 475 MW.Path C was stressed by reducing generationin
Utah and increasing generation in the Pacific Northwest.Monument -Naughton flows were
controlled by the Monument phase shifting transformers.Loads in the Trona area of SW
Wyoming(Zone 668)were reduced by roughly356 MW to prevent normal overloads of the
Rock Springs -Palisades 230kV Line.The resulting nomogram is shown on Appendix 2-13.
Two margin test cases were developedwith 5%additional flows across 1)Path C Southbound
and 2)Monument -Naughton.These cases are shown near the bottom of Appendix 3-14.
6.14.2.Post-Transient Analysis
Appendix 3-14 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
3 Mile Knoll -Goshen 345 kV Line (Contingencies B06 and B06a)
Contingency B06 results in an overload on the Grace -Soda 138 kV line.The RAS modeled
in outage B06a,which included bypassing 1/2 of the 3 Mile Knoll series capacitor bank,
resolved the overload.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
Contingency B35 diverged without any RAS actions.The RAS actions,as noted for the
B35d (600 MW of Aeolus area generation dropping,500 kV switchable capacitors applied at
Aeolus and additional 230kV capacitors at Aeolus,Atlantic,Miners,Platt,Mustang,and
Riverton),resolved the voltage deviation problems.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
Contingency B36 diverged without any RAS actions.The RAS actions,as noted for the
B36v (600 MW of Aeolus area generation dropping,500 kV switchable capacitors applied at
Aeolus,Anticlin,Populus,additional 230kV capacitors at Aeolus,Atlantic,Miners,Platt,
Mustang,Riverton and Chappel,as well as one 345kV capacitor at Kinport),resolved the
divergence and didn't produce any WECC criteria violations.
Bonanza -Mona 345kV Line (ContingencyB40 and RAS variations)
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Outage B40 resulted in overloads on the Bonanza -Vernal,Emma Park -Upalco,Emma
Park -Panther and Panther -Carbon 138kV lines,Flaming Gorge 230/138kV Transformer #2
as well as voltage deviations greater than 5%on a few buses near Upalco.The RAS actions,
as noted for contingency B40a (Tripping a Bonanza Unit),resolved these overloads and
voltage deviations.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
Outage CO2 resulted in an overload on the Bridger -3 Mile Knoll 345 kV line.As noted
above,the loading numbers will be used as a design input for rebuilding the limiting
conductor sections.The overload was fully mitigated with RAS switching of one Bridger
unit as modeled in outage CO2a.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
Outage CO3 resulted in an overload on the Bridger-Rock Springs 230kV line and a low
voltage on a single bus (PTRSNFUR 69.0)near Path 18.RAS actions,as noted for the CO3d
(Tripping of Bridger unit and additional switchable capacitors applied at Big Grassy 161 kV
and Amps 230kV buses),resolved the overload and low voltage problems.
6.14.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-14.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.14.4.Transient Stability Analysis
As shown on Appendix 4-14,dynamic simulations were run for various contingencies.
Contingency B08 and B09 with RAS variations resulted in back swing under-frequency
deviations;however,these deviations are within the exceptions for Bridger that are filed with
the WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also produced voltage deviations,which
were mitigated with some of the RAS actions simulated in the PT contingencies.
6.15.Path C Southbound vs.Rock Springs -Firehole
6.15.1.Base Case Development
The Gateway West Project base case was modified to stress Path C Southboundto 2250 MW
with Rock Springs /Firehole West flows at 640 MW.Path C was stressed by reducing
generation in Utah and increasing generation in the Pacific Northwest.Rock Springs /Firehole
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West flows were controlled by the Monument phase shifting transformers.The resulting
nomogram is shown on Appendix 2-14.
Two margin test cases were developedwith 5%additional flows across 1)Path C Southbound
and 2)Rock Springs /Firehole West.These cases are shown near the bottom of Appendix 3-15.
6.15.2.Post-Transient Analysis
Appendix 3-15 contains the tables associated with the post-transient study results for the import
cases.A discussion of several of the prominent outages follows.
3 Mile Knoll -Goshen 345 kV Line (Contingencies B06 and B06a)
Contingency B06 results in an overload on the Grace -Soda 138 kV line.The RAS modeled
in outage B06a,which included bypassing 1/2 of the 3 Mile Knoll series capacitor bank,
resolved the overload.
Aeolus -Anticline 500 kV Line (ContingencyB35 and RAS variations)
Contingency B35 without any RAS actions produced several voltage deviations greater than
5%,low voltages in Wyoming and various emergency overloads.The worst emergency
overload occurred on the Platt -Latham 230kV line at 111%.,and the worst voltage
deviation (17.4%)occurred at the Latham 34.5kV bus.Correspondingly,the lowest voltage
(0.838 pu)was experiencedoccurred at the Bairoil 115kV bus.The RAS actions,as noted for
the B35d,(600 MW of Aeolus area generation dropping,500 kV switchable capacitors
applied at Aeolus and additional 230kV capacitors at Aeolus,Atlantic,Miners,Platt,
Mustang,and Riverton)resolved all the voltage deviations,low voltages and emergency
overloads.
Aeolus -Mona Annex (Clover)500 kV Line (ContingencyB36 and RAS
variations)
Contingency B36 diverged without any RAS actions.The RAS actions,as noted for the
B36v (600 MW of Aeolus area generation dropping,500 kV switchable capacitors applied at
Aeolus,Anticlin,Populus,additional 230kV capacitors at Aeolus,Atlantic,Miners,Platt,
Mustang,Riverton and Chappel,as well as one 345kV capacitor at Kinport),resolved the
divergence and didn't produce any WECC criteria violations.
Bonanza -Mona 345kV Line (ContingencyB40 and RAS variations)
Outage B40 resulted in overloads on the Bonanza -Vernal,Emma Park -Upalco,Emma
Park -Panther and Panther -Carbon 138kV lines,Flaming Gorge 230/138kV Transformer #2
as well as voltage deviations greater than 5%on a few buses near Upalco.The RAS actions
as noted for disturbance B40a,(Trippinga Bonanza Unit)resolved these overloads and
voltage deviations.
Bridger-Populus 345 kV Lines 1 &2 (CO2 and RAS variations)
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Outage CO2 resulted in an overload on the Bridger -3 Mile Knoll 345 kV line.As noted
above,the loading numbers will be used as a design input for rebuilding the limiting
conductor sections.The overload was fully mitigated with RAS switching of one Bridger
unit as modeled in outage CO2a.
Bridger-Populus &Bridger-3 Mile Knoll 345 kV Lines (CO3 and RAS
variations)
This outage resulted a low voltage on a bus (PTRSNFUR 69.0)near Path 18.RAS actions,
as noted for the CO3d (Tripping of Bridger unit and additional switchable capacitors applied
at Big Grassy 161 kV and Amps 230kV buses),resolved the low voltage problems.
Populus -Ben Lomond 345 kV Double Line Outage (Contingencies C06 and C06k)
Contingency C06 resulted in an overload on the Grace -Soda 138 kV line.Bypassing 1/2 of
the 3 Mile Knoll series capacitor as modeled in outage C06k fully resolved the overload.
6.15.3.Reactive Margin Analysis
Both corner points of the nomogram were tested with +5%flow cases as noted near the bottom
of Appendix 3-15.Both corner +5%cases solved for all contingencies (with appropriate RAS
actions),indicating sufficient reactive margins for both Level B and Level C contingencies.
Idaho's reactive margin requirements were also met for all contingencies (with appropriate RAS
actions).
6.15.4.Transient Stability Analysis
As shown on Appendix 4-15,dynamic simulations were run for various contingencies.
Contingency B08 and B09 with RAS variations resulted in back swing under-frequency
deviations;however,these deviations are within the exceptions for Bridger that are filed with the
WECC.See Appendix 21 for details of the TSS Approved exceptions for Bridger.
Contingency Bl5 (Aeolus -Anticline 500 kV line)also produced voltage deviations,which
were mitigated with some of the RAS actions simulated in the PT contingencies.
7.Contingencies Studied
A list of the studied contingencies are located in Appendix A
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8.Study Conclusions /Recommendations
Results of the simultaneous path interaction studies are summarized in Table 2.
Table 2
Simultaneous Max Path FlowsPrimaryPathSecondaryPath.CommentsLimitationsPrimarySecondary
Aeolus West;Aeolus South Flow Nomogram 2672 1700
Bonanza West Nomogram 2672 785
Tot la 2672 650
Bridger /Anticline West Aeolus South Flow Nomogram 4095 1700 Primary Path to be increased to 4100 MW
Path C Southbound Nomogram 4100 2250
Bonanza West Nomogram 4100 785
Path 18 No Restrictions 4100 337 Path 18 @ 337 Achieved w/Caps Added
MSTI Project No Restrictions 4100 1500
Monument-Naughton Nomogram 4100 475
Rock Spgs /Firehole West Nomogram 4100 640
Path C Southbound;Path 18 Nomogram 2250 337 Path 18 @ 337 Achieved w/Caps Added
Bonanza West Nomogram 2250 785
MSTI Project No Restrictions 2250 1500
Monument-Naughton Nomogram Internal Path -To be addedafter PRG Review
Rock Spgs /Firehole West Nomogram Internal Path -To be addedafter PRG Review
Throughoutthe studies,the Bridger West 345 Path was modeled at 2400 MW with reductions in
Bridger /Anticline West flows taken entirelyon the Anticline -Populus 500 kV line.Although
this path uprate was not specifically requested in the study plan goals,in conjunctionwith the
Gateway West system,a Bridger West 2400 MW rating is proven by this study.
As can be seen from the post-transient results tables,for contingencies involvingthe Aeolus -
Anticline 500 kV and Aeolus -Mona Annex (Clover)500 kV lines have varyingneeds for RAS
switching to achieve post-transient solutions and acceptable voltage deviations.Details of
transfer levels commensurate with RAS generation tripping and capacitor switching will need to
be determined in additional studies prior to operation.It is expected that additional studies will
need to be developed to determine operating limits as the various components of the Gateway
West facilities are energized.
During the course of this study,post-transient voltage deviations and violations of the .90 pu
local voltage criteria were noted to be limiting for the most critical contingencies.As a
relatively economical expansion of transfer capabilities,some additional shunt capacitors were
added as follows;
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l.Mona Annex 500;A total of three 200 MVar switchable shunt capacitor banks
2.Anticline 500 kV;A total of three 200 MVar switchable shunt capacitor banks
3.Populus 500 kV;Three 200 MVar switchable shunt capacitor banks
4.Mustang 230 kV;Two 30 MVar Switchable capacitor banks
5.Riverton 230 kV;One 41 MVar Switchable capacitor bank
6.Chapel Creek 230 kV;One 30 MVar Switchable capacitor banks
7.Bonanza 138 kV;One 60 MVar Switchable capacitor bank
Earlier studies of the Bridger /Anticline West vs.Path 18 studies showed a nomogram
relationship limited by voltage problems at the Path 18 buses.After changes to the base case
modeling from Northwestern,Idaho Power,and PacifiCorp,revised studies show the modeling
changes along with lowering the allowable Path 18 minimum voltage to .87 pu for Level B and
Level C contingencies,will allow simultaneous operation at full capacity on each path.While
not demonstrated in these studies,it is expected that these same modeling and voltage standard
changes will also impact the Path C southboundvs.Path 18 nomogram such that both paths can
be operated at their respective ratings.
Base case overloads noted to be most significant in Appendices 3-5,3-7,and 3-10.These
overloads appear in SE Wyoming and along the Colorado front range and are more prevalent in
cases with high loadings on Tot la and Bonanza West.In these cases,Tot 3,between SE
Wyomingand the "front range"area is some 400 -600 MW under its current operating limit of
1604 MW.The Cottonwood -Monument -Kettle Creek 115 kV and Kelker W -Rock Island
115 kV overloads appear to be in the Colorado Springs area and are probably more indicative of
a local area problem than anything associated with Gateway West.The Sidney DC tie and the
Sidney 230 /115 transformer overloads appear to be due to scheduling of the Sidney back-to-
back DC terminals.
In many of the path flow scenarios studied,overloads of the Grace -Soda 138 kV line,and to a
lesser extent,the 3 Mile Knoll -Soda 138 kV line were encountered.These overloads were as a
result of Bridger 345 kV system N-1 &N-2 outages and Path C N-2 outages.Tests of several
RAS options indicated that bypassing both segments of the 3 Mile Knoll capacitor bank resulted
in impacts to system voltages for several 345 kV outages.Bypassing ½of the 3 Mile Knoll 345
kV series capacitor bank was the most effective method of mitigating the 138 kV overloads for
most conditions while not causing other voltage problems.This assumes that Path 18
recommended voltage mitigations are installed.With these assumptions,the 3 Mile Knoll -
Soda 138 kV line was still slightly overloaded at 101%of its emergency rating and will need to
be either uprated,equipped for dynamic ratings,or be rebuilt with higher temperature
conductors.
Several scenarios show that for high levels of wind generation and an outage of one of the
Aeolus 500 /230 kV transformers,the remaining two transformers load to about 105%of their
emergency ratings.As these transformers have not yet been specified,it is recommended that
the top FOA ratings shown in the base case data be increased to 1764 MVA.
The Bridger -3 Mile Knoll 345 kV line maximum flows were encountered on the Bridger /
Anticline West vs.Path C southboundcases with Contingency CO2 and CO2a (Bridger -Populus
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345kV line DLO).With no gen drop RAS,the maximum line flow was found to be 2354 Amps.
If one Bridger Unit is tripped via RAS,then the maximum line flow is 2064 Amps.These flow
numbers can be found on Appendix 3-5.With this information,the cost of upgrading the
Bridger -3 Mile Knoll 345 kV line can be compared to continued exposure of the Bridger Units
to RAS tripping.
Dynamic stability analysis of Aeolus West vs.Bonanza West and Aeolus West vs.Tot la both
showed under frequency deviations down to 59.418 Hz.which is outside the TSS Approved
exceptions to the NERC/WECC reliability performance standards.Appendix 21 includes the
approved exceptions on pages C24 through C26.On page C26,the Bridger 22 kV generator
buses are allowed a under frequency deviation down to 59.42 Hz.This exception to the
standards may need to be amended to allow for the lower frequency excursion down to 59.40 Hz.
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Appendix 1 -Post-Transient and Dynamic ContingencyLists
Table 1-1 -List of N-1 Post Transient Contingencies
1 Anticline -Populus 500 kV Line
2 Anticline 500 /345 kV Transformer
3 Bridger -Populus 345 kV Line
4 Bridger -3Mileknoll 345 kV Line
5 Bridger 345 /230 kV Transformer
6 3Mileknoll -Goshen 345 kV Line
7 Kinport -Goshen 345 kV Line
8 Kinport -Borah 345 kV Line
9 Populus -Borah 500 kV Line
10 Borah 500 /345 kV Transformer
11 Borah 345 /230 kV Transformer
12 Populus -Cedar Hill 500 kV Line
13 Cedar Hill -Midpoint 500 kV Line (Out of Service)
14 Cedar Hill -Hemingway 500 kV Line
15 Midpoint -Hemingway 500 kV Line
15a Hemingway -Summer Lake 500kV line
16 Borah -Midpoint 500 kV Line
17 Midpoint 500 /345 kV Transformer
18 Midpoint 345 /230 kV Transformer
19 Borah -Adelaide #2 345 kV Line
20 Adelaide -Midpoint #2 345 kV Line
21 Borah -Adelaide -Midpoint #1 345 kV Line
22 Borah -Hunt 230 kV Line
23 Midpoint -Boise Bench #3 230 kV Line
24 Midpoint -Rattle Snake 230 kV Line
25 Midpoint -Dram 230 kV Line
26 Rattle Snake -Boise Bench 230 kV Line
27 Dram -Boise Bench 230 kV Line
28 Hemingway 500/230 kV Transformer
29 Kinport -Goshen 345 kV Line (Dupicate of #7)
30 Populus -Borah #1 345 kV Line
31 Populus -Borah #2 345 kV Line
32 Populus -Kinport 345 kV Line
33 Populus -Ben Lomond #3 345 kV Line
34 Populus -Terminal 345 kV Line
35 Aeolus -Anticline 500 kV Line
36 Aeolus -Mona 500 kV Line
37 Aeolus 500 /230 kV Transformer
38 Aeolus -Windstar 230 kV Line
39 Aeolus -Miners 230 kV Line (Changed to Aeolus -Freezeout)
40 Bonanza -Mona 345kV Line
Table 1-2 -List of N-2 Post Transient Contingencies
1 Anticline -Populus 500 kV Lines (two circuits)-with &w/o generator tripping (NA)
2 Bridger -Populus #1 &#2 345 kV Lines -with &w/o generator tripping (NA)
3 Bridger -3MileKnoll +Bridger -Populus #1 345 kV lines -with &w/o generator tripping
4 Bridger -3MileKnoll +Bridger -Populus #2 345 kV lines -with &w/o generator tripping
5 Borah -Populus 345 kV DLO with /w/o generator tripping
6 Populus -Ben Lomond 345 kV DLO
7 Ben Lomond -Terminal 345 kV DLO
8 Populus -Kinport +Populus -Borah #2 345 kV Lines with/w/o generator tripping
9 Populus -Borah #2 345 kV +Treasureton -Brady 230 kV Lines
10 Populus -Borah #1 345 kV +Treasureton -Brady 230 kV Lines
11 Populus -Ben Lomond #2 +Populus Terminal 345 kV Lines.
12 Populus -Terminal 345 kV +Treasureton -Brady 230 kV Lines
13 Borah -Adelaide #2 &Borah -Adelaide -Midpoint #1 345 kV lines (RA)
14 Borah -Adelaide #2 &Midpoint -Adelaide #2 345 kV lines (RA)
15 Borah -Adelaide #2 &Borah -Hunt 230 kV lines
16 Borah -Kinport &Borah -Adelaide -Midpoint #1 345 kV lines (RA?)
18 Borah -Kinport &Midpoint -Adelaide #2 345 kV lines (RA?)
19 Borah -Kinport 345 kV &Borah -Hunt 230 kV lines (RA?)
20 Borah -Adelaide -Midpoint #1 &Midpoint -Adelaide #2 345 kV lines
21 Borah -Adelaide -Midpoint #1 345 kV &Borah -Hunt 230 kV lines (RA)
23 Borah -Adel #2 345 kV +Borah -Midpoint 500 kV Lines
24 Bridger -Populus #1 &Goshen -Kinport 345 kV Lines --with &w/o generator tripping.
25 Bridger -Populus #2 &Goshen -Kinport 345 kV lines with &w/o generator tripping.
26 Aeolus -Anticline 500 kV Lines (two circuits)-with &w/o generator tripping (NA)
27 Aeolus -Mona 500 kV Lines (two circuits)-with &w/o generator tripping (NA)
28 Palo Verde Generation -Trip Two Units
Table 1-3 -List of N-1 DynamicsContingencies
1 Anticline -Populus 500 kV Line
2 Populus -Borah 500 kV Line
3 Populus -Cedar Hill 500 kV Line
4 Borah -Midpoint 500 kV Line
5 Cedar Hill -Midpoint 500 kV Line
6 Cedar Hill -Hemingway 500 kV Line
7 Midpoint -Hemingway 500 kV Line
8 Bridger -Populus 345 kV Line
9 Bridger -3MileKnoll 345 kV Line
10 Populus -Borah #1 345 kV Line
11 Populus -Borah #2 345 kV Line
12 Populus -Kinport 345 kV Line
13 Borah -Kinport 345 kV Line
14 Borah -Adelaide -Midpoint #1 345 kV Line
15 Aeolus -Anticline 500 kV Line
16 Aeolus -Mona 500 kV Line
17 Hemingway -Summer Lake 500 kV Line (NA)
Table 1-4 -List of N-2 DynamicsContingencies
1 Anticline -Populus 500 kV Lines (two circuits)-with &w/o generator tripping
2 Bridger -Populus #1 &#2 345 kV Lines -with &w/o generator tripping
3 Bridger -3MileKnoll +Bridger -Populus #1 345 kV lines -with &w/o generator
tripping
4 Bridger -3MileKnoll +Bridger -Populus #2 345 kV lines -with &w/o generator
tripping
5 Borah -Populus 345 kV DLO with /w/o generator tripping)
6 Populus -Ben Lomond 345 kV DLO
7 Populus -Kinport +Populus -Borah #2 345 kV Lines with/w/o generator tripping
8 Populus -Borah #2 345 kV +Treasureton -Brady 230 kV Lines
9 Borah -Adelaide #2 &Borah -Hunt 230 kV lines
10 Midpoint -Kinport &Borah -Adelaide -Midpoint #1 345 kV lines
11 Midpoint -Kinport 345 kV &Borah -Hunt 230 kV lines
12 Borah -Adelaide -Midpoint #1 &Midpoint -Adelaide #2 345 kV lines
13 Midpoint -Adelaide #2 345 kV &Borah -Hunt 230 kV lines
14 Palo Verde Generation -Trip Two Units
Appendix 2 -Nomograms
Appendix2-1;Aeolus West vs.Aeolus South
Aeolus West vs.Aeolus South
2700
2680
(1486,2672)
2660
2640
Limited by Contingency B35g;Aeolus -Anticline 500 kV
2620 (600 MW Wind Gen Drop +Added Caps)
Limiting Element =Bridger 345/230 #2
O
2600e
2580
2560
(1700,2557)
Limited by Contingency B35g;Aeolus -Anticline 500 kV2540(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 (521 MVA)
2520
2500
1300 1400 1500 1600 1700 1800 1900
Aeolus South Flow,MW
Appendix2-2;Aeolus West vs.Bonanza West
Aeolus West vs.Bonanza West Flow
2700
2690
2680
(750,2672)
2670
2660
2650
(785,2656)
Post-transient Limited Limited by2640ContingencyB35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV
2630
2620
2610
2600
640 650 660 670 680 690 700 710 720 730 740 750 760 770 780 790 800
Bonanza West Flow,MW
Appendix2-3;Aeolus West vs.Tot la
Aeolus West vs.Tot 1a Flow
2700
2690
2680
(472,2672)
2670
2 2660
O
li;2650
(650,2644)
2640 Limited by Contingency B35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV
2630
2620
2610
2600
380 400 420 440 460 480 500 520 540 560 580 600 620 640 660 680TotiaFlow,MW
Appendix2-4;Bridger/Anticline West vs.Aeolus South
Anticline I Bridger West vs.Aeolus South
4200
4180
4160 Limited by Contingency B35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Bridger 345 /230 #2
4140
4120
(1482,4100)4100 Limited by ContingencyB35g;Aeolus -
Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)4080 Limiting Element =Miners -Platte 230
g 4060
g 4040
i 4020 (1700,4021)
4000
3980
3960
3940
3920
3000
1200 1300 1400 1500 1600 1700 1800
Aeolus South Flow,MW
Appendix2-5;Bridger/Anticline West vs.Path C Southbound
Anticline /Bridger West vs.Path C Southbound
4200
4180
4160 Limited by Contingency B35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
4140 Limiting Element =Bridger 345/230 #2
2 4120
(1501,4100)
o 4100
4080
4060
4040
4020
4000
3980
3960
3940
<3920 Limited by Contingency B35g;Aeolus -Anticline 500 kV
3900 d g
md dridd
er
es)(2250,3900)
3880
3860
1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400
Path C Southbound Flow,MW
Appendix2-6;Bridger/Anticline West vs.Bonanza West
Anticline I Bridger West vs.Bonanza West Flow
4140
4130
4120
4110
(695,4100)
4100
4090
4080
4070 Limited by Contingency B35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)(785,4062)
4060 Limiting Element =Miners -Platte 230 kV
4050
4040
4030 Limited by Contingency BB35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV4020
4010
4000
660 670 680 690 700 710 720 730 740 750 760 770 780 790 800
Bonanza West Flow,MW
Appendix2-7;Bridger/Anticline West vs.Idaho -Montana (Path 18)
Anticline /Bridger West vs.Path 18 Southbound Flow
4300
4200
4100 (337,4100)
4000
2 3900
3800 With Idaho &PacifiCorp Path 18
-Votlage Standard set to .87 pu
3700 Cntical Contmgency,None
3600
3500
iil 3400O
3300
3200
3100
¯ü 3000
<2900
2800
2700
2600
200 220 240 260 280 300 320 340 360 380 400
Path 18 Flow,MW
Appendix2-8;Bridger/Anticline West vs.Monument -Naughton
Anticline /Bridger West vs.Monument -Naughton Flow
4200
(332,4100)
4100
4000 (475,3971)
3900
Limited by Contingency B35g;Aeolus -Anticline 500 kV3800(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV (521 MVA)
3700
3600
3500
3400
3300
200 220 240 260 280 300 320 340 360 380 400 420 440 460 480 500
Monument -Naughton Flow,MW
Appendix2-9;Bridger/Anticline West vs.Rock Springs /Firehole
Anticline I Bridger West vs.Rock Springs I Firehole Flow
4140 -
4120
(489 4100)4100
4080
4060
4040 Limited by Contingency B35g Aeolus -Antichne 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV (521 MVA)
4020
4000
3980
(640,3972)
3960
3940 Limited by Contingency B35g;Aeolus -Anticline 500 kV
(600 MW Wind Gen Drop +Added Caps)
Limiting Element =Miners -Platte 230 kV (521 MVA)3920
3000
460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 610 620 630 640 650
Rock Springs I Firehole West Flow,MW
Appendix2-10;Path C Southbound vs.Idaho -Montana (Path 18)
Path C South vs.Path 18 South
450
400 Limited by Contingency -None
(Note -With Path 18 Shunts)
350
(2250,337)
300
(2250,285)
250
Limited by Contingency CO3
O (Note -No RAS.Dropping Bridger causes lower voltage)m 200 Limiting Element =Bus Voltage of 0.9pu at Peterson Flat
n.150
100
-+-With Path 18 Shunts
50
Without Path 18 Shunts
O
2000 2050 2100 2150 2200 2250 2300 2350 2400
Path C South Flow,MW
Appendix2-11;Path C Southbound vs.Bonanza West
Path C South vs.Bonanza West
850
Limited by Contingency B40A
(RAS Trip of Bonanza Generation)
Limiting Element =Emmapark-Upalco 138kV Line
800
750
(1849,785
(2250,749)
N 700 Limited by Contingency B40A
(RAS Trip of Bonanza Generation)
Limiting Element =Emmapark-Upalco 138kV Line
650
600
1700 1750 1800 1850 1900 1950 2000 2050 2100 2150 2200 2250 2300 2350
Path C South Flow,MW
Appendix2-12;Path C Southbound vs.the MSTI Project
Path C South vs.MSTI South
1600
1500 (2250,1500)
1400
Limited by Contingency -None
.=1300
O
i¯
1200
1100
1000
2000 2050 2100 2150 2200 2250 2300
Path C South Flow,MW
Appendix2-13;Path C Southbound vs.Monument -Naughton
Path C South vs.Monument-Naughton
550
525
500 (2250,475)
475
450
425 Limited by Contingency -None
o 400
375
350
325
300
275
250
225
200
2000 2050 2100 2150 2200 2250 2300
Path C South Flow,MW
Appendix2-14;Path C Southbound vs.Rock Springs /Firehole
Path C South vs.West of Rock Springs/Firehole
900
850
800
750
700
(2250,640)650
600
550
Limited by Contingency -None
500
o
5 450o
$400
350
300
250
200
2000 2050 2100 2150 2200 2250 2300
Path C South Flow,MW
Appendix 3 --Post-transient Results Tables
Appendix 3-1 Pg.1 ---Post-transient Results For Aeolus West vs.Aeolus South
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wonsTLoAoiNo3 comuENT
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7 WWWWWWWWW
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as cosapopeus aeotomanda45kvoto+aypass1/2ofaMKsenese ea7 255 ee2 ao ess 7ea 330 e37 7eo 12e so 2029 725 See 4e 2eee2350 534 250 aa 394 see 221 207 685 o oel 1449 120s 1994 1090 1728 2259 1479 1946 ess 793 1976 1334 isee 1293 1352 isla oss lose 73e 397 300 232 67 o o PAusADE-RocxsPos2aom asie one
es 170s 1871 less 1728 2oos 2ee?17ee 1814 ese are 14ea les2 1699 les?1721 1789 728 1940 vee sie aos 244 es o o IgrERwr-IvrERuixs4esi Teis ne
1980 17ea las?1729 9esa 1962 2530 1790 laos 799 to isso 1745 9977 9aae 1849 9882 va2 1955 772 395 aos 245 e7 o o aRiooER-aRiooEaAa45*1 9999 None
see isce 1371 1725 1729 2004 2657 170s late ese ses 1471 1796 mesa 172e 1702 1524 72e 11aa 764 air ao?244 er o o IgreRur-iwreRuTxa4eel 7692 ne
1962 1595 1387 1750 1752 2028 257e 1724 laae es 7e 1494 1742 179e 1749 1794 1534 72e lisa ves air aar 244 es e o INTERMT NTERMixs49ei 7692 None
24 meso 1301 1522 lees 1854 28e?less 12se aos ese isce 14ee 1499 1461 14ea seis Tes clos 752 sie son 289 es o o souRDPs ouNcm2som 7950 ne
1954 9497 la49 9eva tees 1999 2544 9eas 12ae os se sati 9649 9649 1796 tasa 1594 729 99ao Tea sia aos 245 av o o inreRMT isresurxa45*1 7612 None
see teos laea itse tra?2040 26e?1794 laos ele eso 1943 less less tras 1790 is2e 72e 11aa 764 air ao?245 er o o IgreRur igreRurxa4eel 7692 ne
1956 isoa 1982 1790 trao 2007 2549 1702 isoa il 46 issa leel 1707 iras 1706 1523 72e 1932 vas air see 245 67 o o moPourisa/2aout veen None
...orgies 4100 asco isoo 26724 ease aseo esse ese œ e oeus
1)voiageMomms>s%msteveisa>10%wtevac
2)exauemusenecapsmestunesme>andTramroamste<uamemes
Appendix 3-1 Pg.2 ---Post-transient Results For Aeolus West vs.Aeolus South
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v A wonsteoAomo *commanT
s.2,2co
acomw
c2e ove vap a2
59 o
o 52 2071 e2 201881420837442285228 7ee o o o wenwiN viewvAPlowl 19129%-Noe 7 samtdotooww
4 eso
.s
a 120e 712 201e oso ea7 ise 459 asa 41 ae7 176ei ese 540 123 2eee lese 147 2205 73 450 275 lee 192 7ea o eco oNANx 500 e o miNERs PLATTE 2ao si 99.56%-None
os av as..s 2ea2 1629 2428 170s 1980 sae 128 12e 2ae 2118 770 ea2 2aa 18129962298 4742129 Sa 47e 288 174 224 781 y..-.,.-ac-..e.w..y.
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
1)voegevidatenswamfortevesa»1emforteveic2)ewmangserescapamastuneside)andTransionnestertaaryeussa
Appendix 3-2 Pg.1 ---Post-transient Results For Aeolus West vs.Bonanza West
ansecas r 97 par Peons no nexc wenanal avan tr...an.c.a....t
wonsTLoAmNo comuENT
2 isere>4 520 320 lao 224978 82:ese 153 29ee 2540 720 2005 Ta ses ass 209 224 ese ne r .insice...ryk ung
ca.orgtene saos asao 1979 794.-.....590 999 12e 15e2992 754 e19 127 29ee 2090 275 2005 107 504 aan 219 239 vas ne r aluste..w.,www.n.y
1)vo gev ns>s%mstevesa>1ememteveic2)ex angsenescapsmestunesme)andTransfonnertewayemes.
Appendix 3-2 Pg.2 ---Post-transient Results For Aeolus West vs.Bonanza West
ansecas PTwa stoms no neactusmanomavan r...ysa.c.a....um zu
wonsTLoAmNo comuENT
...e nas asna isoi Tas assase 15e 2eee 1672 2383 -9492 9384 as2 ese ae7 927 221 2091 785 eas 946 2eee 2479 ese 29ca e4 set 370 20e 217 701 e o Ne so
NN em 11 1 e
7 |c FevHORsE 195 mi ozes
eoms An ne600kvane 4e Tse ses saa c4 ao ao aar am va2 se 2ma 2207 es 04 476 as via o 600 637 07e 4eo 777 74e cae 4e 7e 2264 eo 44 ea4 439 22e wvoPo 34 ne
eas rcAss a vtaoen
assa
a...c...o.......nasen...su.
ese 604 23e e e4 eo e 20 2 7ee eae e2 2eee 2425 eoe 2203 es so 7 es
eo s-Antoinescokvune rau m esaacAeos-Andenesconvune ERs 2 LATTE 230.o#1 eas one
1)voegevidens>s%mstevesa>1e «Leveic2)extangsenescapsusestuneside)anovranstonneste<uayeusea
Appendix 3-3 ---Post-transient Results For Aeolus West vs.Tot 1a
c a
e a s or EAcTwa oiN uvAR ora tad cessamthew ¢ns
wonsttoncima=''""coment
.stgianawia2ey2esosa 92 2e72 e7e 23ee 4e2 400 34e esa see as e 2099 779 eso 41 2eee 2473 es4 203 es so 20e 27 702
m...c...o me m.se se.m.9el.,sumgasu.
4 802 An oc v es7 494 755 084 e e27 c4a 7e 440 ese les e es es se se e a4 e aRoeER a oomeaa4eal a2.7em -None
cura..wo.ta.wiceam WWMmWWWWiiWW-mes.orgie e eos 7ee 4e7 ese e 2 97 7ee eso 44 2996 2473 eë4 2103 ee so e7 20e 2 e e7e o soNEviist230#1 107
713 1970 992 710 304 elo 244 34 2ee 1986 aos 742 as 29ee 2207 470 2108 loa 4ee aas 195 laa 74e o eco
aaec Aedas Andane600kvane 4 796 1971 m2 755 aos 612 201 50 2as 2029 aos 7as se 2996 22ca des 29ca los 4ao a42 20e saa 7a2 e 600 o s TTE 230.0 None easedonERate,ealMvA
2 9674 2ays 94a2 saas 942 649 975 sas 220 20ss vio eso 149 22eo 259e too 29ca as ses asi 29a 21e 695
a...ca..o ...sa-en.seu.
624 2e72 le7e 237e sie less 2ea ee7 662 12e 21e 2161 601 250 12e 2227 2e2e 1992 1604 10e 504 de4 24e 21e e7e
758 1959 792 ese 23e saa 17 de 279 lees saa sea 72 220e 2eel 928 1804 12e 480 443 239 182 742 a 600
vatsevaamo e fortevesa o fasteveic21Excodagsedescapausestuneskie>andTranerormerte rykses.
Appendix 3-4 Pg.1 ---Post-transient Results For Bridger /Anticline West vs.Aeolus South
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||||||||||||||||||||||||||||||||||||||||||||||||||
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97|soeaaMimanca-costens45xvune+synassMucaps 1543 2525 829 2027 c4e 720 222 524 723 112 197 2018 715 esa 129 2996 2111 298 2005 sie sa7 397 219 213 687 e a 1299 1787|1352 isselseor tasal24cs ie23|12as saa 505|1245 585 552 672|182a 1899|717 1992 797 sa2 aso 252|av o o asAce.sooA isant 7500 None svaassResolvesoutalserKanpart-costens45xvune 1498 2598 ese 24ca 125 753 saa 489 yee saa ses 2047 yes sea 12e 2996 asas ase 2005 see ses see aos 217 ees a e 12ea 1934|1459 1898|1819 21eol2e22 177e|1275 332 sis|15as ato 794 a49|1973 2021|724 1243 ate 327 327 254|ea o o eslooms.ssiocesAs45ei aers None99|soa Kanport-sarans4skvune seco 2594 7ee 2397 123 747 ses 49e 745 saa 177 204e yes sea 127 2996 asas ase 2005 see ses 397 aos ase ses a e 12es fase|1474 1807|1837 2ceal2eos 97es|14ci as2 ase|1497 aos asi sas|1955 2004|724 1238 814 327 327 253|ea o o None2cisosPopaus-saransoorvune 1520 25e4 ese 2445 ses 719 194 495 725 123 17e 2035 707 554 117 2996 asse aca 2005 112 sa7 398 219 229 ees a e 1265 1869|.1441 tessile44 2002|2549 1985|1975 847 asolines rea 749 799|192e 1971|722 1242 ate 327 327 253|ea o o eslooms.ssoasAs45ei se72 None21|sic Baransools45xvTransermer isca 2592 eas 2412 112 757 see 491 755 131 sac 2047 yee ses 127 2996 asse 321 2005 ses se2 395 aos asa sea e a 1265 1897|.1485 1824|lesa 2css|259e 177e|1499 ase ses|149a ser vos s29|1954 20ce|723 1240 als 327 32e 253|es e o None22|s11 serens45/23DxvT<ansermer seco 2595 092 2404 sia 75e 191 492 752 saa saa 2047 yes 554 12e 2996 2134 317 2005 ses 504 see aos asa ses a e 1267 1902|.9479 lacolia2e 207e|2eos 1762|14o4 as2 892|147a 804 aos s29|19eo 2012|723 1242 ate 327 32e 253|ea o o None23|s12 Popas-cedarHisiscorvune 1517 2549 eas 24cs 167 ese 191 492 e27 ses 162 2015 voi 544 129 2996 20e7 ase 2005 117 52e 49e 223 225 ees a e 12as tasal.145o 1592|1701 2caal2414 W#disas 857 so2|14ee 704 702 79e|1920 1957|727 12eo a24 sai 332 255|es o o LocusT.MosA isant a2es None25|s14 cedarHill-Hemmowaysocavune 1520 2544 esa249e 164 esa 192 493 e24 107 162 2014 vos 544 129 2996 2005 258 2005 sia 527 49e 223 22e ses a e 1279 1849|.1413 1543|1654 2caal237o toe2|1ssi ass asol1423 es2 es2 757|1898 1937|727 124a als sai 331 254|ee o o LocusT.MosA isant 8275 None2els15Miapomt-Hemingwaysoorvues sees 2585 eso asse 125 732 see 49e 728 127 175 2049 yes 552 12e 2996 2124 ses 2005 107 sa7 398 aos 217 e7e o a 124e laeol.14cs tes2|157o 1459|23eo 1731|1257 829 se4|1saa e42 ses 762|1898 19ee|723 1222 807 327 327 253|ea o o ...None27|sie seren-Madpointecoxvune sees 2572 e77 asse 14e eso see 499 esa oss 97e 2039 yea 549 sie 29ee ase2 287 2005 sie sie 4ca 221 224 ees a e 12e2 laes|14ss 1679|154s saell2457 tissliser a4e asolinsa vil eso 7ealista 19es|725 1238 814 329 329 25sl er o o MioPo:NTisa/2sont 74se None2als17Midpoetsools45xvT<ansformer sec2 25ee ese 24cs 115 759 see 49e 777 saa ses 2050 707 see sea 2996 214e 324 2005 sia see 394 217 223 ees a e 12es 99col.14as 1894¾1750|2587 1762|149e 874 998|154s saa ao4 a4s|1961 2011|722 1238 814 327 32e 253|69 o o LocusT.MosA isant 8874 None29|sia Miapoets45/23ekvTransformer seco 2594 ese asse 124 74e ses 49e 741 129 177 2045 yes sea 129 2996 212e aos 2005 see ses 397 219 217 ees a e 1265 1845|14ae 1895|1832 2ca4|2cas 97es|1499 879 ase|154o a4e 822 a4e|1962 20cal724 1240 894 328 328 253|ea o o MioPo:NT230/345e2 8397 Nonesolaisseren-Adesames2345xvune sec2 2589 ese assa 134 729 ses 49e 731 127 175 2042 yes 552 12e 2996 2124 see 2005 199 ses ses aos asa ses a e 12e2 laa4|.14ee 1779|1799 2ca2|25ei 1751|1397 760 sos|1594 797 ret 822|1937 1992|724 1237 als 32a 327 253|ea o o Nonesile2eAdelade-Madpointe23454vune seco 2593 7ee 2397 12e 741 ses 489 741 129 17e 2045 yes sea 12e 2996 2129 asa 2005 ses see 397 aos ase ses a e 12ee 1899|14ae 1894|1834 210s|2e14 177e|1499 are 921|15ao sai 794 a4s|9ass 2007|724 1241 als 32a 327 253|ea o o None32|s21 seren-Adesame-Mepointe1345xvune sec2 2589 7ee 2392 135 728 189 49e 731 127 174 2042 yes 552 12e 2996 2124 see 2005 199 ses ses aos 217 ees a e 12e2 1885|1465 1773|1794 20e4|2569 1752|1349 set aarlssoi 7as vsa stalisas 1999|724 1238 als 32a 327 253|ea o o Noneasis22seren-Hunt2sorvune seco 2592 7ee asse 129 738 maa 489 737 129 175 2044 yes 552 124 2996 212e aio 2005 ses sa7 398 219 asa ses a e 12e4.1894|.94ao foss|1825 2075|257a 17es|141s 872 917|15ae 829 ao4 sar|1958 2002|724 1239 894 328 327 253|ea o o MioPo:NTisa/2sont 7988 None34|s2s Miapoet-seasesenenes2sorvune seco 2592 ese assa 127 741 ses 49e vae 12e 17e 2044 yes sea sac 2996 2127 aio 2005 see see 398 219 asa ses a e 12e4.1895|.9479 1798|1810 204e|2570 1759|1492 789 stalissa s2e 797 sas|1958 2003|724 1239 894 328 327 253|ea o o LocusT.MosA isant 8844 Noneas|s24 Miapoet-matuesnake2sorvune seco 2594 ese asse 125 74e ses 49e 742 saa 177 2045 yes sea 12e 2996 2129 aos 2005 see ses 397 aos ase ses a e 12e4.189el.147a 1782|17eo 202e|2eos 1747|1499 ars 917|1599 804 ree saalissa 2007|724 1239 894 328 327 253|ea o o Nonesele25Midpoet-D<am2sorvune seco 2593 eseasse 125 744 ses 49e 741 129 1772045 yes sea 12e2996212e 314 2005 see see 397 aos 217 ees a e 12e4 1897|1482 189clia27 2cz2|25aa 1767|149e 877 884|1542 saa als a4s|1959 20ce|724 1239 894 328 328 253|ea o o None
37|s2e Rattlesnake-seasemenen2sorvune seco 2593 ese assa 12e 742 189 49e 738 12e 17e 2044 yes sea 129 2996 212e aio 2005 see see 397 219 229 ees a e 1265 1897|1455 1898|1839 2079|25ea 1769|1498 879 922|1557 849 828 a45|19eo 2005|724 1240 894 328 327 253|ea o o LocusT.MosA isant 9 Nonesale27oram-seasemenen2sorvune seco 2595 ese 2400 123 749 ses 49e 74e saa 17e 204e yes sea 127 2996 2132 317 2005 see ses 397 aos ase ses a e 1265 19col14av 1824|1845 2097|2eie 177e|1429 aat 924|155o see as4 a49|19es 2009|724 1239 894 328 327 253|ea o o Nonesele2aHemingwaysoc/2sorvTransformer seco 2595 098 2400 122 749 ses 49e 748 saa 17e 204e yes 554 12e 2996 assa ase 2005 107 504 see aos asa ses a e 12e4 1899|14a2 1812|1832 2caal 2eos 17es|149e var 921|1549 saa a2s a45|1961 20cal 724 1239 814 327 327 253|ea o o LocusT .MosA isa nt as2e None49|sso Popues-sarane1345xvune 1497 25ee 7ee2394 134 737 ses 489 738 12e 17e 2045 704 552 124 2996 2127 aio 2005 ses sa7 398 219 asa ses a e 1270 1907|1499 184cliast 2ces|2e19 129e|14ss 807 92e|1574 857 829 as4|19ea 2015|725 1244 89e 328 327 254|ea o None42|Bai Popues-Barone2s4ervune 1498 2594 704 2394 133 737 ses 49e 738 12e 17e 2044 704 552 124 2996 2125 aos 2005 ses sa7 398 aos 217 ees a e 12ee 1897|1483 1894|1829 2079|20ee 17es|149e var sis|-ses sai 798 a4cliese 2005|725 1241 als 32a 327 253|es a None i4siss2Popues-Koports45xvune 1495 2599 ese 24cs sae 744 ses 489 744 12e 184 204e yea 552 12e 2996 2127 aio 2005 ses sa7 398 aos aos ses a e 1273 91e|1492 1819|1803 20es|2eot 1769|1414 759 ase|1239 855 745 854|1974 202e|725 124a als 32a 327 253|ea o stooms.s aAs45ei a None i44|Bas Popass-BenLomandwas45xvune saae 2557 ees ases cas 781 205 see 77e 134 17e 2044 715 ses 134 2996 asse 337 2005 97 493 asa ese aos e74 e a 124a a12|1447 1720|1741 201s|2o14 1794|1975 854 scol-941 71e 717 e19|1791 1992|715 224 aos 32a 325 251|es a None i45|ss4 Popass-Teromais4ervune 1533 2559 e75 2375 c4e 77e se 497 707 132 17e 2043 795 see saa 29ee asse 335 2005 99 494 ses ase ese e72 e a 1247 ao1|14sz 170s|1725 2001|2545 17os|13e4 724 892|1454 697 699 742|1782 lase|71e 223 aos 32a 32e 252|ea o None
47|ssasAeosm-Anteinesco+RAscaps+eooMwAeosasorop 2087 as 797 see 545 29 45 445 89 4e 224 820 743 ese 72 2996 87 ao 2005 23 4es see a7 77 747 e ace M &|1293 2075|21eo 235s|2aos 99ce|1472 scos lovellast 21so 2119 sae|1492m¾&lete &eo MMI sa 54 as vs4 4|ssioces 345/230*2 104 None I
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NoneaalcosPopues-sarane2345xv+Treasureton-Brady2sovsti1499|2594 17eaassa 131 737 see 49e 738 12e 17e2044 704 552 12429962127|ase 2005 ses sa7 398 aos 217 ees a e 12e4 1892 1475 laco mais 2060 2577 1760 407 sea see less ala 1789 aos 194e 1999 724 1239 894 328 327 253|es o o None89|cio Popues-sarane1345xv+Treasureton-Brady2sorvus49e|25ee 1705 2394 132 738 189 49e 738 12e 17e 2045 704 552 124 2996 2127|ase 2005 ses sa7 398 219 asa ses a e 12ea 1902 1492 1825 laae 2cao 2593 1772 425 are 919 isso a44 1804 898 1957 2009 725 1243 89e 328 327 253|es o o Nonesolc11Popass-BenLomande2+PopulusTerminais4ervunesisas|25ca seasasac 14 825 217 519 804 137 174 2039 729 571 144 2996 aseelse7 2005 as 47e 377 212 214 ese o a 1299 tese 1349 1594 1611 1902 2458 1829 sie es2 ser 1955 soo 1573 4eo isso 1767 702 1200 soo 329 323 248|69 o ...o stausoPs.cANY2son 750 None99|c12 Popues-Te<mmais45xv+Treasa<eton-arady2sorvussa4|2558 1672 2374 c43 777 maa 499 yes saa 17e 2043 795 see saa 2996 ases|sae 2005 98 494 ses ase ese e72 e a 1245 179e 1429 1989 1709 1982 252e 1693 ses 849 882 1440 ess 1982 707 1772 1889 715 1222 aar 328 32e 252|es o o None92|c13 seren-Adesames2+soren-ADT-Mepointe1345xvinssisce|2573 17es 2374 167 e72 189 49e es2 117 see 2029 yea 547 see 29ee ascolas2 2005 124 sia 405 221 220 e79 e a 1269 1854 1429 seas 1709 isla 2422 1694 354 aso 877 1411 ess 1592 765 isos 1954 72e 1237 als saa aso 254|67 o o Nonees|c14 seren-Adesames2+Madpoint.Ademides2345kvanesússe2|25ea 17ee 2392 135 727 ses 49e 73c 127 174 2049 yes 552 119 2996 2123|ace 2005 199 ses ses aos 217 ees a e 12es 1884 14ee 1773 1793 2060 25ee 121e see set aar isoi 782 trar als 1939 1999 724 1238 als 32a 327 253|ea o o None94|c15 seren-Adesames2+soren-Hunt2soavenes sec2|25es 1701 assa 142 715 maa 489 719 125 172 2039 704 ses sie 2996 2117|ace 2005 194 sic 400 22e 220 ees a e 1269 1878 1458 1758 177e 209e 2590 1992 saa 854 909 1484 ree 1725 aos 1934 isas 725 1237 als 32a 328 253|ea o ...o ioPo:NTisa/2sont 799 None95|cie seren-Kinpart+soren-Adel-Madpointe13454vlinestRAsse2|25ea 17ee 2391 134 727 ses 49e 731 127 174 2049 yes 552 12e 2996 2124|ace 2005 199 ses ses aos 217 ees a e .1269 Mt 1459 1758 tras 2051 2558 1742 375 895 879 1969 759 1739 804 issa 1986 724 12se als 32a 327 253|es o o Noneselciaseren-Kinpart+Madpoet-Adesames2345xvenestRA?)15ce|25ea 1701 asse 127 741 189 49e 74e 129 17e 2045 yes sea 12e 2996 212elasa 2005 ses see 397 aos ase ses a e 12e4 1894 1472 1798 1824 2098 2ec2 1767 sea 829 854 1402 sei scos 828 1952 2002 724 1239 894 328 328 253|es e o None97|c19 seren-Kinparts45xv+soren-Hunt2soavainesisA?)seos|2592 1702 2394 129 737 ses 489 73e 12e 175 2044 yes 552 124 2996 2127|ase 2005 ses sa7 398 219 asa ses a e 12e2 1889 14ee svar sete 2063 25e5 1758 392 824 ase 1992 795 1799 823 1947 1997 724 1237 als 32a 327 253|es o ...o MioPo:NTisa/2sont 7990 Nonecalc2eseren-Adel-Madpointe1+Madpoet-Adesames2s4syve-.ase2|25es 1702 asse 144 712 189 489 721 124 172 2038 704 see oss 2996 asselace 2005 194 599 400 22e ese ses a e 12e2 187e 1450 1727 1742 2062 255e irse 37e ass ase 1427 697 seis 780 1925 1980 725 1238 als 32a 328 253|ea o o None99|c21 seren-Adel-Mepointe1345xv+soran-Hunt230ksinnesússe2|25es 17012387 144 713 maa 489 719 124 1712038 704 see sie 2996 2117|299 2005 194 599 400 22e aos ses a e 12e2 1878 145e 1750 17ea 2028 2599 1737 saa ano a42 1469 750 1699 79e 1939 1982 725 1237 als 329 328 253|ea o ...o MioPo:NTisa/2sont 7949 Nonescalc23seren-Adele2345xv+soren-Madpointsoorvunes 1512|2559 se74 asse 17e eso see 491 ee2 112 164 2022 702 54e 104 2996 2ce2|aes 2005 125 522 4a7 222 229 e7e o a 12e2 1849 into teos 1474 1500 2369 tees 337 824 ses isas eso isso 749 issa 1938 72e 239 894 saa 331 254|ee o ...o MioPo:NTisa/2sont 7349 None101|c24 erlager-Popolose1+aosten-Kinparts45xvunes asee|249e 1921 2004 993 eas ase saa es4 sie 17e 2010 723 see 12e 2996 asis|295 2005 sie sea 394 aos asa es4 e a 1972 1759 itse isso 1555 1869 2499 1578 eso¾¾422 isse 544 1521 eis 1802 1874 799 157 785 saa aso 249|es o ...o essoass.ssiocesAs45ei 9744 None102|c24assidger-Populus*1+aosten-Kinparts45xvunesw/Roscolasse 17891793 ses 431 20e ses 45e 14e 202 asce 73c ses ses 2996 2cie|25a 2005 98 4ec se4 207 189 e7e 575 e 1990 935 1325 1825 1245 2920 2e11 1799 ilo 332 see 1648 889 ines are 2006 2ca4 voo sea 789 321 sie 25ci ro o ...o essoass.ssiocesAs45ei 8822 None
90s|c25 Bridger-Populase2+aosten_Kieports4ervenes asee|249e 1921 2004 993 eas ase saa es4 sie 17e 2010 723 see 12e 2996 asis|295 2005 sie sea 394 aos asa es4 e a 1972 759 itse isso 1555 1869 2499 1578 eso¾¾$422 isse 544 1521 620 1799 1872 799 157 785 saa aso 249|es o ...o essoass.ssiocesAs45ei 9744 Noneio4|c25assidger-Populus*2+aosten-Kinparts45xveneses:ssaolasse 17891793 ses 431 20e ses 45e 14e 202 asce 73c ses ses 2996 2cie|25a 2005 98 4ec se4 207 189 e7e 575 e 1990 935 1325 1825 1867 2122 2e15 1799 ilo 332 see 1648 sea taas are 2006 2ca4 voo sea 789 321 sie 25ci ro o ...o essoass.ssiocesAs45ei 8822 Noneos|c2axPalaverde.Tripla2,wFAost mere|2ess ses 24ce 296 eco ses Soo eo2 see 209 2993 725 See 132 2998 aoselsses 2cos is eat ses 254 217 734 e o 1990 547 134 1693 1737 2060 2eo4 1719 som ase 892 1488 728 1729 692 705 leer een as 754 322 sic 247¾o ...1 sPsiNGER.acAosToN115e 199.9 None
i I |||||||Momummerons
I I I I ||||||||||||||||||N-acriteria 400 400 400 4co too 2co 2co
1121 -IIMIIIMMMIIMIIM I I I I I I I I I I I I I I I I I I I I I I I i I11s|ssagAeosm-Anselinesco+RAscaps+accMworop+Monancap 14eol25es|17eo 24co osa aa|ee 4e |?as 129|17e|2o2elees|Sa4 12al2sse|22o4|aet sess|199 So4|49a 225|217 ee |o ...o smioces 345/230*2 9993 None
I I I |||||||||||||||||||||||||||||||||||||||||||||||IPLATTE-LATH^M 2so si 94ae
I I I |||||||||||||||||||||||||||||||||||||||||||||||IMINERS-PL^we 2so si 9489
||||||||||||||||||||||||||||||||||||||||||||||||||
|awetales_4eoo_24eo_isoo_2.sav isee 2494 ene 2400 254 547 se 4e 534 129 199 2007 795 see 14e 2996 220e ses 2005 sa 504 372 2ca a e e4e
italssasAeoms-Anteinesco+RAscaps+eooMwAeoluso<op ene 457 ear 1347 1940 1976 22e5 27ss 1893 1957 eas osa 1795 1955 1973 1933 973 884 ses ses 379 202 173 202 es 43 aseATovs4.a.9 o MINess.PLATTE 2sont essa Nonesmioces345/230*2 esse
12clasagAeoms-Anudinesco+RAscaps+eooMwo<op+Monancaps+Mastano+Rivertencaps eco -eso 234 1467 21st 217e 2ssa 2aos isla 1540 1028 ilos 1892 2215 219e less 514 1469 e49 741 541 243 298 222 se o ...o smioces 345/230*2 9000 None
I I I I ||||||||||||||||||||||||||||||||||||||||||||||IPLATTE-LATH^M 2so et 8857
||||||||||||||||||||||||||||||||||||||||||||||||||IMINERS-PL^we 2so et sero
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
i sen.«a..w.wwweamw I ||||||IIIII|||||||||||||||||||||||||||IIIII i
e se 4ee 37 12e 179 2044 esa 544 12e 2354 2145 328 2005 ses 504 see a e a e se
12elssag eco -eso 234|1467 21st|217e 2ssal 2aos 1998|1540 1028 iloel tas2 2215|219e lese|1514 14eel e49 749 |541 24s|29a 222|se o ...o smioces 345/230 *2 9993 None
I I I I ||||||||||||||||||||||||||||||||||||||||||||||IPLATTE-LATH^M 2so si esos
I I I |||||||||||||||||||||||||||||||||||||||||||||||IMINERS-PL^we 2so si esto
I I I |||||||||||||||||||||||||||||||||||||||||||||||
|awetales_4eoo_24eo_isoo_a.sav isee 249e sece 2400 285 520 82 483 sea 12e 202 2003 vie esa 144 2320 asse 378 2045 se 504 ses 205 a e e4istissagAeos-Anscenesco+RAscaps+eooMw o<op+Monancaps+Mastano+Ravertencaps eco -eso 234|1467 2154|217e 2ssal 2aos 1998|1540 1028 19cel 1892 2215|219e lessi 1514 1469|e49 749 |541 243|298 222|Se o ...1 smioces 345/230 *2 8759 None
I I I I ||||||||||||||||||||||||||||||||||||||||||||||IPLATTE-LATH^M 2so et 8752
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I IMINERe-PL^we 2so es asas1341WWWFWMammIIlli||||||IIIIIII||||||I IIIIIIIIIIIIIIIIIIIIIII I
I owstelas_aico_24eo_isoo_4.sav iscol asse 17ee 2400 147 731 212 514 vac 125 182 1978 ee7 sea 12e 2996 2254|438 seas ses 504 413 225 217 e72 e a
iselssagAeosm-Anscenesco+RAscaps+eooMwo<op+Monancap 2145|1201 var saae sae 12e 167 4ea saa 51 22e 1791 vos ea7 ye 2317 1992|251 seas saa 479 ses 217 177 739 o ao o ...o smioces 345/230*2 9882 None
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I PLATTE-LATH^m 2so et 9854isalWWWikiMWWWWWA񧾾&fAmm I I |||||||||||||||||||||||||||||||||||||||||||||
|awetales_4aeo_252e_142s.sav s42e|27se l steo 2520 |eso 21se lste |47e li22el i2e l maa l2ce4 |es2 |4es i s2 |2sse|2ats |Se4 isos |142 |Sos |495 |254 |2ae l es
ti voi age vaalations >sa for Level es >tomfor Level c
2)Er maina series can Bases (une sme)and Transformerte<tia<>eases
Appendix 3-4 Pg.2 ---Post-transient Results For Bridger /Anticline West vs.Aeolus South
eAE AsE PTPAT FLows no p aucTvE noiNavAntorayanadedeeliseretemismemmarens
wonsttoAcolo3
2
*comuENT
.wat iana 49eo 24eo 17eo.sav 17eo 2eso 17eo 24co 1449 14ee 217 eis 422 24 2cs 217e as eli leo 2eee 2171 ase 21as 77 504 aa2 isi 217 Tis .....o up .e se ..on
il aos en es-Pou sa4eavune 17ea 2554 1906 2024 la2o lasa 2e4 ser 372 104 210 2940 757 e14 isa 2996 2948 saa 29ca ao 502 aac leo 222 745 e o ase 4 1423 ese e47 eas aos 2ee 245 47 o o amicoER saicoEaA 345 wi ese2 Noe
12 ao4 en es-aminamila4eavune 1799 2497 isaa 1879 122a laea ao2 607 aos so 2aa 2998 vez ela 14e 2996 29a4 a27 29ca al 499 a27 las 2as 758 e o 774 lisi e42 94e ses 12ee 17:e-loss e21 379 -ame -Tas -sos -sos lose isos 1259 es2 Tes ese aos 2es 2ae me a siccaAsses sa o amicoER aocuseos2acal ei.se Noe
la ao4aen es-aminamila4eavune ivan 2ess 1820 lese 1201 1929 264 567 12e 12a 254 221e 77o esi las 2996 2oas 287 29ca 70 457 295 177 2oe Taa 575 o 425 14cs 012 1301 laio 1623 2146-1407 lo2e eos -442 -lo11-12ee 1243 lase leae 1475 677 ela e17 2es 273 240 -To e emsNFaces 54 o oteNcANY2aota4eel emsNFuaes o.ese
14 ao4eed es-aminamila4eavune leva 2ace lese 1424 -lies asi 227 529 -lai lea 2ea 2ao7 779 ea7 117 2996 leaa 242 29ca ao 49a 2ei 164 iss Tal 1150 o aos leos see lase 1415 1795 2221-1490 loss 541 -470 -1905-1361 134e 1540 177e iset ee2 Ts2 604 2ee 249 236 -74 lo emsNFaces es o NAnoiN 2aotilsel 92.52 emsNFuaes o.se4
is ao4ceu es-aminamila4eavune 1794 25os 1945 lasa -12a2 lasy aos eoe 374 si 249 212o Tea e17 iso 2996 29ae a2e 29ca al soo a27 leo 2a7 754 o o mot 12e2 931 los?1997 142e 1936-1226 -slo 44s -400 -ee?-1060 lose liso 1429 1327 est eco eli aoe 2ei 236 me o ---o aiuoNs161/essi 92.92 Noe
le aos en es 34et2acavisansto<mer 1709 2648 less 2ass -144e 1454 21e 521 421 12a 20e 217e 740 e11 leo 2996 2970 ase 29ca 77 son aa2 192 217 719 e o 957 isos 12e4 1657 leve isto 2507 -lese 12ee e44 -es2 -1424 -1654 1654 less 1769 1574 Til saa ers 2so 2e?24e as o ---o INTERMT-INTERMTx 345 wi 73.34 Noe
17 aos ausennoli-coanena4ekvune 1724 2e19 ivaa 2248 -1427 142e 2ai sa4 ase 112 22a 215e 74e e11 154 2996 2949 a42 29ca ao see saa 192 214 745 e o 927 1445 1217 152e leas lea2 2859 -1571 1217 eaa -74a -1236 -1506 1491 leas 1690 leos 7os 992 ese 302 2ee 251 as o ---2 caAcE-sooA lae ol 115.43%Noe
la soeaanseanoli-coanena4ekvune+a asausca 1742 2582 1827 2641 -9371 1427 250 saa 400 10e 22e 2948 750 e11 154 2996 2949 asi 29ca al see aa2 192 294 Ta7 o o 99 1402 ilas 149e 1430 1736 2267-1492 112e es2 -Sou -1950-1390 lael 14e4 yeaa 14e4 7oa ese ses aos 2e4 24e as o ---o caAcE-sooA laeol 76.57%Noe e aseResolvesoLissetKmon-coanena4ekvune less 2es2 less 24ca -1451 1459 21e sia 425 124 212 2978 Tas e11 leo 2996 2970 asa 29ca 77 son aa2 192 298 719 e o see leie 1245 yeas 1654 isee 2611-1660 112e a2e -Sou -1457 -leas 1627 lesa laco 1564 Tia mi es4 2s?2es 251 es o ---o amicoER-eaicoEaA 345 wi 67.14 Noe
20 aos Km on-aosana4ekvune 1702 2648 1700 2asa -9448 1455 217 sie 422 124 20e 217e 740 e11 leo 2996 2970 as7 29ca 77 son aa2 192 298 720 e o seo lece 12eo leaa leel lesa 2469-1654 1249 796 -623 -1292 -leie 1643 1643 1761 isti 712 m2 esi 2s?2so 251 as o ---o INTERMT-INTERMTx 345 m 73.34 Noe
21 aos eo lus-sosaneocavune 1729 2eia 1614 244e -94a4 142e 222 524 402 117 210 21e4 741 e12 iso 2996 295e a45 29ca a2 507 aas 192 22a 719 e o see 1474 121e 1491 1524 isso 2429-1566 121e aos -ele -1354 -lee2 157e leos 174e leas Tio me esi 2s?2es 2eo as o ---o amicoER-eaicoEaA 345 wi 67.16 Noe
22 elo sosansoota4eavisanerosmer 170e 2e45 leve 2498 -94aa 14ee 298 52o 4a4 125 212 2978 749 ela leo 2996 297e aos 29ca 75 502 aac 191 220 719 e o seo leo4 1257 1652 leeo 1950 24ee-less 12ee ele -eae -1362-leol 1540 yeaa 1761 lees til m2 es2 2se 2ee 2eo as o ---o INTERMT-INTERMTx 345m 73.34 Noe
23 eli sosana45/2acavisansformes 1702 2649 1692 2404 -944a 14e2 21e 521 427 124 214 2977 740 e12 161 2996 2970 aos 29ca 7e 504 aa2 191 21e 720 e o 964 leio 1255 ie2e 1644 isa?2479-1647 1252 795 -e29 -lase-leia leis leaa 17ee iste 712 see es4 2s?2es 2eo as o ---o INTERMT-INTERMTx 345m 73.aan Noe
24 e12 Po lus-cedarmissocavune 1795 2eia 1651 24ca -9484 lae7 21e 529 a2e 107 isa 2152 Tae aos 162 2996 2998 ala 29ca se 522 a44 19e 22a 719 e o 972 1479 12ao 1420 year isee 2342 -964 1229 ele -e2e -laac -1512 yeaa 1602 174e 1544 715 see eso aoo 2ee 252 as o ---o tocusT -MoaA las el ea.sta Noe
2e e14 cedarmia-memin wa econvune 1797 2eos 1645 24ca -94ao lae4 220 529 a27 loe sea 2950 Ta7 604 161 2996 2996 a12 29ca se 529 a44 19e 224 720 e o see 1461 1993 lati 14ee isos 229e -loos iles Ts?-sos -12e4 -1457 1479 lees 1720 1525 714 942 es2 aoo 2ee 252 47 o ---o tocusT -MoaA las el es.osa Noe
27 ele um oint-mems wa econvune 1706 2645 1691 2401 -94ae 1461 298 52o 4as 125 210 2977 749 ela isa 2996 2977 se4 29ca va noi aac 191 21e 721 0 o 934 1473 117e 14eo lasi 1345 227e -leoa 1961 767 -77s -1234 -1429 lave lese 1723 yeae 70s 997 ees 2ee 2ee 249 as o ---o INTERMT-INTERMTx 345 wi 73.34%Noe
2e ele sosan-Mid outeocavume ivos 2eso 1680 2ase -94ea 14ca 298 520 aso 115 2oa 21e4 Taa eaa 159 2996 2944 aa4 29ca as sia aas 194 22a 720 e o see 147e 121e 1499 laso leia 2372 -lesa 1213 aos -e14 -1314 -1512 leo4 1592 1741 1542 Tia saa eso 2se 2s2 251 as o ---o MIDeoiNT laat2ao el 74.49%Noe
2e e17 Me ointecota4eavisanerosmer 1704 2eso less 2411 -94as 14e7 298 52o 4sa 127 29a 2981 742 e14 131 2996 2988 aos 29ca as 499 a2e leo 225 719 e o see isce 12ee lea4 1647 1722 24e2 -1647 1259 saa -e42 -lase -1623 leis ie4e iras isti Tio 940 eso 2se 2ee 250 -To o --o tocusT -MoaA las el es.lom Noe
ao ele um omta45/2acavisanerosmer 1709 2648 less 2ass -9450 14sa 297 sia 498 12a 2oa 297e Tas e11 162 2996 2967 ass 29ca 7e son saa 192 298 719 e o 962 leio 12e2 1645 leeo 1949 2492 -lese 12es amo -eso -1414 -1642 yeas less 1769 leve Tia 944 esa 2s?2so 251 es o ---o MIDeoiNT laat2ao el 75.69%Noe
al als sosan-Adelader234ekvune ivoa 2644 less 2asa -9458 14aa 217 sie slo 129 207 2973 Tas elo 154 2996 2969 ano 29ca al 507 aas 192 21e 720 e o see 149e 124e 1610 le2e 192e 2457 -leas 1247 e25 -sas -1375 -lese 1562 lee2 ives lee2 Tia 941 esi 2se 2ei 251 as o ---o INTERMT-INTERMTx 345 m 73.34%Noe
32 e2e Addaide-me ointe2a4ekvune 1709 2648 1700 2as7 -1452 1450 297 sia sie 12a 2oa 297e Tas e19 isa 2996 2968 ass 29ca va see saa 192 217 719 e o sea leos 12e2 1642 1660 1976 2611-1665 12e?sa?-e4e -1400 -le2e leia lesi 17e?1574 Tia 944 esa 2s?2so 251 es o ---o INTERMT-INTERMTx 345 m 73.aan Noe
sa e21 sosan-Adelade-meointela4eavune ivoa 2644 1700 2asa -9458 14aa 217 sie slo 129 20e 2973 Tas elo 154 2996 21e2 ano 29ca al 507 aas 192 298 720 e o ses 1497 1245 leoa 1621 1940 24es-leas 1245 e21 eaa laea 1562 isel le2e 17ee lee2 Tia 941 esi 2se 2ei 251 as o ---o INTERMT-INTERMTx 345m 73.34%Noe
34 e22 sosan-Hot2acavume 1702 2e47 ivoo2ase 1454 144e 21e sia 414 122 207 2975 Tas elo 157 29962965 asa 29ca va see saa 192 219 719 e o 961 leos 1257 yeas lesa 1946 2474-1654 12e2 eaa -en -1396-1626 1622 le4e 17e2 isto Tia 943 es2 2s?2ei 251 es o ---o MIDeoiNTiaat2aori 19.11%Noe
as e2a um omt-someaenenea2acavum 1702 2e47 lesa 2asa -1451 1449 297 sia 414 122 2oa 2975 Tas e11 162 2996 21e4 aos 29ca 77 see saa 192 219 719 e o 961 lece 12ee ie2e lear 1992 2465 -le4e 1261 eae -en -lase -1621 1614 1647 ivaa isti Tia 943 es2 2s?2so 251 as o ---o tocusT MoaA las el er.ess Noe
se e24 Muomt-aatueenake2acavum 1709 2e4e less2ase 1449 1454 297 sia 421 124 20e 217e 740 e11 leo 29ee21es ase 29ca 77 son saa 192 217 719 e o seo leos 1255 1607 ieos 1862 24ee-leal 1259 saa -e4a -laeo-leol lese 1645 17e4 1573 712 942 es2 2s?2so 251 es o ---o INTERMY INTERMTxa4em 73.34%Noe
37 e25 Me omt-osam2acavum 1702 2648 less 2ass -1450 1452 297 sia 498 12a 2oa 297e Tas e11 161 2996 2967 ass 29ca 77 son saa 192 298 719 e o 961 iso?12ee leaa lesa isse 247e -1654 1265 ear -e47 -1407 -lea4 yeaa lesi 17ee 1572 712 943 es2 2s?2so 251 as o ---o INTERMY INTERMTx 345 m 73.34%Noe
se e2e aatnesnake-aoisesenen2acavume 1702 2e47 less 2asa -1451 1449 297 sia 415 122 2oa 2975 Tas e11 162 2996 21e2 354 29ca 77 see saa 192 221 719 e o 962 leos 1261 le4e lese 194e 2465 -less 12es amo -eas -1417 -1645 1645 1654 17e?1573 Tia 944 es2 2s?2so 251 es o ---o tocusT MoaA las ei 90.54%Noe
as e27 osam-aoisesenen2acave e 1709 2e4e less 2ase 1448 145e 297 sia 42a 124 20e 2977 740 e11 leo 2996 2979 as7 29ca 77 son aa2 192 217 719 e o 961 leio 12e2 lesa 1671 1961 2eo2 -lees 1270 e41 -esi -1420 -1650 1649 1657 1790 leve 712 943 es2 2s?2so 251 as o ---o INTERMY INTERMTx 345 m 73.34%Noe
40 e2e nome wa eco/2acavisanerosmer 1702 2e4e lesa 2400 -1447 145e 217 sie 424 124 20e 2977 74o e19 isa 2996 2970 asa 29ca 77 504 aa2 191 219 719 e o seo leos 1259 1640 lese 1947 24ee -1650 12ee cas -e4e -1492 -leas leaa 1654 17e?1573 712 942 es2 2s?2so 251 es o ---o tocusT MoaA las el es.com Noe
42 eso Po lus-sosanelassavune less 2eso ivon 2ass 1459 144e 21e sia 49e 122 20e 2975 Tas elo 157 2996 2965 as2 29ca va 507 aas 192 298 719 e o see 1517 127e leva 1667 1974 2611-167e 12ee cas -ess -1439-1656 less lees itse lesa 714 seo ess 2se 2ei 252 as o ---o INTERMY INTERMTx a4e m 73.aan Noe
43 eal Po lus-sosane234ekvune ivoo 2e4e 1704 2as4 -1457 144e 217 sie 415 122 20e 2975 Tas elo 157 2996 2965 as2 29ca va 507 aas 192 298 719 e o sea leos 1261 1647 leea 1951 2490 1661 12ee eae e4e 149e 1eal 1629 1649 ivaa leva via 945 eaa 298 299 251 es o ---o INTERMY INTERMTx 34eel 73.34 None
44 aa2 Po lus-x osta4eavume les7 2esa lese 24ca -1461 1450 21e sia 420 122 214 297e Taa elo 157 2996 21ea as2 29ca va 507 aas 192 220 719 e o 972 1525 1272 lesi 1641 isas 2491 1661 12ee 727 aoi 1959 lese less lees leol les2 714 954 ses 297 290 252 as o ---o amicoER saicoEaA a4eel es.ae None
sa savun.174e 2eoo leel 2asa -la2a 1498 2aa 540 455 12a 207 2973 Tsa e22 les 2996 22co ass 29ca es 488 a2o 187 295 Tao o o sai lass 12 se os es 97 es me
4e assaAedas Antei esco+aAscas+eocuwAeo se isso lese isos 2373 1627 losa was sai 1365 14ao lesa 772 im gm leo EME leo de
sas Aedas ancimescosRAsc a+eocuworo+uon 2250 1255 als 1978 -902 840 171 472 -laa 27 27e 1926 775 72a 107 2996 1902 17o 29ca 92 4ee 297 177 182 all o 600 ato -e4e 1419 2ces 2122 2341 2741 19ee 1434 love 1932 lees 2142 21eo 32e lies es2 ees 49e 322 14e las 2oe as 49 wvoro 34.5 Ta e a Do 2aos2
el
los29
asa6ea
e
as
+AÛa a+eocuwAeoluso o assa 2994 2,22 -zaas 12ea sua aos aos so you zolo use «s»les asse azo4 4ee zios -94 aze iso mar was res o 600 940 1525 -Sa2 -es?-eco -ear 1231 -Tao -452 aos 360 -eco -e17 -e4e sai 1364 1622 525 oal 72s 244 22s 2oe ma o monanza a4e ao o an a4e »,ve.ers none
se sae Aedusuonasco+aAscas+eocuwAeolusoso sto leaa -ese -e2a -ee?-922 1279 -759-473 423 are -eoa -e44 -eva ici?149e ie2e 52e oss 742 255 24e 212 wa o o amicoER saicoEaAa4eel 96.40%None
67 aa?Aeduseco/2acavisaneroso,lea7 2eaa less 2asy -9448 1445 298 52o 49a 11e 210 2152 745 ela 15e 2996 21ee ass 29ca 7e saa aal 191 217 719 e o ae leio 1964 1611 lese 1961 2eol 1654 1211 e43 e4e 1414 yeae leaa 1654 itse 1562 Toe slo e11 299 2ea 24s as o 2 Asotus eco/2ace2 la4ss¾None
se saa Aedus-wmastas2acavune lea7 2555 le4a 2379 144a lass 29a sie 360 7e 21e 2oa2 Tea oss 157 2996 2950 a44 29ca 74 «sa a29 las 294 Tai o o see 1567 laas 1727 1732 2cia 2544 1712 1324 ese ero 1470 1793 1710 1667 yeas 1627 eye 952 es?244 227 235 44 o o DAveuomN-oAveuves lie el 87.93%None
es aas Aedus-Freezeout2acavune 1679 2e7a less 2419 14sa 1454 22e 528 421 127 20e 2989 742 607 leo 2996 2970 aos 29ca 7e 504 aa2 191 21e 728 e o veo le2e 1236 1614 yea4 1943 24e?1644 losa sai e25 laea 1602 leos 1649 leoa 1594 712 928 -298 292 247 To o o MINERS-etAnE 2ao el ao.es None
eo e4e sonanzamonaa4eave e 1846 2685 97ao 2479 9ee4 la4a 279 575 a12 si 298 2379 14o ivo sea 2996 2101 2as 29ca 59 4as 2ea 167 227 77a o o se isos -795 117e 12ee 1622 214e 1325 ess 72o ese 111e 1224 12ee laet les2 14ee som ess 4e2 2ee 253 227 -o e aoNANzA-veRNAL las el lis.es None
ea ael oaveuon-oncait 2acavune 9eaa 2555 1644 2avi 944a laso 293 595 ael 77 21e 2ca9 yea ese 157 2eee 29 o a44 290s 74 4ea a29 9aa 294 72a o o coe 1564 laaa 1720 1727 2014 2541 970s Tali est see 14ee 1707 1704 1664 yeae 1623 e7:972 Toe 2as 220 234 44 o o DAveuomN-oAveuves lie el es.2om None
e4 se2 s co-Mustan 2acavune 1795 2529 9esa 2aos 9424 1400 197 49e avi vi 297 20ea 759 e49 ine 2eee 295e a4a 290e 77 49e a27 leo 2oa 727 o o 71e 1451 1949 1690 1751 2047 252e 1709 laci see sia leis ives 17ee lese 1773 1543 eso Tom esi 253 236 3 se o o RiveRToN-wvoro 2ao el ea.ae None
es asa Rive<ton-Atantie2acavune 1730 247a 97oa 2aea 94ea lase 209 ca aea as 220 2052 74e ess is?2eee 2976 asa 290e 75 497 a25 989 294 797 o o 756 1443 lori leal less 1922 2457 isoa lias e2e e2e lave leve lese lees 1757 1527 ees 745 eri 290 2e?2ae me o o amicoER-Rocuseos2acal 67.62 None Neauvevdevs>ion
ee asaanive<ton-Atantic2acavte+oaccas 1739 2475 1707 2aes 94ea 1395 209 02 aos aa 220 2050 74e ess is?2eee 2976 asa 290e 75 497 a25 989 294 797 o o Tas 1435 lo4e 1514 less 1994 2452 ineo 1999 e25 e22 laet lese 1577 1662 ives 1524 eas 725 eso 27s 232 235 me o o amicoER-Rocuseos2acal 67.55 NoneMoimummares,>>a i .7 N A k >F.A
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Ta co2 en er posse1+w2a4eavtmes lava 2ava 225a lae7 1900 1295 a44 esi 2aa e5 212 2oes 788 eis 141 2996 2990 aos 29ca as 497 a24 las 2oa ao7 o o 2e auixNotta4e es 2 eaicoER-eaicoEaAa4eel 126.19 Noe 2a21.eaAms
74 co2aen es-Pouwse1+e234ekvuneswaAs 1799 2559 2oa4 12ao lose loss 298 eaa se los 231 2977 Tas esi 127 2996 2017 2ea 29ca 74 45e 2ea 17e 185 771 575 o 497 1231 Tao 1999 12oe lea4 2007 12e2 723 ear ses loal 1201 1996 1254 14e4 laal ees ee4 sea 2ss 2e4 235 as a i saicoER-eaicoEaAa4eel 110.95 Noe 2o41.4aAms
75 co2eed es-Pouwse1+e234ekvuneswaAs 1728 27ao loos loaa loss 797 252 555 -lao 14e 24e 2279 Tea ese 111 2996 1921 229 29ca ea 49a 2eo 164 les 746 1150 0 -724 1364 e4e lais 1404 1793 21e2 1429 eco Tom eri 1212 1420 1407 1471 lese 14e2 eel 717 esa B 261 237 -72 o o amicoER-eaicoEaAa4eel 96.46 Noetecoaenes-awamano:+add er-Pouwseianskv lece 2a22 22ee 1241 1002 1298 saa es2 2as 4e 24a 2o4a 795 e2a 137 2996 20s7 294 29ca se 495 a22 187 2ai aos e o gmië¾m--EdWÐ--e2e 2eo 2ea WMimm E -e11 -esi ME 424 a14 2so 20s 42 o siccaAss es ee i saicoER-Rocuseos2ac al los.com i emsNFuaes o.eso
77 cosaan es-awamanos+adder-Pouwseianskv 1829 250s 2112 loss loos los7 aan e42 e4 en 261 215e 795 ess 124 2996 2006 2eo 29ca 75 454 291 17e 200 777 575 o maa loss -704 -882 -s22 liss 1648 loao ear ase 360 -729 -879 -ees 1097 12ea 121e ese ea7 sie 300 279 22e 47 o emsNFaces es o amicoER-Rocuseos2acal es.4:n i emsNFuaes o.se?
Te coated es-awamanos+adder-Pouwseianskv 1757 2685 1947 ese loco 797 2as sea -977 las 274 2269 799 eas los 2996 1999 221 29ca ea 411 258 sea 179 757 1150 o was 1290 -79e -1911-1956 144e 1995 124e Tae 4ee 414 -een -1921-1097 12e2 1522 last e42 eso 641 2eo 259 231 -71 a emsNFaces 74 o NAnoiN 2aotilsel 99.een i emsNFuaes o.87etocoaoenesaux+ade e-Po ela4e+RAs,2Jeoveatni 1754 2eva 1945 947 loa4 aos 287 sel -129 137 265 2252 794 esi 114 2996 isaa 2ae 29ca en 421 2ee lee 174 749 1150 0 -720 laae es?-12eo -lasi 1654 21aa last e4e 599 496 -1991 -1329 -132e las2 161e 1434 eso 714 es2 2e4 2ee 234 -71 o -----o JEFFERsN-JFasNemA lei el 77.42%-None
ao co4 en es-amamano:+adder-Pouwse234ekvilece 2a22 22ee1241 1002 1298 saa es2 2as 4e 24a 2o4a 795 e2a 137 299620s7 294 29ca se 495 a22 187 2ai aos e o see -Tea 457 -elo -54e -ess 1214 474 2eo 2ea -445 -ell -e17 -eal FMW-esi ele 4e?4a4 314 2so 20s 42 o siccaAsses ee i saicoER-Rocuseos2acal los.com i emsNFuaes o.eso
el co4aen es-amamanos+adder-Pouwse2aesavila2e 250s 2112 loss loos los7 aan e42 e4 en 261 215e 795 ess 124 2996 2006 2eo 29ca 75 454 291 17e 200 777 575 o mae lose -704 -ee2 -922 1999 164a loao ee7 ase 360 -729 -ers -ees ici?12ea 121e ese est sie 300 279 22e 47 o emsNFaces es o amicoER-Rocuseos2acal es.4:n i emsNFuaes o.set
e2 coated es-amamanos+adder-Pouwse234ekviivar 2685 1947 ese loco 797 2as sea -977 las 274 2269 799 eas los 2996 1999 221 29ca ea 411 258 sea 179 757 1150 o was 1290 -79e 1911-1956 144e 1995 124e fee 4ee 414 -een -1921-1097 12e2 1522 last e42 eso 641 2eo 259 231 -71 a emsNFaces 74 o NAnoiN 2aotilsel 99.een i emsNFuaes o.87e
sa cose en esaux+ade e-Poe234e+RAs,2Jeoveatni 1754 2eva 1945 947 loa4 aos 287 sel -129 137 265 2252 794 esi 114 2996 isaa 2ae 29ca en 421 2ee lee 174 749 1150 0 -720 laae -es?12eo -lasi 1654 21aa last e4e 599 496 -1991-1329-132e las2 161e 1434 eso 714 es2 2e4 2ee 234 -71 o o JEFFERsN-JFasNemA lei el 77.42%Noe wieleca satoadoro
e4 coe sosan-Poumaa4ekvoto les7 2648 1795 2aa2 1478 142a 297 sie aos lia 210 2970 Ta7 607 159 2996 2959 asi 29ca as 512 aar lea 21e 720 e o -ses iso?1265 1642 -1649 1925 24ea 1657 12e?saa ame -1492 -lese -1562 yeas 1770 1572 715 sei ese 2ss 2s2 252 as o o INTERMT-INTERMTx 345 wi 73.aan Noe
es cosa sosan-Po utsa4ekvoto wy este is 1649 2789 leoa 2102 1498 1949 las 4as 14e 15e 2ao 225e 74a e4a las 2996 2o4a 295 29ca va 467 ao4 181 193 710 575 o -942 lece 1244 17ea -17eo 2007 2eie 1737 laat see -ass -leia -1735 -leet 17ea 1667 167e ess 923 e72 2ei 271 24s -72 o o FRANNIE-vetowice 2ao el 79.44%None cenTa Notae a
se coe Po lus-sentamonda4ekvoto laa7 25ca isaa 227a loao isas 289 see 52a saa 204 2965 Tao 644 191 2996 22e5 454 29ca as 452 2ea 177 212 758 e o met 1974 iles 1409-1425 1742 2294 1492 ilea 772 -794-12co-laas-late ice2 1271 12ao ee2 ese eas 295 277 236 -To o o caAcE-sooA laeol 64.41%None
et coeapo lus-sentamonda4ekvoto+a ass1/2erias7 2470 1640 215e loaa 1585 299 aos 529 lao 210 2959 784 e45 las 2996 2261 449 29ca as 452 292 177 2oe var o o mai 112e 1077 12ee-12ee leos 214e lave losa eel -ees-loro-11st-12:a 1022 1225 lisa ese e22 e21 297 27e 232 as o o PAtisAoE-Rocuseos2acal 79.16%None
se co?sentamand-Te<mmala4ekvoto 1721 2e2e 1690 2asi 1414 1472 211 512 4as 124 2oa 2974 74e eis 164 2996 29aa aos 29ca 72 «sa a2a leo 217 720 e o -947 1429 1242 lesa -less 1906 2452 1620 1240 620 -aao-lasa -lesa -lece isto 1662 14e?Toe saa ete 298 292 251 es o o INTERMT-INTERMTx 34eel Ta.asm None
es coa Po lus-am art+Poulus-sosane234ekvune 1694 2es2 ivoo 24ca -9477 14aa 297 sia <oa 11e 21e 2172 Tae saa isa 2996 2152 a44 29ca as 599 aar lea 221 720 e o -974 1521 12ea 1622 -1592 lese 2445 yeaa 12ea ess -780-1905 -1620 -leos ie4e 17ee lese vie see ses 298 299 252 as o o saicoER-eaicoEu 345 wi so.aem None
si cos eo lus-sosane2 34ekv+Treasureton-esaa 1709 2e47 ivoo 2as4 -1451 1447 21e 521 417 12a 20e 2975 Tas e19 isa 2996 21ee asa 29ca va see saa 192 298 720 e o -sel leo4 1254 1634 -le4e 1saa 24ee 1651 12ee saa -saa-14o2 -leia -leia 1617 1774 lees via 943 ee2 297 290 251 es o o INTERMT-INTERMTx 34eel 73.34%None
s2 cio Po lus-sosanelassav+Treasureton-asad 2 ivoo 2e4e 1702 2as4 -9453 144a 21e 521 417 12a 20e 297e Tas elo isa 2996 21ee asa 29ca va see aa4 192 298 720 e o -see 1512 1270 1660-1673 less 24es lese 1277 e42 -a49-1425-ye45-yeaa lea2 17ee leve Tia 946 ee4 297 290 251 es o o INTERMT-INTERMTx 34eel Ta.aan None
sa cil Po lus-sentamonde2+Poulusve<mmala4e 1891 2529 16912ace -1965 inel 25e ses 502 laa 204 2965 77a ese 184 2996 2245 4a2 29ca 47 4e4 ao2 lao 214 740 e o asi 12:a 11eo 1408-1425 1739 2289 1490 114e Tee -Taa-11ss-la42-137e-124a lass 12es eye ses e4e 297 2ea 242 as o o caAcE-sooA laeol 76.76 None
94 c12 Po lus-Tenomala4eav+Treasureton-asad 2 1747 2599 leel 2ae4 -laas 1498 2ai saa 455 12a 207 2172 Tsa e21 les 2996 22co ass 29ca es 488 a2o 187 21e 726 o o -927 laes 12oa isio-is2e 1eal 2377 lese lies 794 -soa-12si-1475-14si-14ee 1564 1444 ese 911 ese 297 2e?247 es o o caAcE-sooA laeol 76.13%None
as cia sosan-Adelader2+eosan-Aoxaid omtala4e 170e 2eaa 1701 2377 1487 lass 297 sie a7e ila 200 21e2 Taa see lae 2996 2949 a2a 29ca 92 sie a4e 194 221 721 0 o -see 121e 1523 yeaa -lear 2:a?less 12ce -791 aos -1279-14ea -1435 -1572-1727 yeas -saa eso ME 294 M WM as o o NuNT laat2ao e2 76.62 None
se c14 sosan-Adelader2+Midoet-Adelaides234ex ivoa 2e4a 1700 2asa -9459 1437 217 sie 40s 129 20e 2172 Tas elo 154 2996 2969 ano 29ca al saa aa4 192 21e 720 e o -ses 149e 124e 1603-1621 1936 24ee leas 124e e21 -saa laea 1562 leeo 1627 17ee lee2 Tia 941 eel 298 299 251 as o o INTERMT-INTERMTx34eel 73.34 None
97 cie sosan-Adelader2+eosan-Hunt2acavimes 9704 2640 1709 2aas 1465 1425 21e sia aos 11e 204 2970 Tas aos iso 2996 2954 a45 29ca as ses aae sea 221 720 e o -see 1492 1240 isee-lece 1901 2415 1625 1236 ele -827 1347 isee 1549 161e 17eo lese Tia 940 eso 298 292 251 es o o MIDeoiNTlaat2aoel 79.21 None
se cie sosan-am ut+aosan-Adel-Mid omtala4ekva ivoa 2e4a less 2as2 -9457 14aa 217 sie slo 129 207 2172 Tas elo 154 2996 21e2 ano 29ca al 507 aas 192 298 720 e o -957 1493 12:a lesa -1610 1927 2456 1627 1224 ??e -807 1247 lesi 1562 1611 ives les?712 eas eso 297 299 251 es o o INTERMT-INTERMTx 34eel 73.34 None
as cie sosan-ammt+Mi omt-Ademider234eavam 1702 2e47 1709 2ase 1451 1450 297 sie 498 12a 2oa 2975 74o e19 isa 2996 2968 ass 29ca va see saa 192 217 720 e o -sel leos 12eo 1621-164e ises 2495 1652 124e 792 -821 127e 1594 leos-leae 177e lees 712 943 ee2 297 290 251 es o o INTERMT-INTERMTxa4eel 73.34 None
ico cis sosan-am sta4ekv+eosan-Hunt2acavimes 97o2 2e4e 1709 2ass -9453 1445 297 sia 414 122 207 2974 Tas e11 157 2996 2965 asa 29ca va see saa 192 21e 720 e o -see leol 1244 1613-1641 1932 24ee 1641 1240 ye7 ale 12ee isso 1614 yeaa 1773 lees 712 940 eel 297 290 251 es o o MIDeoiNTiaat2acal 79.14 Noneloic2esosan-Adel-Midoute1+Mi omt-Adelades2a 1704 2e49 1709 2aas 14ea 1429 217 sie 404 11e 205 2970 Tas aos 159 2996 2958 a4e 29ca a2 ses aas lea 217 720 e o -see 1490 12:a leso-lees 1957 24ee 1621 1222 798 -814 1290 leo2 144e lese 1762 1564 Tia 940 eso 298 299 251 es o o INTERMT-INTERMTx 34eel 73.34 None
102 c21 sosan-Adelaidomtala4eav+aoranmunt2aux 1704 2640 1709 2aas 14ee 1425 21e sia aos 11e 204 2970 Tas aos iso 2996 2955 a45 29ca as slo aae sea 220 720 e o -957 1491 1237 1579-1597 1994 2425 1624 1234 elo -824 laal lesi 1525 1610 17ee less via 940 eso 298 292 251 es o o MIDeoiNTiaat2acal 76.94 Nonelosc23sosan-Adele234ekv+eosan-udomteconv 1792 2eis 1677 2aas 1487 lava 298 520 asa los les 295e 737 aos iso 2996 2128 ala 29ca 92 sie a42 195 227 721 0 o -954 14eo list 1437-1324 1795 22e2 1562 lisa Tai -793 1252 1439 1413 1562 1710 1522 714 937 ers 29s 294 251 as o o MIDeoiNTiaat2acal Ta.es None
104 c24 en es-Pou se1+oosnen-x osta4eavun 17e4 255a isla 2coa lais lass 265 sea aos los 2oa 2940 757 e14 isa 2996 2945 a4e 29ca ao 502 aac leo 221 745 e o ase laea see lais -laee 1704 2236 1427 eaa 2es -404 1210 1344 134o 1404 les?142e ese e4e eae aos 295 245 47 o o saicoER saicoEu 345 wi 97.99 Nonelosc24aenes-Pou se1+oosnen-x esta4eavun 1709 2790 ivan 1794 1299 lias 227 529 129 iso 231 22as Tea e4a saa 2996 2047 29e 29ca es 4eo 298 iva 194 726 575 o was leal 104 1640 -lete isea 2494 lees see 324 -482 14ee lesa leel ieri 1624 leos est eri e47 2e?27e 24e 71 o o saicoER saicoEu 345 wi es.7 None
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127 eas Aedas AnteimescosRAsc a+eocuwom +Mon 221e 1947 e21 2027 1962 444 172 472 -545 54 aos lese e43 470 122 2996 1945 74e 1995 se are 299 177 2co 149e o eco o --o saico 2ao s2 sm i exasNFua es .ess
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Appendix 3-6 ---Post-transient Results For Bridger /Anticline West vs.Bonanza West
courmannevt
BAsecaen i97 PAvuttons o.no e asActuam som svan era smaa.e usaret n om are
v A wonsTLoAINNo,e a ."comuENT
a..cas.o w...se-se.Are.estaam.un oeu.ogwatglans 49ee 2doe 1579 yema ao 2707 Too 2400 <aa 47 <a ess 4e2 293 2923 van e42 lae 29ee 2590 699 2005 92 504 asa 2 e 2 a 7
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sol auto-mosawoomva.,sa 2925 o asas aos illo 428 740 las ao 299 1996 822 667 loo 2996 2359 ses 2006 ils sia asa 21e 347 742 e o als act MM toce 27a 722 745 759 74 asa see 220 22e 175 se 9 auxNota4 ommes emme s sari 114.66%None 29ce.esAmpseclaAntatePopeasseokvu<ae+Dropardaeret 1900 2292 e 3050 saa saa sea vos 90 70 237 209e e24 694 e5 2996 2258 529 2005 toe 4ee asa 20e 2ea 726 575 0 aea 76e aae 744 7es 014 13ee eso a2e ase 014 014 es 710 ese 974 ses 402 402 aao 227 219 iso 45 o 2 aRIDGER BRIDGEsA34e#1 103.21%No<9e less.01AmpssolgAntweePopausecokvane+Jeo1+Kapcap lese 2298 o aose see see sea 702 .se 71 2382019 e23 esa se 2eee 22eo 523 2005 10e 4ee 369 20e 2ee 725 575 e ca 820 aee sie 94e 230 1679 cet aas ai mm 7e2 aca asi cas ce2 987 62e se see 237 22e 198 e e 2 PAusAce RocKsPos23e#1 92.7e¾None
aos addner aMileknola4ekvane lea4 2559 1949 1877 29a 1404 429 749 406 100 249 20ea aos ede 125 2996 247a eel 200 se 499 asa 215 240 751 e o e43 iloa e7e aos e4e 117 1657 4e ee7 aea 1997 117 7ee aos 970 112 1239 eso ese sie ala 277 21e a 2 sooRAssee e o BRoaER Roc sPos23e#1 971e%None
aos adager a45/230kvTransforme taal 2705 tese 2397 43e 1470 349 ese 4ei 133 213 2122 7ee e42 13e 2eee 2508 esa 2005 92 Bos see 217 21e 713 o o 829 1537 1995 515 1578 928 24ea 594 liao e49 1928 928 549 se7 1572 e14 1678 487 aos ela ao4 280 2ae sa o None
ao7 Kuipon oostena4ekvane 1579 2709 1894 2410 440 1475 347 654 465 134 21e 2924 vez e42 197 2eee 2eos 694 2005 99 504 asa 217 220 713 0 0 eaa 1559 1084 491 isea 99eMW 582 lace ale 1918 sie 637 esi lese eal 1694 eso a14 ele all 2e2 239 ea o o BRoe BRoo sA 34e#1 es None
see Kapas so<aha4ekvane isel 2706 1700 2ase 437 1470 348 eaa 461 134 213 2123 7ee e42 lae 2eee amos ess 2005 92 Bos see 217 219 713 0 0 eaa 1523 1902 489 isse ses 2442 575 1909 809 1909 ses 1591 som isei e12 1671 e2e ace ese 312 283 239 ea o None
all aoraha4et230kvTrardormer 1589 27ee 1692 240 4ai 1477 ano 657 467 la4 29a 2924 Tae e4a var 2996 2519 eaa 200 99 504 aar 21e 221 714 e o ea7 1640 ilos 482 1643 lasi 242e see 1994 7ee casi asi leos e2e isso eis leea e2e ela ele 312 2ea 239 ea o None
s12 Pop s-cedernissockvane 1594 2e7e 1652 2408 474 13e2 350 ee7 aes 11e 201 2099 782 ea4 laa 2eee 2457 ene 2005 101 522 aes 221 224 712 e o 852 isla 1909 327 147e 1951 2850 982 1909 828 1951 951 1453 488 isas see lesa ea4 577 e2e 814 290 241 51 o o LocusT MoRA as #1 a None
ele moran udpo teookvane insa 2887 leal 2397 9458 1424 349 ese 420 125 207 2999 784 ese 127 2996 24e5 ese 2005 loo sia ses 21e 224 713 0 0 aal isoa 107e ae7 1397 1807 23ei 520 107e 812 1807 607 1423 430 1520 eaa 1642 eal 807 ele 314 2ee 240 52 o Nonesi?Midpo teceta4ekv7tansformer 1584 270e lese 2410 1429 1481 349 ese 495 137 21e 2127 787 e45 los 2eee 2527 701 2005 100 49e ses 215 22e 713 0 0 aal asas lies 493 is4e lese 2400 570 1920 839 lese ese 1521 eaa ise7 ele 1678 e27 807 ese all 281 239 54 e o LocusT MoRA e #1 as None
a20 Adelade Mupdat#234ekvune 1589 27ee 1700 2aea 1449 14ee a4a ess 4se saa 212 2122 van e42 las 2996 2507 699 2005 sa ses asa 217 29a via e o ese leas 1996 eaa lese 940 2472 esi 112e e43 1940 940 1627 eal 1672 ela le7e 496 eli e17 312 284 240 ea o None
a21 ectab-Addade-Midpoet#134ekvane 1582 2701 1700 2394 1447 1454 34e ese 450 131 21e 219e 7ee e41 lao 2eee 2503 eaa 2005 se 507 seo 217 219 713 o o 832 1528 lose 4e4 1525 902 2432 485 ilos a2e 1902 902 1481 478 1547 eci leel eao 807 ele ala 284 240 sa o None
824 Midwat Ratuesnake230kvane 1589 27ea lese 2399 94ae 1499 34e saa 460 las 212 2923 vez 642 137 2996 2eos 692 2005 92 som asa 217 21e 713 0 0 e27 1404 1094 473 520 e2e 2443 ess 1907 e2e 1829 e2e isos ses 154e ee2 1509 e27 804 e14 394 281 239 sa o None
s2e Midwat Dram2aakvane isel 2704 lese 2399 1439 14e7 348 eaa 457 133 212 2122 785 e42 137 2eee 2506 691 2005 92 Bos see 217 219 713 0 0 828 1404 lose 49e ses 894 2445 579 1992 834 last 894 1529 543 isel sea 1500 e27 804 e14 314 281 239 ea o None
a2e Heminawaveco/230kvTrardermer 1589 27ee lesa 2400 9437 9479 a4a ess 4ea saa 29a 212a vae e42 las 2996 2509 694 2005 92 504 asa 217 220 via e o e27 1404 10ee 498 eeo saa 2437 676 1992 ese 1903 903 1633 649 1662 ee4 1601 ez7 804 e4 314 281 239 ea o o LocusT MoRA 44 None
sao Pop s-sotah#1345kvtae 157e 2707 170e 2395 1448 idet 348 eaa 455 laa 213 2122 784 e41 134 2eee 2503 ese 2005 94 507 ses 217 219 713 o o aas 1415 1995 Saa see sa7 2483 eoa 1932 84e 1987 987 isse 578 ise4 574 1514 e2e a es als 282 240 sa o None
BRoaER 34et23e#2 10063%saanAeone Antencescokvtme 221e 1254 775 1971 845 eaa 2e7 602 ee 43 278 teos ato 73e ao 2eee 2237 509 2005 112 475 aos 207 laa 791 a 600 4eo 979 439 es saa 2780 996 453 079 o 20e 220 523 397 208 528 ase 209 74 2ca 2e wvoPo 845 es e MINERs 2ao.oPLATTE 2aco 10295¾None
saa Aeolus monesconvune gig ga mmgËì ggeaeaAeolusMonasconvuneo357920892ea722eo1273422734240toe2aa1996999782tes2996253977e2005a33528517e254736o600903439e71752e431201645sotsosie470753800e4eese434eso4459737ot282234isa4710aoNANzA345e2osPRINGERGLAosToN 915#1 9937%Nonesa?Aeolussoot23ekvTransforme 15ee 2eee less 2ase 143e 1461 349 ese 452 125 214 2100 791 e4e 13e 2eee 2507 eso 2005 si 503 see 21e 21e 712 0 0 719 see cio 44e 1597 874 2412 544 ces aa4 ale 325 484 see 545 See ee4 e17 e7e saa 302 272 236 62 e 2 AeoLus sect23e#2 102.38¾None specTransformersaboutie
840 sonanza Monaa4ekvune 1729 27av 1799 24ae 1675 laaa ae4 70s a27 so 22a 2a19 iso 17e las 2996 24ae e22 2005 sa 42a air 192 2ao 771 e e 406 244 ese leia 329 laco 107e eli e17 ese 902 see oos 214 384 ele saa ase 344 2eo 217 192 2e 12 MooNLA ee 7 a soNANZA vERNAL lae#1 134.60%Nonea4casonaceaMonaa4ekvane+RAsT<pso 1794 2ees 1677 2422 1790 121e 374 ea2 213 140 2312253 toe 4ee 134 2eee 2423 ese 2005 se 411 314 too 222 715 e o 578 372 a 1812 eea 2977 lae4 eel 738 7e 1945 2ee 29e 4aa 527 slo 445 See 4e4 2ae 24 218 4e o o SPRINGER GLAosToN115#1 sees NoneasiHemineway-summestakesootvine lese 2ee2 leal 2as2 1477 1998 349 ces 371 12a 204 21ee 762 es4 164 2996 2464 e4e 2006 as $2a ses 229 211 Tis e o a 2 2 es e es a e e o o o None
Necrama,>500 eœ 500 eœ ico 2o 2o
coaerage sMeKnou+arager Popues 345kv es 1782 23ee 2257 1245 997 2ea 504 a21 als 52 2521979 ea7 esa ita 2eee 2432 e2e 2005 too 492 375 212 234 807 o o sa2 sei see MM see MM 528 aca 24 228 354 889 co MMM -292 e4 94 sooRAsses os 4 sRicoER ocKePos2ao#1 120ca¾5 PTReNFUResaael sopuvoitagevoution
coacerdge MK+arage.Pop#1345+RAs,2deo+Patmecaps+uvtoad issa 2729 1944 94 cae e57 494 724 -99 147 289 2997 eso 700 so 2996 2273 see 2005 79 497 323 les 175 745 lino o 22e 295 eaa 07e sea 4e 921 224 e72 574 487 001 4e asa 370 459 es 57e .47e 290 24e 215 se o o PAusADE ocKsPes23e#1 94 4%None w/Piecapsatoadoropcc4sadoaMileKnoa+sreg«-Poulus#234ekvano 17a22aes22571245 99712ea504e21313 52 2521979837 eaa 113 2eee2432 e2e 2005 100 492 375 212 234 807 0 0 332 602 294 372 13 aci 24e 2283-9 ele e2e 702 im asi -314 294 2e4 les a i sooRAsses e 4 sRIDoeR ocKsPos23e#1 120ca¾e TRsNFUResosei.sepuvoitagevioation
co4caridnerauK+arkinePop#234e+RAs,2Jeo+Paniacape+uvtod leaa 2729 1944 su saae as7 494 724 -se 147 289 2997 aac 700 so 2996 227a see 2005 79 497 a2a saa 175 745 1950 0 eso 2ee saa 107e 1962 4e 1922 224 e72 674 487 loco 1934 4e 12ea 370 4ee ese 67e 47e 290 24e 21e se o o PAusADE RocxsPos23o 94 None oKwtPiacapsaccadormcesactab-Pop sa45kvoto 157e 2705 171e 2382 14ea 1438 348 eaa 439 12e 214 2117 7ea ese 127 2eee 2492 e7e 2005 se 512 asa 21e 220 714 e o e41 534 117 isoa isee ass 2484 587 127 ado ese 1370 149e 527 lese eos e72 eaa 817 e20 814 288 215 52 o None
coeaPopos-ee<9tomo<9da4ekvoto+avpass1/2ofaMKseriescap 9740 252e less 2959 9037 ises 424 735 554 13e 214 2101 e2a 670 164|2ees 2595 77e 2005 se 454 359 |204 207 746 o o 713 osa 925 1937 19ee 522 200e 277 ca esa esi 1014 1907 14e 925 osa 197 se7 ese see aos 2e5 217 ea o o PAusAo oc sPes 230 No<9eco7sentomond-Terminala4ekvoLo isee 2eee lese 2397 142e 147e 34e eaa 4ee 134 212 2122 7ea e4a 137 2eee asia ese 2005 so 502 see 21e 21e 713 0 0 828 4ec 1097 1459 1592 1867 2403 545 ces a2e 821 1313 14ee 493 ae2 See sea e27 804 e14 312 283 239 ea o None
cio Popa s aosah#134ekv+Treasurmon aradv230kvanes isso 270s 9700 2as4 14aa 1465 352 ese 4se saa 29a 2122 van e42 las 2996 250 699 2005 sa ses asa 217 219 714 e o ese cas -481 leie 167e 191e 24ee 694 34 e47 eaa 1377 laae sea eso ela e7e eso ela ele 312 2ea 213 ea o NonecilPopuessentomondr2+PopuesTermoda4ekvanes tese 2593 tela 2313 1979 ises sea est saa 142 20e 2995 a12 eea 15e 2eee 257e 757 2005 es 4e7 ael 207 215 731 0 o 7e7 242 leie 1279 1883 1682 221e 402 coe 7ea 7ee 1952 1257 aci leo 21e asi 599 750 See aio 273 2ao sa o o PAusAo oc BPos2ao None
c14 aoran Addaue*2+Midpo Addaue*234ekvanestRA)1582 2700 1700 2aea 1447 9453 34e saa 449 131 290 2999 vez e49 iso 2996 2502 eaa 2005 se see sec 217 220 713 0 0 832 523 loseMW isas 1901 2430 se2 los e27 824 1315 14e2 47e 544 602 ee2 eso aos ele ala 284 240 sa o Nonecisso<an Addame#2+so<ah Hunt2aakvenes 1583 2eee 1701 2390 1454 1442 348 eaa 440 12e 20e 2117 785 e4e 127 2eee 2497 e7e 2005 se see asi 21e 221 713 0 0 aal 597 1093 1450 1590 1837 23ee 547 ces 820 als 1299 14e7 4ee saa ses ee4 eaa 807 ese ala 2ee iso 52 o None
cis sorah-xinpona4ekv+aorah Hunt230kvisestRAy,1582 27ea 1701 2as 1442 14e2 a4a ess 454 la2 211 2129 van e49 la4 2996 250e saa 200 94 ses 389 217 220 via e o asi 627 097 1472 1641 isso 2420 16ea 101 792 807 123e 14ee 524 642 eoe ee7 e2e saa ele 312 284 239 ea o Nonec2eactahadeMidpoet#1+Map t-Adebide#2345kvenes 1583 2ees 1701 2390 1452 1445 348 eaa 444 12e 20e 2117 7ee e40 12e 2eee 2500 eat 2005 97 see ael 21e 21e 713 o o aal sie 087 1421 1482 1928 2439 154e 087 804 ace 1252 1415 382 524 587 esi eao 807 ele ala 285 240 sa o None
ca4 eridger Popues#1+ooshe<Kuipona45kvu<9es 1648 2810 1918 2011 see 1492 asa voa 499 194 213 2089 aos ess 12e 2996 24ea eya 2005 95 ses 365 21e 222 738 o o 73e aos e2e 1962 1240 1584 21ot lace 711 257 aas live 121e 222 ale 421 492 elo 719 see als 285 59 o o aRoeER BRooEsA 345#1 9882%No<9ec24asadgerPoues#1+ooshen Kapa134ekvaneswtRAs isso 27ee 1782 1797 287 1944 367 ee4 162 iso 235 2181 aos e74 114 2eee ases eso 2005 ea 45e 354 204 195 720 575 0 7ea Sei 924 142e isao 1863 2402 1545 824 aio 4e2 1389 1527 522 sea ea4 714 eci 732 674 aco 2e4 233 ee o o sRIDoeR BRoosaA 34e#1 seco¾None
c2a:Paoverde Triplaa wtFAc less 2704 lese 2aea e2 2ea see ces 2ea er 234 2965 769 est 40 2996 3459 1956 2005 es eaa 4ea ass 220 Fri o o WW 949 1327 1400 17ea 224e 1462 980 781 Mbi21e 13e aal aac 2e ese see ese 262 120 m o voRKcA 4 sPRINGER etAosToN lie 12 ee%None5--WHi-St-1Mimrm is -URMWi&&m ME -1 -R -IE i-WWW
eenen.4w.aseysoeuw n.c...o..no.saru...se se.can e ac asu.,,2eee 700 2400 e72 e ee4 e7e 34 es 995 ese 540 a 2eee 240e ese ao4 504 423 230 2 7 e7e
saacAeolas-Amminescokvane 2 MNERs 2acoPLxrTE 230c#1 see7 NonesRicoER845/2ao#2 9579
e won nymouw e..caseoverendecareasse.sesAron es.ene osue.y..47e 500 2400 492 250 e4 7ee 7ee e44 44 2eee 2559 7ae 2005 as so es 20e 2 e e4e
easgAeous A<a sookvane owNERs 230.oPLArrE 230.o#1 87.36%NonePLxrTE-LxrHAM 23e#1 86.73¾
n'envat.orownias.ssorasseuw.y..99-na ces 292c 94.,2835 1785 2520 23 191e 20e slo 911 lae se 2192 754 e11 127 2eee 20eo 275 2005 107 504 ses 21e 231 733 ocomingen wratesmAsicomwegediesena.go..meae comunq¢n
rynymt.nea.nramassa.saerrasmez.99ewa os2 race se er.92 2127 94a2 2470 94aa ia45 219 520 a2e sao 224 ivaa a24 ees isa 2996 2540 720 2005 ya 504 ass 203 224 ese oceannym t.trasmissicenwnydindi<esingr.emeneammm.«gi.
1)vo agevmatos>s%fosteveisa>1emixteveic
2)Ex adingseriescapausestuneswe)andiransformertenarpuses.Aca
Appendix 3-7 ---Post-transient Results For Bridger /Anticline West vs.Path 18
coNTlNoENevt
sAsecAsetPTPATMFLows |nor REAcrivesAnoiNavAnorayanadadessaarettaminimummar¢ns)
VTE wansvuonosso '"'comusur
604 7ec24co-907a1996 97 4ea see o aa7 1974 era 524 1072246 2450 eaa 1804 12e 504 494 22e 254 ea4 o o
na..c...o-a ar...se se.ar..e.osu.
I tocusi me ne a uen.
cTTNwoN KETTLEcx cae4%
a reenung.sca..outusoencvtomossae
o assa -e2e 1557 284 ses ses 65 aae 1772 722 see vi 22a2 2287 496 1804 ins sie 496 22e aso via o o 2 PTRsNFLT2soness ox Abovee7uvtsRemy
o 2799 -sea lasi21e sie 132 a asa 1987 Tae e25 40 2207 29ca 499 1804 139 42e saa 204 292 698 575 0 eaa asemm ces coe cae oaa 7e se saa ee4 se 970 ao ses eos eso ea7 500 2e2 25e 227 e7 4 PTRsNFRoes e PTRsNFLT230aael Belowe7p UvtsTriptoadsnotaatonnewomovenvo3062-see 131e 250 esa 367 24 34e taal 729 590 se 2221 2197 4eo 1804 142 472 387 215 331 703 575 0 682 317 See 922 se saa 507 476 778 87 e7e 2 461 Sie e77 723 eso 291 277 22e ea o ,2 PTRsNFLT2aceaal oK Abovea7uvtsRetav
|804 arideer 3Maehnoi34ekvune 19792450yeaalaae449 18292a2 587 aas 97 a49 192a 70s saa 94 224a 2409 aco 1804 lal 499 409 224 279 72a e o ela 31e 722Em MWWW WWW g 4ee 71e ela saa aal 314 23e se as slooRAsses as o EHELENAestico#2 98.72%a slooRAssielease|ao4ce<idger-auleknolia45kv+Kaponehantcap+oisone os 157324ea194cissi -se2 18402eo 584 e4e 97 348 1925 703 532 se 2244 2413 eaa 1804 131 500 409 224 275 724 e o eso 450 857 782 74 783 802 827 aas sea 755 02 loa2 882 eo 720 887 eë7 asa ala 242 ee e slooRAsses e EHELENAestico*2 100.12¾e PTRsNFLT2aega74 oK Abovea7UvtsReev
see avlek<9oil-coshe<9345kvu<9e 14ea25es17ea2250 10481679292 593 are o a49 195e 685 525 1012245 24ao e17 1804 iso ses 494 22e 259 792 0 0 cae 70e sea 219 112e lose e4 11e 1929 4ee 739 973 1241 las leis 712 e4e 73e 979 70e 332 326 255 es e GRAcE soDAlassi 111.60%a PTRsNFLT230eese oK Abovee7uvtsRevsceaaMaeknol-coshena4ekvane+sypasaMKcaps 1517asasiaas2ea2 9921877230 532 877 es 3421949 ees e2e loca2de 2427 e17 1804 130 ses 413 aas asa 705 0 0 978 1662 082 197 1040 1004 23 049 1042 454 489 884 1925 02e 1418 ee2 797 734 see ese saa 324 253 e7 e EHeteNAestioc#2 101.50¾a olttoNeeso.aae NooKperuPcsta
|aos Kaapon aosaha4ekvtae 14742802 9709 2asy ava 1992 197 4ea ses To aae 1974|avs 524 107 2246 244a eas 1804 12e 505 494 22e 254 ea4 e o 1043 1787 221 407 laea 1246 34e 1302 1970 717 7ee 1982 1442 392 lees 1820 1923 742 1012 723 a2e saa 2ee es a None
|aos Populo soransookvane 1495 2570 1612 2448 ose 1882 202 504 ese 7e aae 1963 eso 525 97 224e 2434 e21 1804 132 507 415 22e 2ee ea4 e o 1045 1755 187 29e 11ee 1941 2e4 1245 1934 713 77e 1992 1376 298 1628 1782 laae 740 lose 725 328 322 254 ee o o sRooER BRooEaA 345 #1 8592 None
e12 Populus cadaralisookvane 14ee 25ee 1649 24ca 19e 1890 les soo 795 92 329 1942 674 595 lio 2242 2aas 579 1804 137 52e 427 2ao 265 ea2 0 0 ices 97e7 225 300 1341 120s aae .eae 1982 749 812 1233 1405 aes isso 17ee lees 74e 1039 737 aal 327 257 ee o o LocusT MoRA laa si 9340%None
s14 cedarH Hemaguayeconvu e 1492 25521635 240s 114 laae 200 501 792 sa 32e 1941 e74 515 los 2242 2381 577 1804 las 52e 427 230 2e7 eaa o o loca 1741 17e 241 1273 114e 19e4 -ees 1934 727 784 1979 1339 299 1607 17ee lees 745 1024 72e saa 327 257 ee o o LocusT MoRA laa#1 937e¾None
|a17 Midponteoota4ekvTransformer 147a2eo416852414 oss1927 ise 500 946 as aas 1989 eel 529 Ta 224a 2470 e4e 1804 las 498 490 224 265 eas e o 1037 1781 210 137e 1327 1223 lace 1272 1969 732 7ee 121e 140e aoe 1661 leia 1920 73e 1007 720 327 aal 2ee es o Locusv MoRA las 10064%None ovedoaded asecase|sia Midpota45/2ackvT<ansto<mer 14732eo19eea23ee 0741992 197 498 900 71 aa7 1973 e7e 524 1912247 244e eat 1804 12e see 414 22e 255 ea4 e o 1048 1788 227 1404 1348 1221 1297 1278 liso 752 als 1260 1448 asa 1873 1828 1924 742 icia 723 328 323 25e se o MioPoNr230ta45*2 123e7 None idahoP<oble NaPathis
a21 aorah Adeelde-Midpoi<ns134ekvu 147525es17eo2ael loayleel 197 4ea 699 74 aas 1968 e7e 522 se 224e 2439 e2a 1804 132 see 49e 227 255 eas o o 1042 177e 213 1382 1340 117e 12ee 1273 1964 741 aoa 122e 1493 1354 lesi lace isoa 742 1011 722 329 324 25e es a None
822 scrah Hunt2aakvane 1474259917012395 10811903 197 498 897 72 aae 1972 e7e saa 104 224e 2443 e2e 1804 12e 507 415 22e 2ee ea4 0 0 1042 1784 1224 1399 1339 1987 12ee 1271 1977 750 ala 1253 1442 1378 lees 1818 isla 742 1012 722 328 324 25e es e o MioPowriaat2ac#1 se4o None
e2a uudpo t-emesenenea2aakvane 1474259916982397 1077 isee 197 4ea oss 72 aae 1971 eye $24 111 2247 2440 e27 1804 12e so?415 22e 26e ee4 e o 1042 1784 1220 laan lair live 1294 12as liva 748 499 1247 14aa lame lees 1897 isla 742 lo19 722 a2e 32a 25s a o o LocusT-monA laael ico.es Noe oveoadonneasee e
|624 Midpa t-Ramesnake2acevane 1474259e16982397 love isoa 197 498 aso va aae 1979 era 52a 192 2247 2437 e25 1804 12e ses 49e 22e 259 ear o o to4a 1785 1223 taso ta21 1975 1999 12a2 1977 750 49a 1250 14ae tas2 tees taia 1919 742 tota 723 a2a a24 258 as e o miopoisr taa/2aosi a7es None
|a2e Mapo t-Dram230kvune 14742809 lesa2ase 1075 1999 197 4ea 902 79 aa7 197a era 524 los 224e 2445 eal 1804 12e ses 494 22e 258 ea4 e o 1042 17ee 1225 laae laas 120e 1279 12ea 117e 751 814 1267 1446 137e 1671 1821 1922 742 1012 722 32e saa 2ee es e o Locusv MoRA lae#1 9842 None
sae Aedus-Freezeout2ackvane 14512eaalea724e 07e199520e 507 907 es ese eet 521 tes224e 2450 ese 1804 12e 504 4a 225 25e es e o ao 382 2e ae4 53 802 254 448 397 e7e saa 94e 252 es e o MNERs rrE 230 None
|a41 Hemi<way sammertakesconv 947a 2ss1 9eas 2asy cas issa taa 499 875 74 967 677 522 19a 224a 2429 696 9804 12a 599 4 a 227 252 eas e o 7e oa7 eso 804 704 7es 07e 240 ces sa 7e ese 742 see 25e es a None
ce26eadger-Pop 234ekvues As 150127011927108 7071253235 saa aos 592095 737 604 es 2215 299 504 1804 2 347 20 200 717 1150 0 822 e7e sea e oc oss 2e 079 ela ese es 049 94 847 ese aos e21 312 2ee 244 72 e scoRAsses e EHeteNAestioc ce TRsNFLT230eaes eeowa7puuvtsingtoads
coa seer-auK+armePop#134ekviines seas22a222521244 694 tral ae4 era 759 4e ano 1849 Taa 542 a2 2239 2aae sea 1804 la7 495 404 222 279 vaa mm 473 87 ae7 279 278 324 aos a17 423 leo 147 22e 272 e2 417 ese 974 eea eco 4ee aa2 300 201 ei e AMPs es se o LocusT MoRA las sees%e PTRsNFLT230aa4e selow.«7pa uvtsTrptoadscosaadgetaMK+eragepop#1345kv+o<opJeo le1224es21071105 ele 14ea als e23 527 e 352 1967 740 574 ee 2227 2279 532 1804 125 452 375 211 23e 753 575 a e75 e e12 See se eso e45 552 e 245 235 00 es e5 732 021 asi e7e eaa ese 324 299 228 e7 1 PTRsNFRoes too o PTRsNFLT AMPs 230 9872¾9 PTRsNFLT230eaa4 eelow.87pu uvtsT<ptoads
I co4 e MK+e Pop 234ekv os 689226222521244 e4 r e4 e79 7 4e ano 164 Taa 542 e2 223e 2ace saa 1804 137 495 404 222 27 783 47 e7 279 7e 324 40 50 47 2e 72 e2 4 7 see 974 ee2 soo 4ee 332 300 2e e o AMPs es se o LocusT MoRA las sees%e PTRsNFLT230ae49 eeowe7p vtsTetoade
coa Popuus Kapon+Popaus scrah#234ekva 465280717012404 04 1864 197 498 887 7 40 97 e75 52 se 224e 2431 e17 1804 133 51 4 e 227 2ee ese o o ce2 ao 20e e2 24 42 272 45 eaa 418 20 ese a2e 940 02 727 328 323 25e es e s Doe s Doe A 345 None
cio Populus scrah#134ekv+Treasureton aradv230kv 4792eca17062as4 0841902997 4ea ase 72 aar 97a 677 52a 1042246 244a e2a 1804 12e 507 45 22e 255 eas e o 04e 7e 23e 419 aae 21e a 29 93 7e 2e7 4ei 347 ee4 az7 930 74 017 726 32e saa 2ee es a None
|cis scrah Ade de#2+sorah Hat23ekvlames 476 2590 17012386 098 1876 197 498 878 77 asa ises e77 521 94 2245 2430 e14 1804 lae 512 418 227 ase ea4 0 0 eaa 7e se saa 277 075 20e so 734 795 207 387 322 ea4 793 ase 74 coa 72 329 324 25e es e o MDPo e/23c sese None
cas sorah-xinpona4ekv+aorah Hunt230kviinestRAn 14742ssa 17ea2asi leal 1900 197 4ea aos 72 aas 1979 era 52a saa 2246 2442 e27 9804 12e 507 415 22e 258 ea4 e o 1040 1780 1210 lasi 1321 17e 1270 12ee lies 710 7ee 1961 149e see 1662 lace 1992 742 1010 722 32e saa 2ee es e o uloPour iaat23e#1 ee41%None
c2e ao<ah-Adelaidpoint#1+Midpost-Adelader284ekvises 147e2Bas17ea23a2 iloa tees 197 498 e7e 7e saa 1963 e77 520 si 2245 2431 ela 1804 137 ela 419 227 253 684 e o 1044 17e5 120e 1867 134e 13e 12ea 127e 1957 780 795 1995 1379 aos 1630 1795 case 748 1014 724 329 326 25e se o o MioPoNilaat2ao#1 7eio¾None
c21 aorah-Ade-usepointata4ekv.sorassunt2aakvenes<sA)147e2eso17o22se4 loss ista 197 498 87e 7e saa 1964 e77 521 sa 224e 2429 eis 1804 iss e12 418 227 2es ese o o io4e 1762 1209 lass 1298 os4 1993 122e 1952 Taa 795 1204 laae 132a lesa 1793 1896 749 lolo 722 329 325 258 sa o o miosoisrias/2aces savan Noe
|c2a aorah-Adele2345kv+aoran-Mapuntsookvunes 94aT2562 9679 2aaa 1925 9899 199 soo ala so 327 1946 675 sie 89 2249 2ass 577 1804 148 524 426 2ao 27a saa e o 1040 1727 1958 1247 lies saa 1020 1994 1904 707 7e2 1929 12ee 1229 1579 1745 1859 744 1099 722 aso saa 258 as e o PTRsNFLT-AMPs 2aces esolm None|ca4 eridger-Populue#1+ooshe<o-Ki<pona4ekvanes 154424eales21ea4 935 1847246 549 e4e e sao less asa 52e se 2243 242e e12 1804 130 ses 499 225 255 792 0 0 937 leos 923 1080 10ee 1037 1961 10e4 794 221 341 see 1993 ocel 1355 leis 1754 72e 997 eso 334 326 250 ee o o BRIDGER BRIDGEsA345mi 9459%None
n.v.ming.rw.mm.ssorassenw.y.cy was.4acsisic so m-17ee2620 seo 220e ise 49e 1207 se aa7 207e 704 esi 97 22ee 2337 623 1804 137 see 436 234 271 766 MMM-A mgmW-m¾¾¾iWgiltWWWWWWWSMgi
n.v.mentemsserwww.gw.tyim;wwie.49ee zone 14;s an....1700 2400 lose 1942 ise 49e aae 62 354 1977 e7e 524 10e 2231 24e4 e4e 1804 127 sor 410 224 268 ese MMM-A mgmWW-m¾¾¾idgiltWWWWWWWSMgi
9)vonsev atos>s%fosteveisa>1emixteveic
Appendix 3-8 Pg.1 ---Post-transient Results For Bridger /Anticline West vs.Monument -Naughton
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ce a vene 477 e2p us e onoNs e ese one
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nvetagevidato<e>s%fortevdaa>10%fortevec
Appendix 3-8 Pg.2 ---Post-transient Results For Bridger /Anticline West vs.Monument -Naughton
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e .p..t,949,s.....aeriaanoaaraissousseen...4eo2e7a 1571 2400 -loal 1724 499 ese 725 128 las 1884 saa aas 12a 2996 2881 ee4 2118 112 504 4ae 284 218 e79 Ance.eng asienn.imaascom..p.a me.isage..nsw.m..cow.m.npa
vetagevdauens>e%fortevdaa>10%forteveic
Appendix 3-9 Pg.1 ---Post-transient Results For Bridger /Anticline West vs.Rock Springs -Firehole West
a sEcAsE PTPATMFLows nor a cT EMAnansvAa orayshad casamth m røns
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sea erimer Populusa45kvu<w isso 2536 1963 2023 se 97a2 949 as;ene 107 179 1794 537 347 too 2ees 2670 7e2 9644 132 50e 47e 259 224 ees o o 107 2006 ise 453 49e 794 2332 sie 044 737 727 2eo 4ee 47e 7ee 2037 214e es2 1084 733 323 322 244 73 e o amoeER BRooEsA345#1 sees None804aridger-sulekotia4skveine ises 247e 1938 1874 604 1773 leo 577 800 92 211 1771 545 asi se 2eee 2555 74e 1844 134 504 477 251 242 703 0 e ca2 issa 972 073 082 asi 1888 197 sic 412 372 822 ca2 017 dec 1787 isee 844 1017 70e 323 317 2ae 73 e o oAvEJoHN LAR.RivR23e#1 7883 None
scea aMaeknoil-coshona4ekvune+sypasaMxcapa 1527 265 la27 2ea4 seo 1899 12e 52a aa4 los 197 laos saa a44 109 2eee 257a 7e2 la44 las ses 4ao 252 29a 684 e e 4 2040 12e4 eaa eli aci 23ae e42 1997 eee oli 1210 492 4e4 811 20eo 2170 ese 1995 746 322 322 247 74 a o GRAcE sooA 13841 7703%None
807 Klapo<t-ooshena4ekvune 1481 2e4e less 240s 1030 la4e 95 4ee sea 127 181 1832 519 344 107 2eee 25ee 781 1844 12e see 4eo 252 222 ese o o e 2945 iseo 715 728 2014 2650 ese 1180 km 519 isis 727 702 992 2209 228 e2 lies 764 ale ala 249 75 e o afoooER anooEaAa4ex1 8754¾None
ele eorahsoota45kvTra<asformer 14ee 2eas less 2492 109e lese se 490 ees 12e too laa2 520 345 107 2ees 25ee 7e4 1844 127 ses 479 259 222 ese o o e4 aise 1392 738 607 997 2522 lese 1321 e41 ees 1429 705 e2e sea aise 22es eel 11e4 762 31e sie 24e 75 o No<aesiisoraha45/2ackvTransformer 1484 2ear 1692 2404 1023 1848 ea 492 ees 127 laa leal sie 345 107 2eee 25ee 7a2 1844 12e see 479 252 223 ee7 0 0 97 2138 1384 70s 717 984 2524 1681 1319 814 e4e 141e 712 700 979 2197 2273 ee2 1167 7e4 317 sia 248 75 o None
als Midpoint Hemingwaveookvtano 14aa 2e24 les2 2aaa icae sai se 490 a27 122 17a 1822 sia a42 111 2eee 27a 7ea 1844 12e 512 4aa 253 221 687 e o 7e 2101 1314 eea 477 aae 2301 le4e 123e 797 ale 1312 1642 14ee isoa 2137 2232 aea 1949 7ee 317 319 24a 7e o o Noneeleeorah-udpoetsookvune 1493 2e12 1e7e 2395 toes 1779 97 490 aco 195 tes 1814 517 aas se 2eee 25e2 750 1844 lae sia 4ee 254 230 ee7 0 0 99 2095 lado 572 44e 822 2aa7 leia 12ea 20 487 laea issa 1572 1932 2944 2229 mea 11e2 762 als $29 249 74 e o MeroiNTiae/2ao None
ele aorah-Adesdex234ekvune 1485 2830 1700 2392 1040 1820 95 4ee e42 124 174 1828 59e 342 es 2ees 2685 ni 1944 laa 590 482 262 223 687 o o 92 2122 1373 ese ese sea 24ee see lace e42 ese 1434 lese 1657 1973 2979 2255 .sea 11e2 7ei 317 319 249 75 o None
s2e Addaue-Midpoet#234skvane 1483 2eas 1701 2397 1034 1834 95 4ee sea 12e 17e 182e sie 343 104 2eee 25ea ne 1844 130 eaa 481 252 220 ese o o se 2135 issa 723 739 2020 2543 ese ia2e ass 872 14ei 1724 1690 1994 2198 22es -ee2 iles 7ea 317 sie 249 75 o None
823 Midpoint adsesenotina230kvune 94a4 2ea4 lese 2as?1032 laaa se 489 a47 125 17e ia2a 599 a4a ice 2eee 25ea no 1844 12a ses 4al 252 22a ese o o 94 2132 laae 707 707 1957 2494 e77 1320 asa aes 457 717 1692 1990 2194 22eel-aea 11e4 7ea a17 319 249 7e o o LocusT MoRA 8797 None
e24 Midpost-Ranesnake2ackvune 14ea 2eae lese 2399 1030 laae 95 4ee saa 12e 177 1830 519 344 toe 2eee 25ea 778 1844 12e aca 4eo 252 221 ese o o 94 2934 laas ese e7e isse 2528 ee4 1997 50 me7 440 est leel 19ee 2995 22ealae2 11e4 762 317 sie 249 75 o None
e27 oram-easeee<a23ekvane saa 2ea7 700 2400 02e 1849 95 4ee ese 27 977 leal sie 344 07 2ees 25ee Tao less 12e 507 4eo 262 221 ese o o es 2137 94 742 2006 254 ese e eso e7 4e 747 72e 2002 2271 eea e4 7e2 249 75 o None
saa populus-sentomond#aa4ekvune
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..=.«70e229 225e 235 579 ea2 2eo ee 721 53 221lese 577 357 em 2eee 251e 72 1844 140 503 475 249 231 750 0 0 Tea 52 Ta a2M MM 344¾¾4 732 792 as ale es o popuLussoo e o olttoNsielles saae Noe
coacerimer MK+erleePop1345+RAs2deo+Pathiacape+uvtoad1549 2eee leda 945 619 124e les sea ale 14e 2ae 1994 584 429 e2 2996 2aso es4 1844 117 422 427 2a4 les eso 1950 o 494 Da ese 4ee 52a 231e sae esa 634 524 22e 525 74e 204 e23 977 ese aos aci 235 77 o o otENcANY230/345#1 ee23 Noneco4stimeranaeKnoi+st er-Populus#234skvises 170e2291225e 1235 579 tea2 2eo eel 721 53 221lese 577 357 as 2eee 251e 712 1844 140 eaa 475 249 231 750 o o Sim e27 Rí 1464%¾587 344 317 e218tw 043 -8218¾e12 asi are 21e es o PoPULussoo e o olttoNeielles#1 saae None
co4carieer-aMK+arieePop#2345+RAs,2deo+Pathiacapa+uvtoad1549 2ees1946 945 699 124e lee 562 ate 14e 2ae 914 ses 429 e2 2996 2aso e54 1844 197 422 427 234 tes eso 1950 o ee4 ces 4ea 523 231e ese sea ea4 -e24 22e e2e 74a 2204 a2a e77 ese aos aci 236 77 o o otENcANY230ta4e#1 ee None
coa populus-senton da45kvoLo aa 2599 ela 2a2 776 928 as saa 924 as va a2a 549 se7 2e 2996 2654 897 es 47a 469 245 29 679 o o 50 ese 292 4ee 47e vea 2ale 293 var 494 24 se 485 ese 2ces 123 747 24 ve o o souRo souRoPs2acal es NonecosaPopuluseenoaa45skvo+avpastaotaMKseriescap 5 729 e e a 4el ano o o ao e4e 2191 7 e 450 a 2(ose o souRD souRDPs23e#1 ea
cio Populus aorah#134ekv+Treasureton aradv230kvanes 1489 2ear 1705 2aea lear 1829 97 490 849 125 17e 162e sie asa 104 2996 2ees Tra less las ses 4el 252 222 ese o o se 213e 397 1733 732 1989 2eie es aas ae7 872 47e 7ae 700 973 219e 2274 eea ea 7e4 37 as 249 7e o o Nonecilpopulus-sentomonde2+PopuloTermala4ekvunes isse 2655 1641 2338 849 1903 120 ele ses laa 174 1823 542 see 120 aese 2eae e21 1844 111 4ea 4ee 247 220 era o o se 1988 284 1472 482 177e 2324 52 205 782 aos 250 412 440 700 1887 2107 4e 2e 749 37 34 244 75 e o souRo scuRoes2aoxi 8429 None
c14 eorah.-Adeelde#2+Midpoi<n Adeelde#234ekvenesawi 14as 2eae 1700 2399 1042 lata se 4ae a4e 123 174 1825 sia a42 se 2996 2984 779 1844 la4 599 4aa 252 222 687 o o 92 2122 373 leal ese 1973 2492 eea aos aae 857 421 e75 ea4 ses 2977 2255 se2 e2 7e2 317 320 249 75 e o Nonecissorah-Adebide#2+sorah-Hunt2ackvlees 14ee 2e27 1701 2387 1049 laos 95 4ee a2e 121 171 1823 ela 341 95 2eee 2579 7e4 1844 lae ela 4ea 253 224 ee7 o o 90 2114 364 1ee4 e79 1929 2434 esi 294 832 asi 4ca ese e21 958 21e7 2247 ees eo 7ei als 320 249 75 e o MioPolNT 138/230 #1 7959 None
cis sorah-xinpona4ekv+aoran-Hunt2ackviinestaAn 14e4 2eaa 1702 2aea icas 1828 95 4ae saa 125 175 1828 599 asa 104 2996 2ees Tra less las ses 4el 262 222 ese o o 92 2127 374 ee7 714 1974 2490 e74 300 aos a42 323 ese ese 974 21aa 22eo sea e2 7ei 317 319 249 7e o o mioPoiNTiae/2ao#1 7e4e None
c2e eorah Asialdpointe1+Midpost-Adelade#2a4ekvises 14ee 2e2e 1702 2385 1051 1801 es 4ee aal 120 171 1821 517 340 sa aese 2579 7e4 1844 137 513 483 253 220 ee7 o o 92 2911 see eso es?1984 24ee es4 2e 7 439 349 592 519 934 2958 2244 es e2 762 als a20 249 74 e o MiopoiNT lae/2ao #1 7418 None
c24 erdger Popuus#1+oosten opona45kvtmes 1559 2sas 1994 2cos 497 trai 142 say aos 107 177 1794 saa a47 100 2996 2570 762 la44 laa see 47a 251 22a eso o o os 2008 102 41e 4ei 17e7 2333 49e saa 422 294 45e 438 7e2 2040 214e es2 ce2 733 323 322 244 73 o o aRIDGER BRIDGEsA345#1 9824 Nonec24assagerPopuus#1+ooshen opona4skvtaesw/RAs 14ea 2701 17ee 1797 e72 152e loe 500 570 144 201 1894 54a aae se 2eee 2473 71a 1844 120 4ei 452 242 192 e7e 575 o 32 2184 248 754 77e 20ea 2577 7a ce as7 504 577 a 770 2014 22e7 2334 ede 110e 742 310 aos 245 77 e o amooER BRiooEaAa45#1 ease None
1)vonagevmazona e futeveisa lo fortevde
Appendix 3-9 Pg.2 ---Post-transient Results For Bridger /Anticline West vs.Rock Springs -Firehole West
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1)vanagevidateos>5mfortevdaa»9caterteveic
Appendix 3-10 ---Post-transient Results For Bridger /Anticline West vs.MSTI
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Appendix 3-11 Pg.2 ---Post-transient Results For Path C Southbound vs.Idaho -Montana (Path 18)
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Appendix 4 -Dynamic Stability Results Tables
Appendix 4-1 ---Dynamic Stability Results For Aeolus West vs.Aeolus South
B E
B SECASEP THF OW aul
D BusName Area M De atio
F oueneveaDeviatio
DC Comments
tons a tons tons s)
4
5 e wst 14h8 41W 24W 15W 2672.sa 1500 2672 1700 2400 -1203 1681 263 567 682 125 -188 2051 688 541 124 2330 2282 465 2150 110 356 412 230 217 661
6 LEVEL"B"CONTINGENCIES
7 801 Antdine-Populus500kVLine 3Phs 3 0 None None
8 BO1a Antdine-Po ulus 500 kV Line 0 None None
9 801 Antaline -Po ulus 500 kV Line 0 None None
10 BO2 Po ulus-Borah 500 kV Line 3Phs 3 0 None None
11 803 Populus-CedarHillSOOkVLine 3Pbs 3 0 None None
12 BO4 Borah -Mid int 500 kV Line 3Phs 3 0 None None
14 BOS CedarHill-Hemin a 500kVLíne 3Phs 3 0 None None
15 BO7 Mid int-Hemin wa 500kVLine 3Phs 3 0 None None
16 BOS Brder-Poulus345kVLíne 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59476 4 8293BrdgerbackswingUF-OK
17 B09 Brd r-3MileKnolI345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fb 59459 5 8795Brderbackswin UF-OK
18 809a Brder-3MileKnolI345kVLine 0 None 3 BRIDGER322.0 60 fbu 59463 3 7221Brderbackswin UF-OK
19 B090 Brder-3MileKnolI345kVLine 0 None 5 BRIDGER222.0 60 fbu 59443 5 9115Brderbackswin UF-OK
20 810 Populus-Borah#1345kVLine 3Pbs 3 0 None None
21 B11 Po ulus-Borah#2345kVLine 3Phs 3 0 None None
22 B12 Po ulus-Kinport345kVLíne 3Phs 3 0 None None
23 B13 Borah-Kinort345kVLine 3Phs 3 0 None None
24 B14 Borah -Adelade -Midpoint #1 345 kV Line 3Phs 3 0 None None
25 B15 Aeolus-AntalineSODkVLine 3Phs 3 31 508 EASTNRTH69 73 vbul 000229 998%22583 209 107 600 VERNONTP115 73 fbul 14564 600 17.3526B15aAeolus-Antkline500kVLinew/AeolusGenDro 3Phs 3 0 None None
27 B1 Aeolus-Antkline500kVLinew/AeolusGenDro 0 None None
26 B16 Aeolus-MonaSODkVLine 3Pbs 3 0 None None
29 B16a Aeolus -Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None30B1Aeolus-Mona 500 kV +Aeolus Gen Dro 600)0 None None
31 B17 Heminwa -SummerLake500kVLine 3Phs 3 0 None None
32
3334 LEVEL "C"CONTINGENCIES
37 CO2 Brder-Poulus345kVLines1&2 SLG 3 0 None None
38 CO2aBrkter-Poulus345kVLines1&2w/RAS SLG 3 0 None None
39 CO2bBrder-Poulus345kVLines1&2w/RAS O None None40CO3Brd-r-3MiKnoll+Bri r-Po ulus#1345kVlines SLG 3 0 None None
41 CO3a Brki .r-3MiKnolI+Brid r-Po ulus#1345kVw/RAS SLG 3 0 None None
42 CO3b Bruer-3MíKnolI+Brider-Poulus#1345kVw/RAS O None None
43 CO3cBrder-3MiKnoll+Brider-Poulus#1345kVw/RAS O None None
44 CO4 Brd er-3MiKnolI+Brider-Po ulus#2345kVlines SLG 3 0 None None
45 CO4a Brd er-3MiKnolI+Brider-Po ulus#2345kVwlRAS SLG 3 0 None None
46 CO4b Brd er-3MíKnolI+Brider-Po ulus#2345kVw/RAS O None None
47 CO4e Brd er-3MiKnoll+Brider-Po ulus#2345kVw/RAS O None None48COSBorah-Po ulus 345 kV Lines 1 &2 SLG 3 0 None None
49 COSaBorah-Poulus345kVLines1&2w/RAS SLG 3 0 None None
50 COS Populus-BenLomond345kVLines2&3 SLO 3 0 None None
51 CO6a Populus-BenLomond345kVLines2&3 0 None None
52 CO7 Po ulus-Kin ort +Po ulus-Borah #2 345 kV Lines SLG 3 0 None None
53 COS Po ulus-Borah#2345kV+Treastn-Brad 230kVLines SLG 3 0 None None
54 CO9 Borah-Adelade#2+Borah-Hunt230kVlines SLG 3 0 None None
57 C12 Borah-AdeWMid int#1+MMoint-Adebde#2345kVlines SLG 3 0 None None58C13Midint-Adebide#2345 kV +Borah -Hunt 230 kV lines SLG 3 0 None None
59 C14 Palo Verde Generaton Unks 2 &3 None 0 None None
60
61
62 wst 1-Sh8 4001 2400 2581 1700 2.sa 1700 2561 1602 2400 -1614 1225 227 529 184 127 234 2139 682 482 170 2259 2372 558 2030 64 504 328 189 219 696
63 LEVEL "B"CONTINGENCIES
64 801 Antaline -Po ulus 500 kV Line 3Pbs 3 0 None None
65 BO1a Antdine-Po ulusSDDkVLine 3Phs 3 0 None None66B01Antdine-Po ulus 500 kV Line 3Phs 3 0 None None
67 B02 Po ulus-Borah 500 kV Line 3Phs 3 0 None None
68 803 Populus -Cedar Hill 500 kV Line 3Phs 3 0 None None
69 BO4 Borah -Midpoint 500 kV Line 3Phs 3 0 None None
71 BOS CedarHill-Hemin a-500kVLine 3Phs 3 0 None None
72 BO7 Mid oint-Hemin wa 500kVLine 3Phs 3 0 None None
73 80BBrkier-Poulus345kVLine 3Pbs3 0 None 5 BRIDGER122.0 60fbug59.435 5 9.341BrerbackswingUF-OK
74 B09 Brd r-3MileKnolI345kVLine 3Phs 3 0 None 6 BRIDGER122.0 60 fbt 59.412 6 10.06Brderbackswin UF-OK75B09aBruer-3MileKnolI345kVLíne 3Phs 3 0 None 3 BRIDGER122.0 60 lbu 59.463 3 8.042Bruerbackswin UF-OK
76 BO9e Brder-3MileKnoll345kVLine 3Phs 3 0 None 8 BRDGER122.0 60 fbu 59.403 8 10.19Brderbackswin UF-OK
77 B10 Populus-Borah#1345kVLine 3Phs 3 0 None None
78 B11 Populus-Borah#2345kVLine 3Phs 3 0 None None80B13Borah-Kinort345kVLine 3Phs 3 0 None None
81 B14 Borah-Adelade-Mid int#1345kVLine 3Phs 3 0 None None
82 B15 Aeolus-AntelineSODkVLine 3Pbs 3 37 570 MAGCORP 13.8 65 vbug 0.00000 100.0%7.0958 261 1119 1250 SPRNGCAN 34.5 70 fbug 8.7826 1250 92.29
83 B15a Aeolus-AntelineSODkVLinew/AeolusGenDrop 3Phs 3 0 None None84B1Aeolus-Antaline500kVLínew/AeolusGenDro 3Phs 3 0 None None
85 B16 Aeolus-MonaS00kVLine 3Phs 3 48 1490 MAGCORP 13.8 65 vbu 0.00000 100.0%7.3583 599 1099 None
86 B16e Aeolus -Mona SOO kV +Aeolus Gen Drop (600)3Phs 3 1 None None BLNDL G2Unstabb
87 B1 Aeolus-MonaSODkV+AeolusGenDro (600 3Phs 3 1 None None BLNDLG2Unstabb88B17Hemilwa-SummerLake500kVLine 3Phs 3 0 None None
89
90
91 LEVEL "C"CONTINGENCIES
94 CO2 Brd -r-Po ulus345kVLines1&2 SLG 3 0 None None
95 CO2aBrd .r-Poulus345kVLines1&2w/RAS SLG 3 0 None None
96 CO2b Bru er-Po ulus 345 kV Línes 1 8 2 w/RAS SLO 3 0 None None
97 CO3 Brder-3MiKnoll+Brider-Poulus#1345kVlines SLG 3 0 None None98CO3aBrder-3MiKnolI+Brider-Poulus#1345kVw/RAS SLG 3 0 None None
99 CO3bBruer-3MiKnolI+Brider-Poulus#1345kVwlRAS SLG 3 0 None None
100 CO3c Bruer-3MíKnolI+Brider-Poulus#1345kVw/RAS SLG 3 0 None None
101 CO4 Brd er-3MiKnoll+Brider-Po ulus#2345kVlines SLG 3 0 None None102CO4aBrd-r-3MiKnoll+Bri r-Po ulus#2345kVw/RAS SLG 3 0 None None
103 CO4b Brd .r-3MiKnolI+Brid r-Po ulus#2345kVw/RAS SLG 3 0 None None
104 C04c Brd er-3MíKnolI+Brider-Po ulus#2345kVw/RAS SLO 3 0 None None
105 COS Borah-Poulus345kVLines1&2 SLG 3 0 None None106CO5aBorah-Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
107 CO6 Poulus-BenLomond345kVLines2&3 SLG 3 0 None None
108 COSa Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
109 CO7 Poulus-Kinort+Poulus-Borah#2345kVLines SLG 3 0 None None110COSPoulus-Borah#2345kV+Treastn-Brad 230kVLines SLG 3 0 None None
111 CO9 Borah-Adelade#2+Borah-Hunt230kVlines SLG 3 0 None None
114 C12 Bora AdeWMid int#1+MM int-Adebbe#2345kVlines SLO 3 0 None None
115 C13 Mid int-Adebide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None116C14PaloVerdeGeneratunUnds2&3 None 0 None None
Appendix4-2 Pg.1 ---Dynamic Stability Results For Aeolus West vs.Bonanza West
BASECASE PATH FO FauK
Bus N e
AreaVoltaaeDnsDe
o me B N
recuenAcreaDeviae
e
e Comments
4 ||
5 ||egwstgi-8h6 1526.750 2672.sas 1551 2672 1694 2397 -1337 1549 283 588 543 133 -198 2140 750 620 132 2996 2173 355 2140 96 504 368 207 216 693
6 |LEVEL"B"CONTINGENCIES
7 |BO1 |Anticline-PopulusSOOkVLine 3Phs 3 0 None None
8 |BO1a|Anticline-Populus500kVLine |||||||||||||||||||3Phs|3 0 None||||||||None |
9 |B019|Anticline-Populus500kVLine |||||||||||||||||||3Phs|3 0 None||||||||None |
10 |BO2 |Populus-Borah500kVLine |||||||||||||||||||3Phs|3 O None||||||||None |11|BO3|Populus-CedarHill500kVLine |||||||||||||||||||3Phs|3 ONone||||||||None |
12 |BO4 |Borah-Midpoint500 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||None |14|BO6|CedarHill-Hemingway500kVLine |||||||||||||||||||3Phs|3 ONone||||||||None |15|BO7|Midpoint-HemingwaySOOkVLine |||||||||||||||||||3Phs|3 ONone||||||||None
16 |BOS |Brktger-Populus 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||4 BRIDGER2 22.0 |60 fbug |SS 472 4 |8 39 Budger backswing UF -OK
17 |BO9 |Brktger-3MileKnoll345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER2 22.0 |60 fbug |59 444 5 |9 12 Bridger backswing UF -OK
18 |B09a |Brktger-3MiklKnoll345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||3 BRIDGER322.0 |60 fbug |59 480 3 |7 324 Budger backswing UF -OK
19 |BO9c |Brkiger -3MileKnoll 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||5 BRIDGER222.0 |60 fbug |59 437 5 |9236 Budger backswing UF -OK20|B10|Populus-Borah#1345kVLine |||||||||||||||||||3Phs|3 ONone||||||||None21|B11|Populus-Borah#2345kVLine |||||||||||||||||||3Phs|3 ONone||||||||None22|B12|Populus-Kinport345kVLine |||||||||||||||||||3Phs|3 ONone||||||||None23|B13|Borah-Kinport345kVLine |||||||||||||||||||3Phs|3 ONone||||||||None
24 |B14 |Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
25 |B15 |Aeolus-Anticline500kVLine 3Phs 3 34 519 PODOLAK 115 73 vbul 0.00543 99.5%4.1708 227 291.1 1129 SIDNEYDC 230 73 fbug 24233 1129 13626|B15a|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None27|B15g|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 O None None
28 |B16 |Aeolus-Mona 500 kV Line 3Phs 3 0 2 ANTICLIN 500 65 vbus 0.786215 26.3%1.6583 2 23.47 None29|B16a|Aeolus-Mona500kV+AeolusGenDrop(500)3Phs 3 0 None None
30 |B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (500)3Phs 3 0 None None
31 |B17 |Hemingway-SummerLake500kVLine 3Phs 3 O None None
32 ||33 |LEVEL"C"CONTINGENCIES |||||||||||||||||||||||||||36 |CO2 |Bruger -Populus 345 kV Lines 1 &2 |||||||||||||||||||SLG |3 0 None ||||||||None
37 |CO2a |Brklger -Populus 345 kV Lines 1 &2 wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
38 |CO2b |Bruger -Populus 345 kV Lines 1 &2 w/RAS |||||||||||||||||||SLG |3 0 None ||||||||None
39 |CO3 |Brdger-3MiKnoll +Budger-Populus #1 345 kV lines |||||||||||||||||||SLG |3 0 None ||||||||None
40 |CO3a |Brkiger-3MiKnoll +Budger-Populus #1 345 kV w/RAS |||||||||||||||||||SLG |3 0 None ||||||||None
41 |CO3b |Brktger-3MiKnoll +Bddger-Populus #1 345 kV wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
42 |CO3c |Brkiger-3MiKnoll +Budger-Populus #1 345 kV wl RAS |||||||||||||||||||SLG |3 0 None ||||||||None
43 |CO4 |Brktger-3MiKnoll +Bddger-Populus #2 345 kV lines |||||||||||||||||||SLG |3 0 None ||||||||None |44 |CO4a |Brkiger-3MiKnoll +Budger-Populus #2 345 kV w/RAS |||||||||||||||||||SLG |3 0 None ||||||||None |
45 |CO4b |Brklger-3MiKnoll +Bddger-Populus #2 345 kV wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
46 |CO4e |Brktger-3MiKnoll +Budger-Populus #2 345 kV w/RAS SLG 3 0 None None
47 |COS |Borah-Populus 345 kV Lines 1 &2 SLG 3 0 None None
48 |CO5a |Borah-Populus 345 kV Lines 1 &2 wl RAS SLG 3 0 None None
49 |CO6 |Populus-Ben Lomond 345 kV Lines 2 &3 SLG 3 O None None
50 |CO6a |Populus-Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
51 |CO7 |Populus-Kinport +Populus-Borah #2 345 kV Lines SLG 3 0 None None
52 |COB |Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
53 |CO9 |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 O None None
56 |C12 |Borah-Adel-Midpoint #1 +Midpoint-Adelaide#2 345 kV lir es SLG 3 0 None None
57 |C13 |Midpoint-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
58 |C14 |Pak>Verde GenerationUnits 2 &3 None 0 None None
59 |
Appendix4-2 Pg.2 ---Dynamic Stability Results For Aeolus West vs.Bonanza West
BASECASE PATH FLOWS Fault Voltage Deviations Frequency Deviations
4 ||
5 ||egwstgi-Sh4 4055...2384 1591 784 2666.sas 1591 2666 1672 2383 -1492 1384 352 659 367 127 -221 2091 785 639 145 2265 2479 660 2103 84 504 370 209
6 |LEVEL "B"CONTINGENCIES
7 |BO1 |Anticline-Populus500kVLine 3Phs 3 O None None
8 |BO1a |Anticline-Populus 500 kV Line |||||||||||||||||||3Phs |3 O None ||||||||None
9 |BO1g |Anticline-Populus 500 kV Line |||||||||||||||||||3Phs |3 O None ||||||||None
10 |BO2 |Populus-Borah 500 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||None11|BO3|Populus-CedarHill500kVLine |||||||||||||||||||3Phs|3 ONone||||||||None
12 |BO4 |Borah-Midpoint500 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||None14|BO6|CedarHill-Hemingway500kVLine |||||||||||||||||||3Phs|3 ONone||||||||None |15|BO7|Midpoint-Hemingway500kVLine |||||||||||||||||||3Phs|3 ONone||||||||None |
16 |BOS |Brktger -Populus 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||5 BRIDGER222.0 |60 fbug |59 454 5
17 |BOS |Brkiger -3MibKnoll 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59 431 5
18 |BO9a |Brktger -3MileKnoll345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||3 BRIDGER322.0 |60 fbug 3
19 |BO9c |Brktger -3MibKnoll 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59 49 5 UF tven WECC Ex opum
20 |B10 |Populus-Borah#1 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||None
21|B11|Populus-Borah#2345kVLine |||||||||||||||||||3Phs|3 ONone||||||||None
22 |B12 |Populus-Kinport 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||None
23 |B13 |Borah-Kinport 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||None
24 |B14 |Borah-Adelaide-Midpoint#1 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||None
25|B15 |Aeolus-Anticline500kVLine 3Phs 3 35 578 WILDHRSE230 65 vbus 0.00404 996%93457 249 1116 1146 RIVERTON 230 65 fbus 21019 269 130826|B15a|Aeolus-Anticline500kVLinewlAeolusGenDrop 3Phs 3 0 None None27|B15g|Aeolus-Anticline500kVLinewlAeolusGenDrop 3Phs 3 0 None None
28 |B16 |Aeolus-Mona 500 kV Line 3Phs 3 O 185 ANTICLIN 500 65 vbus 0.72651 32 0%1 7333 185 31.2 None Bonanza OELtrips disabled
29 |B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 |B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)|3Phs 3 0 None None
31 |B16x |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)+Bnza CP 60 MVar 3Phs 3 0 None None
32 |B17 |Hemingway-SummerLake 500 kV Line 3Phs 3 O None None
33 ||34 |LEVEL "C"CONTINGENCIES ||||||||||||||||||||||||||37 |CO2 |Brktger -Populus 345 kV Lines 1 &2 ||||||||||||||||||SLG |3 0 None ||||||||None
38 |CO2a |Brkfger -Populus 345 kV Lines 1 &2 wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
39 |CO2b |Brktger -Populus 345 kV Lines 1 &2 wl RAS |||||||||||||||||||SLG |3 0 None ||||||||None
40 |CO3 |Brktger-3MiKnoll +Budger-Populus#1 345 kV lines |||||||||||||||||||SLG |3 0 None ||||||||None
41 |CO3a |Brkiger-3MiKnoll +Budger-Populus#1 345 kV w/RAS |||||||||||||||||||SLG |3 0 None ||||||||None
42 |CO3b |Brktger-3MiKnoll +Bndger-Populus#1 345 kV wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
43 |CO3c |Brktger-3MiKnoll +Budger-Populus#1 345 kV wl RAS |||||||||||||||||||SLG |3 0 None ||||||||None
44 |CO4 |Brktger-3MiKnoll +Bddger-Populus#2 345 kV lines |||||||||||||||||||SLG |3 0 None ||||||||None
45 |CO4a |Brktger-3MiKnoll +Budger-Populus#2 345 kV w/RAS |||||||||||||||||||SLG |3 0 None ||||||||None
46 |CO4b |Brkfger-3MiKnoll +Bddger-Populus#2 345 kV wl RAS |||||||||||||||||||SLG |3 O None ||||||||None
47 |CO4e |Brktger-3MiKnoll +Budger-Populus#2 345 kV wl RAS |||||||||||||||||||SLG |3 0 None ||||||||None
48 |COS |Borah-Populus 345 kV Lines 1 &2 |||||||||||||||||||SLG |3 0 None ||||||||None
49 |CO5a |Borah-Populus 345 kV Lines 1 &2 wl RAS SLG 3 0 None None
50 |CO6 |Populus-Ben Lomond 345 kV Lines 2 &3 SLG 3 O None None
51 |CO6a |Populus-Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
52 |CO7 |Populus-Kinport +PopuluwBorah #2 345 kV Lines SLG 3 0 None None
53 |COS |Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
54 |CO9 |Borah-Adelaide#2 +Borah -Hunt 230 kV lines |||||||||||||||||||SLG |3 O None ||||||||None
57 |C12 |Borah-Adel-Mkipoint #1 +Midpoint-Adelaide #2 345 kV lir es |||||||||||||||||||SLG |3 0 None ||||||||None58|C13|Midpoint-Adelaide#2345kV+Borah-Hunt230kVlines |||||||||||||||||||SLG|3 0 None||||||||None
59 |C14 |PaloVerde GenerationUnits 2 &3 |||||||||||||||||||None |0 None ||||||||None60|||||||||||||||||||||||||||||61 ||egwstni-Sh6...3967..2362 1617 785 2566.sat 1617|2566 1604|2362|-1618 1193|335 |641 160 |128 |-238|2012 785 |626|162|2247|2425 |606 |2203|66 |504 330 |191 |||||||||||62 |BOS |Brktger -Populus 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59.453 5 |8.794 Bddger backswing UF -OK
63 |B09 |Brktger -3MibKnoll 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59.428 5 |9.515 Budger backswing UF -OK
64 |BO9a |Brkiger -3MileKnoll 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||3 BRIDGER122.0 |60 fbug |59.470 3 |7.613 Budger backswing UF -OK65|BO9c|Brkiger-3MibKnolI345kVLine |||||||||||||||||||3Phs|3 0 None||||||||5 BRIDGER222.0 |60 fbug|59.418 5 |9.619BudgerbackswingUF-OK
66 |B15 |Aeolus-Anticline 500 kV Line |||||||||||||||||||3Phs |3 35 577 |KORTES 115 |73 |vbus |0.00273 |99.7%|10.246 |243 1111 |1291 TESORO 13.8 |65 fbug |14.6 1291 |121.6
67|B15a|Aeolus-Anticline500kVLinewlAeolusGenDrop |||||||||||||||||||3Phs|3 1 None||||||||None |68|B15g|Aeolus-Anticline500kVLinew/AeolusGenDrop |||||||||||||||||||3Phs|3 1 None||||||||None |69|B16|Aeolus-MonaSOOkVLine |||||||||||||||||||3Phs|3 1 96|BONANZA24|65|vbug|O.402646|O.60379|11.708|17523.S|None |||BONANZATriponOEL
70|B16a |Aeolus-Mona500kV+AeolusGenDrop(600)|||||||||||||||||||3Phs|3 1 21 |BONANZA 24 |65 |vbug|0.418215|0.58847|11.717|21 523 |None |||BONANZA TriponOEL71|B169 |Aeolus-Mona500kV+AeolusGenDrop(600)|||||||||||||||||||3Phs|3 1 21 |BONANZA 24 |65 |vbug|O.421337|O.58527|11.717|17 520.8|None |||BONANZA TriponOEL
72|||||||||||||||||||||||||||||||||
73 ||egwstg14h6...3911 2369 1565 785 2466.sat 1565|2466 1542|2369|-1566 1192 |294 |599 157 |129 |-237|2080 785 |622|164|2247|2424 |605 |2203|67 |504 331 |191 ||||||||||||||
74 |BO8 |Brktger -Populus 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59.453 5 |8.794 Bddger backswing UF -OK
75|BOB|Brklger-3MibKnolI345kVLine |||||||||||||||||||3Phs|3 ONone||||||||5BRIDGER222.0|60fbug|59.4285|9.515BudgerbackswingUF-OK
76 |BO9a |Brkiger -3MibKnoll 345 kV Line |||||||||||||||||||3Phs |3 O None ||||||||3 BRIDGER122.0 |60 fbug |59.470 3 |7.613 Bddger backswing UF -OK
77 |BO9e |Brkiger -3MibKnoll 345 kV Line |||||||||||||||||||3Phs |3 0 None ||||||||5 BRIDGER222.0 |60 fbug |59.418 5 |9.619 Budger backswing UF -OK
78 |B15 |Aeolus-Anticline 500 kV Line |||||||||||||||||||3Phs |3 35 577 |KORTES 115 |73 |vbus |0.00273 |100%|10.246 |243 1111 |1291 TESORO 13.8 |65 fbug |14.6 1291 |121.6
79|B15a|Aeolus-Anticline500kVLinewlAeolusGenDrop |||||||||||||||||||3Phs|3 1 None||||||||None
80|B15g|Aeolus-Anticline500kVLinew/AeolusGenDrop |||||||||||||||||||3Phs|3 1 None||||||||None
81|B16 |Aeolus-Mona500kVLine |||||||||||||||||||3Phs|3 1 112 |BONANZA 24 |65 |vbug|O.402646|60%|11.708|108 523.7|None |BONANZA TriponOEL
82 |B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||||||3Phs |3 1 21 |BONANZA 24 |65 |vbug |O.418215|59%|11.717 |21 523 |None |||BONANZA Trip on OEL
83 |B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||||||3Phs |3 1 21 |BONANZA 24 |65 |vbug |0.421337|59%|11.717 |17 520.8|None |||BONANZA Trip on OEL
85||egwstg18h6...3708323021497...7852266.sat1497|2266 1406|2302|-1671 922|313|618 118|133|-262|2002 785|629|170|2203|2502|681|2203|57|506 307|181||||||||||||||86 |B16 |Aeolus-Mona 500 kV Line |||||||||||||||||||3Phs |3 1 21 |BONANZA 24 |65 |vbug |0.412975|59%|11.708 |17 521.3|None |||BONANZA Trip on OEL
87 |B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||||||3Phs |3 1 21 |BONANZA 24 |65 |vbug |O.424311|58%|13.179 |17 433 |None |||BONANZA Trip on OEL
88|B16g |Aeolus-Mona500kV+AeolusGenDrop(600)|||||||||||||||||||3Phs|3 1 21 |BONANZA 24 |65 |vbug|0.424915|58%|13.217|17 430.8|None |||BONANZA TriponOEL
89 ||90 ||egwstgi-Sh4...3514..2279 1463 784 2166.sas 1463 2166 1335 2279 -1690 819 310 615 223 127 -270 1937 785 631 174 2186 2538 717 2203 56 495 299 178
91|B16 |Aeolus-Mona500kVLine 3Phs 3 1 21 BONANZA 24 65 vbug 0.414003 59%11.708 17 521.3 None BONANZA TriponOEL
92 |B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 1 21 BONANZA 24 65 vbug 0.425513 58%13.254 17 428.5 None BONANZA Trip on OEL
93 |B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 1 None None
Appendix4-3 ---Dynamic Stability Results For Aeolus West vs.Totia
IASE CASE PAT FLOWS Fatit Voltaa-=Deviatlois FreguencyEeviatl3ns
BA A
NCA
A Type De atio Area Type
5 egwstgi-8h6..awia 2672 550.sav 1588 2672 1674 2375 -1482 1368 342 649 375 135 -220 2005 710 550 141 2260 2518 700 2103 83 503 381 213 216 695
6 LEVEL"B"CONTINGENCIES
7 BO1 Anticline -Populus 500 kV Line 3Phs 3 0 None None
8 BO1a Anticline-Populus500kVLine 3Phs 3 0 None None
9 BO1g Anticline-Populus500kVLine 3Phs 3 0 None None
10 BO2 Populus-Borah500kVLine 3Phs 3 O None None
11 BO3 Populus-CedarHillSOOkVLine 3Phs 3 0 None None
12 BO4 Borah-Midpoint500kVLine 3Phs 3 0 None None
14 BO6 CedarHill-Hemingway500kVLine 3Phs 3 0 None None
15 BO7 Mkipoint-HemingwaySOOkVLine 3Phs 3 O None None
16 BOS Budger-Populus345kVLine 3Phs 3 0 None 5 BRIDGER2220 60 fbug 59454 5 8772BridgerbackswingUF-OK
17 BOS Bddger-3MileKnoll345kVLine 3Phs 3 0 None 5 BRIDGER2220 60 fbug 59432 5 9481 BridgerbackswingUF-OK
18 BO9a Budger-3MileKnolI345kVLine 3Phs 3 0 None 3 BRIDGER3220 60 fbug 59470 3 7654BridgerbackswingUF-OK
19 BO9c Bddger-3MileKnolI345kVLine 3Phs 3 O None 3 BRIDGER3220 60 fbug 3 9657 -
20 B10 Populus -Borah #1 345 kV Line 3Phs 3 0 None None
21 B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
23 B13 Borah-Kinport345kVLine 3Phs 3 0 None None
24 B14 Borah -Adelaide-Midpoint#1 345 kV Line 3Phs 3 O None None
25 B15 Aeolus-Anteline500kVLine 3Phs 3 39 577 MAGCORP138 65 vbug 000000 100.0%14971 291 1116 1413 SIDNEYDC230 73 fbug 18124 1413 106
26 B15a Aeolus-Antk;Iine500kVLinew/AeolusGenDrop 3Phs 3 0 None None
27 B15g Aeolus-Antaline500kVLinewlAeolusGenDrop 3Phs 3 0 None None
28 B16 Aeolus-Mona500kVLine 3Phs 3 O 166 ANTICLIN 500 65 vbus 072823 318%1.7333 162 3088 None
29 B16a Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 B16g Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
31 B17 Hemingway-SummerLakeS00kVLine 3Phs 3 0 None None
32
33 LEVEL "C"CONTINGENCIES
36 CO2 Budger-Populus 345 kV Lines 1 &2 SLG 3 0 None None
37 CO2a Budger-Populus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
38 CO2b Bndger-Populus 345 kV Lines 1 &2 wl RAS O None None
39 CO3 Budger-3MiKnolI+Budger-Populus#1345kVlines SLG 3 0 None None
40 CO3a Bddger-3MiKnoll +Bddger-Populus #1 345 kV w/RAS SLG 3 0 None None
41 CO3b Budger-3MiKnolI+Budger-Populus#1345kVw/RAS O None None
42 CO3c Bddger-3MiKnoll+Bddger-Populus#1345kVwlRAS O None None
43 CO4 Budger-3MiKnolI+Budger-Populus#2345kVlines SLG 3 0 None None
44 CO4a Budger-3MiKnolI+Budger-Populus#2345kVw/RAS SLG 3 0 None None
45 CO4b Budger-3MiKnolI+Budger-Populus#2345kVw/RAS O None None
46 CO4c Bndger-3MiKnoll+Bddger-Populus#2345kVwlRAS O None None
47 CO5 Borah -Populus 345 kV Lines 1 &2 SLG 3 0 None None
48 COSa Borah -Populus 345 kV Lines 1 &2 wlRAS SLG 3 0 None None
49 CO6 Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
50 CO6a Populus -Ben Lomond 345 kV Lines 2 &3 O None None
51 CO7 Populus-Kinport +Populus-Borah #2 345 kV Lines SLG 3 0 None None
52 COB Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
53 COS Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
56 C12 Borah-Adeb-Mktpoint#1+Midpoint-Adekskle#2345kV.ines SLG 3 O None None
57 C13 Mkipoint-Adelaide #2 345 kV +Borah -Hunt 230 kV line SLG 3 0 None None
58 C14 Palo Verde Generaton Units 2 &3 None 0 None None
59
Appendix4-4 ---Dynamic Stability Results For Bridger/Anticline West vs.Aeolus South
BASECASE PATH FLOWS Fault VoltaaeDeviations Freguency Deviations
BCASNE
A
NNCAME BusN e Area Type Minirnun De ata m Dp BusN e AreaType e Comments
4
5 e st 1-Sh8 4100 2400 1500 2.sa 1499 2596 1700 2400 -1123 1749 189 490 747 130 -177 2046 705 553 127 2357 2133 315 2005 106 504 396 218 216 668
6 LEVEL"B"CONTINGENCIES
7 801 Antkline-Po ulus500kVLine 3Phs 3 0 None None
8 B01a Antaline-PopulusSDOkVLine 3Phs 3 0 None None
9 BO1g Ant line-Populus500kVLine 3Phs 3 0 None None
10 B02 Po ulus-Borah500kVLine 3Phs 3 0 None None
11 BO3 Populus-GedarHill500kVLíne 3Phs 3 0 None None
12 BO4 Borah-MbpointSODkVLine 3Phs 3 0 None None
14 806 CedarHill-Hemin aySODkVLine 3Phs 3 0 None None
15 BO7 Midoint-Heminwa 500kVLine 3Phs 3 0 None None
16 BOS Brder-Poulus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbu 59479 4 8211Brderbackswin UF-OK
17 B09 Brder-3MibKnolI345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbu 59459 5 8823Brderbackswin UF-OK
18 B09a Brdger-3MibKnolI345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbu 59486 3 7173BrdgerbackswingUF-OK
19 B09c Brder-3MueKnoll345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbu 59448 5 9014Brderbackswin UF-OK20B10Populus-Borah #1 345 kV Line 3Phs 3 0 None None
21 B11 Po ulus-Borah#2345kVLine 3Phs 3 0 None None
22 B12 Populus-Kinort345kVLine 3Phs 3 0 None None
23 B13 Borah-Kinort345kVLine 3Phs 3 0 None None
24 B14 Borah -Adebbe -Md int #1 345 kV Line 3Phs 3 0 None None
25 B15 Aeolus -Anticline 500 kV Line 3Phs 3 29 524 DAVEJOHN 69 65 vbus 0.0005 99 95%7 3958 272 1090 1366 GREATDIV34.5 65 fbul 27 244 1366 123.5 Resolved with 15a
26 B15a Aeolus-Antialine500kVLinew/AeolusGenDrop 3Phs 3 0 None None
27 B15 Aeolus-Anticline500kVLinew/AeolusGenDro 3Phs 3 0 None None
28 B16 Aeolus-Mona500kVLíne 3Phs 3 0 None None
29 B16a Aeolus-Mona500kV+AeolusGenDro 600)3Phs 3 0 None None
30 B17 Heminwa -SummerLake500kVLine 3Phs 3 0 None None
31
32
33 LEVEL"C"CONTINGENCIES
36 CO2 Bru er-Po ulus345kVLínes182 SLO 3 0 None None
37 CO2a Brd er-Po ulus345kVLines1&2 w/RAS SLG 3 0 None None
38 CO2b Brd er -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
39 CO3 Brd er-3MiKnoll+Brd er-Po ulus #1 345 kV lines SLG 3 0 None None
40 CO3aBrder-3MíKnolI+Brder-Poulus#1345kVw/RAS SLG 3 0 None None
41 CO3b Brder-3MiKnolI+Brd r-Poulus#1345kVw/RAS SLG 3 0 None None
42 CO3eBrder-3MiKnolI+Brder-Poulus#1345kVw/RAS SLG 3 0 None None
43 CO4 Brder-3MiKnoll+Brder-Poulus#2345kVlines SLG 3 0 None None
44 CO4aBruer-3MíKnolI+Bruer-Poulus#2345kVw/RAS SLO 3 0 None None
45 CO4b Brd er-3MiKnolI+Brd r-Po ulus#2345kVw/RAS SLG 3 0 None None
46 CO4e Brd er-3MiKnoll+Brd r-Po ulus#2345kVw/RAS SLG 3 0 None None
47 COS Borah-Po ulus345kVLines1&2 SLG 3 0 None None
48 COSa Borah -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
49 CO6 Po ulus-BenLomond345kVLines2&3 SLG 3 0 None None
50 CO6e Po ulus-BenLomond345kVLines283 SLG 3 0 None None
51 CO7 Po ulus-Kin rt+Po ulus-Borah#2345kVLines SLG 3 0 None None
52 COS Po ulus Borah#2345kV+Treastnerad 230kVLínes SLO 3 0 None None
53 CO9 Borah-Adebde#2+Borah-Hunt230kVlines SLG 3 0 None None
56 C12 Borah-AdeWMM oint#1+MM int-Adebde#2345kVlines SLG 3 0 None None
57 C13 Midoint-Adelaide#2345kV+Borah-Hunt230kVline SLG 3 0 None None
58 C14 Palo Verde Generation Units 2 &3 None 0 None None
59
60
61 e wst 14h9 4100 2400 1700 2.sa 1700 2661 1700 2400 1457 1450 226 528 419 129 210 2087 734 604 158 2311 2188 372 2105 76 504 336 193 217 710
62 LEVEL"B"CONTINGENCIES
63 B01 Antaline-Po ulus500kVLine 3Phs 3 0 None None
64 B01a Antaline-Populus500kVLíne 3Phs 3 0 None None
65 BO1 Antaline-Po ulus500kVLine 3Phs 3 0 None None
66 802 Populus-Borah500kVLine 3Phs 3 0 None None
67 BO3 Po ulus-CedarHill500kVLine 3Phs 3 0 None None
68 804 Borah-Md ointSODkVLine 3Phs 3 0 None None
70 BO6 CedarHill-Hemin a 500kVLine 3Phs 3 0 None None
71 807 Midpoint-Hernin wa 500kVLine 3Phs 3 0 None None
72 BOS Brd er-Po ulus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbu 59.463 4 8.608
73 B09 Brd er-3MíbKnolI345kVLíne 3Phs 3 0 None 6 BRIDGER222.0 60 lbu 59.443 6 9.393
74 B09a Brd er-3MibKnolI345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbu 59.479 3 7.62
75 8090 Brd er-3MneKnoll345kVLine 3Phs 3 0 None 6 BRIDGER222.0 60 fbu 59.427 6 9.659
76 B10 Po ulus -Borah #1 345 kV Line 3Phs 3 0 None None
77 B11 Po ulus-Borah#2345kVLine 3Phs 3 0 None None
78 B12 Populus-Kinort345kVLine 3Phs 3 0 None None
79 B13 Borah-Kinport345kVLine 3Phs 3 0 None None
80 B14 Borah -Adebbe -MM int #1 345 kV Line 3Phs 3 0 None None
81 B15 Aeolus-Antialine500kVLíne 3Phs 3 36 534 WYOMONT230 73 vbul 0.006 99.4%2.0708 233 340.5 1010 TESORO 13.8 65 tbu 6.1444 1010 66.49
82 B15a Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 60 None None
83 Bis Aeolus-AnticlineSODkVLinew/AeolusGenDrop 3Phs 3 60 None None
84 B16 Aeolus-Mona500kVLine 3Phs 3 45 1363 MAGCORP13.8 65 vbu 0.00000 100.0%8.9332 540 1097 None
65 B16a Aeolus-Mona500kV+AeolusGenDro 600 3Phs 3 0 None None
86 B17 Heminwa -SummerLakeS00kVLine 3Phs 3 0 None None
87
88
89 LEVEL"C"CONTINGENCIES
92 CO2 Brd er-Po ulus345kVLines1&2 SLG 3 0 None None
93 CO2a Brd er -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
94 CO2b Brd er-Po ulus345kVLines1&2 w/RAS SLG 3 0 None None
95 CO3 Brd er-3MiKnoll+Brd er-Po ulus #1 345 kV lines SLG 3 0 None None
96 CO3aBrder-3MiKnoll+Brder-Poulus#1345kVw/RAS SLG 3 0 None None
97 CO3bBruer-3MíKnolI+Bruer-Poulus#1345kVw/RAS SLO 3 0 None None
98 CO3cBrder-3MiKnolI+Brd r-Poulus#1345kVw/RAS SLG 3 0 None None
99 CO4 Brd er-3MiKnoll+Brd r-Po ulus#2345kVlines SLG 3 0 None None
100 C04a Brd er-3MiKnolI+Brder-Po ulus#2345kVw/RAS SLG 3 0 None None101CO4bBrder-3MíKnolI+Brder-Poulus#2345kVw/RAS SLG 3 0 None None
102 CO4e Brd er-3MiKnolI+Brd r-Po ulus#2345kVw/RAS SLG 3 0 None None
103 COS Borah -Po ulus 345 kV Lines 1 &2 SLG 3 0 None None
104 COSa Borah-Populus345kVLines1&2wlRAS SLG 3 0 None None
105 CO6 Populus-BenLornond345kVLines2&3 SLO 3 0 None None
106 CO6a Po ulus-BenLomond345kVLines2&3 SLG 3 0 None None
107 CO7 Po ulus-Kin rt+Po ulus-Borah#2345kVLines SLG 3 0 None None
108 COS Po ulus-Borah#2345kV+Treastn-Brad 230kVLines SLG 3 0 None None
109 009 Borah-Adebde#2+Borah-Hunt230kVlines SLG 3 0 None None
112 C12 Borah-AdeE-MM oint#1+MM int-Adebbe#2345kVlines SLG 3 0 None None113C13Midoint-Adelaide#2345kV+Borah-Hunt230kVline SLG 3 0 None None
114 C14 Palo Verde Generation Units 2 &3 None 0 None None
Appendix 4-5 ---Dynamic Stability Results For Bridger/Anticline West vs.Path C Southbound
BASECASE PATH FLOWS Fault VoltageDevlations Freguenev Devlations
EE
BCASNE
A
NNCAME Bus Name Area Type Minimum De ata
(
eme m Bus Name Area Type mu e Comments
tions s tions tons s)
4
5 .wat 1-Sh5 -2250 3900 2400 1700 2.sa 1700 2115 1500 2400 2250 421 203 504 545 147 200 2071 695 594 176 2179 2850 1028 1804 47 511 299 185 257 700
6 LEVEL"B"CONTINGENCIES
7 BO1 Antaline-Po ulus500kVLine 3Phs 3 0 None None
8 BO1a Anteline-PopulusSOOkVLine 0 None None
9 B01 Antaline-Po ulus500kVLine 0 None None
10 BO2 Po ulus-Borah500kVLine 3Phs 3 0 None None
11 BO3 Po ulus-CedarHillSODkVLine 3Phs 3 0 None None
12 804 Borah-MdpointSOOkVLine 3Phs 3 0 None None
14 BO6 CedarHill-Heminwa 500kVLine 3Phs 3 0 None None
15 BO7 Midpoint-Hemin wa 500kVLíne 3Phs 3 0 None None
16 BO8 Brder-Poulus345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 tbu 59454 5 8745Brd .rbackswin UF-OK
17 B09 Brder-3MneKnoll345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbug 59430 5 9468Brd rbackswin UF-OK
18 B09a Brder-3MibKnoll345kVLine 0 None 3 BRIDGER322.0 60 fbu 59483 3 7326Brderbackswin UF-OK
19 B09c Brder-3MibKnolI345kVLine 0 None 5 BRIDGER222.0 60 fbu 59429 5 9478Brderbackswin UF-OK
20 B10 Po ulus -Borah #1 345 kV Line 3Phs 3 0 None None
21 B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
22 B12 Poulus-Kinort345kVLine 3Phs 3 0 None None
23 B13 Borah-Kinport345kVLíne 3Phs 3 0 None None
24 B14 Borah -Adebbe-MM int #1 345 kV Line 3Phs 3 0 None None
25 B15 Aeolus-AnticlineSOOkVLine 3Phs 3 37 553 ALCOVA16.6 73 vbug 0.005 995%51458 235 16.12 1314 MMLV 13.8 70 fbus 23995 1314 96.98Resolvedwith15a
26 B15a Aeolus-Anticline500kVLinew/AeolusGenDro 3Phs 3 0 None None
27 B15 Aeolus -Anticlíne 500 kV Line w/Aeolus Gen Dro O None None
28 B16 Aeolus-MonaSODkVLine 3Phs 3 52 1634 CRCKPST230 65 vbus 0.000 100%49291 1634 913.6 1306 CRCKPST230 65 fbus 0 1306 920.2
29 B16a Aeolus-Mona500kV+AeolusGenDrop(600)3Phs 3 1 1 None Blundel#2Unstabb
30 B16 Aeolus-Mona500kV+AeolusGenDro 600)1 None Blundel#2Unstabb
31 B17 Heminwa -SummerLakeSOOkVLine 3Phs 3 0 None None
32
33
34 LEVEL"C"CONTINGENCIES
37 CO2 Brd er-Po ulus345kVLines1&2 SLG 3 0 None None
38 CO2a Brd er -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
39 CO2b Brd er -Po ulus 345 kV Lines 1 &2 w/RAS O None None
40 CO3 Brd er-3MiKnoll+Brd r-Po ulus #1 345 kV lines SLG 3 0 None None
41 CO3aBrder-3MiKnoll+Brd r-Poulus#1345kVw/RAS SLG 3 0 None None
42 CO3b Brder-3MiKnolI+Brder-Poulus#1345kVw/RAS O None None
43 CO3c Brder-3MíKnolI+Brder-Poulus#1345kVw/RAS O None None
44 CO4 Brd er-3MiKnolI+Brd r-Po ulus#2345kVlines SLG 3 0 None None
45 CO4aBrder-3MiKnolI+Brder-Poulus#2345kVw/RAS SLG 3 0 None None
46 CO4b Brder-3MiKnoll+Brder-Poulus#2345kVw/RAS O None None
47 C04c Bruer-3MíKnolI+Bruer-Poulus#2345kVw/RAS O None None
48 COS Borah -Po ulus 345 kV Lines 1 &2 SLG 3 0 None None
49 COSa Borah -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
50 CO6 Populus-BenLomond345kVLines2&3 SLG 3 0 None None
51 CO6a Populus-BenLomond345kVLines2&3 0 None None
52 CO7 Po ulus-Kin rt+Po ulus-Borah#2345kVLines SLG 3 0 None None
53 COS Po ulus-Borah#2345kV+Treastn-Brad 230kVLines SLG 3 0 None None
54 CO9 Borah-Adebde#2+Borah-Hunt230kVlines SLG 3 0 None None
57 C12 Borah-AdeWMM oint#1+MM int-Adebbe#2345kVlines SLG 3 0 None None
58 C13 Midoint-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
59 C14 PaloVerdeGenerationUnits2&3 None 0 None None
60
61
62 wat 1-Sh5 -1550 4100 2400 1610 643.sa 1610 2404 1700 2400 -1550 1370 336 643 363 123 -225 2134 737 604 134 2264 2490 669 1804 92 504 374 211 219 737
63 LEVEL"B"CONTINGENCIES
64 BO1 Antaline-Po ulusSDOkVLine 3Phs 3 0 None None
65 BO1a Antaline-Populus500kVLine 3Phs 3 0 None None
66 B01 Antaline-Po ulus500kVLine 3Phs 3 0 None None
67 B02 Populus-Borah500kVLíne 3Phs 3 0 None None
68 BO3 Populus-CedarHill500kVLine 3Phs 3 0 None None
69 BO4 Borah-MdpointSOOkVLine 3Phs 3 0 None None
71 BO6 CedarHill-Heminwa 500kVLine 3Phs 3 0 None None
72 807 Midoint-Heminwa 500kVLine 3Phs 3 0 None None
73 BO8 Brder-Poulus345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbu 59.458 5 8.706Brderbackswin UF-OK
74 809 Brder-3MibKnolI345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbu 59.436 5 9.528Brderbackswil UF-OK
75 B09a Brder-3MueKnoll345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbu 59.487 3 7.457Brderbackswin UF-OK
76 B09c Bruer-3MibKnolI345kVLíne 3Phs 3 0 None 5 BRIDGER222.0 60 tbu 59.429 5 9.637Bruerbackswin UF-OK
77 B10 Populus -Borah #1 345 kV Line 3Phs 3 0 None None
76 B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
79 B12 Poulus-Kinort345kVLine 3Phs 3 0 None None
80 B13 Borah-Kin it345kVLine 3Phs 3 0 None None
81 B14 Borah -Adebbe-MM int #1 345 kV Line 3Phs 3 0 None None
82 B15 Aeolus-Anticline500kVLine 3Phs 3 37 537 MALL69 73 vbul 0.00606 99.4%2.0708 235 246.6 1087 TESORO 13.8 65 fbu 8.7064 1087 120.5
83 B15a Aeolus -Anticline 500 kV Line w/Aeolus Gen Dro 3Phs 3 0 None None
84 B15 Aeolus-Antialine500kVLínew/AeolusGenDro 3Phs 3 0 None None
85 B16 Aeolus-Mona500kVLine 3Phs 3 47 1600 CRCKPST230 65 vbus 0.00000 100.0%14.566 1600 1132 None
86 B16a Aeolus-MonaSOOkV+AeolusGenDrop(600)3Phs 3 0 None None
87 B17 Hemin wa -Summer Lake 500 kV Line 3Phs 3 0 None None
86
89
90 LEVEL"C"CONTINGENCIES
93 CO2 Brd er-Po ulus345kVLines1&2 SLG 3 0 None None
94 CO2a Brd er-Po ulus345kVLines1&2 w/RAS SLG 3 0 None None
95 CO2b Brd er-Po ulus345kVLines1&2 w/RAS SLG 3 0 None None
96 CO3 Brd er-3MíKnoll+Brd er-Po ulus #1 345 kV lines SLG 3 0 None None
97 CO3aBrder-3MiKnolI+Brd r-Poulus#1345kVw/RAS SLG 3 0 None None
98 CO3bBrder-3MiKnolI+Brder-Poulus#1345kVw/RAS SLG 3 0 None None
99 CO3cBrder-3MiKnoll+Brder-Poulus#1345kVw/RAS SLG 3 0 None None
100 CO4 Bruer-3MíKnolI+Bruer-Poulus#2345kVlines SLG 3 0 None None
103 CO4cBrder-3MiKnolI+Brder-Poulus#2345kVw/RAS SLG 3 0 None None
104 COS Borah-Populus345kVLines1&2 SLG 3 0 None None
105 COSa Borah -Po ulus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
106 CO6 Po ulus-BenLomond345kVLines283 SLG 3 0 None None
107 CO6e Populus-BenLomond345kVLines2&3 SLG 3 0 None None
108 007 Po ulus Kin it+Po uluseorah#2345kVLínes SLG 3 0 None None
ra Ad d #
+5B rah
tn 3r0 V2306kVLines G 3 0 ne
113 C12 Borah-Adet-MMoint#1+MM int-Adebde#2345kVlines SLG 3 0 None None
114 C13 Midoint-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
115 C14 PaloVerdeGenerationUnits2&3 None 0 None None
Appendlx 4-6 ---Dynamic Stability Results For Bridger /Anticline West vs.Bonanza West
-"C
CNA
N ME
BusNoe
AreavokaaeonsDe
ato
rea reaueviatio
Comments
4
5 ogwstgi-Sh6410024001502695mav1610 2404 1700 2400|-1550|1370|336|643 363 123|-225|2134|737|604 134|2264 2490|669|1804 92 504 374 211 219|737
e LEvEL"s-coNTINGENciEs i i i i i i i i i |||||
7 BC1 |Anttiine-Populus600kVLine |||||||||||||3Phs|3 0 None None
a 801aAnticline-Populus500kVLine |||||||||||||3Phs|3 0 None None|
9 BC1gAnticline-Populus500kVLine |||||||||||||3Phs|3 0 None None|
10 BC2 Populus-Borah500kVUne |||||||||||||3Phs|3 0 None None|
11 BO3 Populus-CedarHitl600kVLine |||||||||||||3Phs|3 0 None None|
12 804 Barah-MidpointS00kVLine |||||||||||||3Phs|3 0 None None|
14 BO6 CedarHill-HemingwaySOOkVLine |||||||||||||3Phs|3 0 None None|
16 B07 Malpoint-Hemingway500kVLine |||||||||||||3Phs|3 0 None None|
16 BOBBudger-Populus345kVLine |||||||||||||3Phs|3 0 None 4|BRIDGER2220|60|fbug|69478 4 8182BädgerbackswingUF-OK
17 809 Budger-3MileKnd1345kVLine |||||||||||||3Phs|3 0 None 4 |BRIDGER2220 |60 |fbug|59453|4 8862 BudgerbackswingUF-OK
18 Bosa Budger-3MileKnd1345kvLine |||||||||||||3Phs|3 0 None 3 IBRIDGER3220 |60 |fbug|59487|3 7088 BödgerbackswingUF-OK
19 B09c Budger-3MiteKnon345kVLine |||||||||||||3Phs|3 0 None 5 |BRIDGER2220 |60 fbug|59450|5 8947 BudgerbackswingUF-OK
20 B10 Populus-Borah#1346kVLine |||||||||||||3Phs|3 0 None None|
21 B11 Populus-Barah#2345kVUne |||||||||||||3Phs|3 0 None None|
22 B12 Populus-Kinpoñ345kVLine |||||||||||||3Phs|3 0 None None|
23 B13 Borah-Kinport345kVLine |||||||||||||3Phs|3 0 None None|
24 B14 Borah-Adelakle-Mdpoint#1346kVLine |||||||||||||3Phs|3 0 None None|
26 B15 Aeolus-Antdine500kVLine |||||||||||||3Phs|3 33 513 TROWBRDG 115 65 vbul 0.00161 998%6.7583 227 326.2 827 |SIDNEYDC 230 73 fbug 13019 827 91.5426B15aAeolus-Anidine500kVLinew/AeolusGenDrop |||||||||||||3Phs|3 0 None None|
27 B15gAeolus-Anidine500kVLinew/AeolusGenDrop |||||||||||||3Phs|3 0 None None|
28 B16 Aeolus-Mona600 kV Line |||||||||||||3Phs|3 0 None None |
29 B16a Aeolus-Mona500 kV +AeolusGen Drop (600)|||||||||||||3Phs|3 0 None None |
30 B16g Aeolus-Mona500kV+AeolusGenDrop(600)|||||||||||||3Phs|3 0 None None
31 B17 Hemingwav-SummerLake500kVUne |||||||||||||3Phs|3 0 None None
33 LEVELYCONTINGENCIES |||||||||||||3Phs|3
36 C02 Budger-Populus345kVLines1&2 |||||||||||||3Phs|3 0 None None
37 CO2a Bhdger-Populus345kVLines1&2 w/RAS |||||||||||||3Phs|3 0 None None
38 C02b Budger-Populus345kVLines1&2 w/RAS ||||||||||||||0 None None
39 CO3 Bhdger-3MIKnoll+Brklger-Populus#1346kVlines |||||||||||||SLG|3 0 None None|40C03aBudger-3MiKnol1+Bridger-Populus#1345kVw/RAS |||||||||||||SLG|3 0 None None|
41 CO3b Bhdger-3MIKnol1+Bridger-Populus#1345kVw/RAS ||||||||||||||0 None None|
42 C03c Budger-3MiKnolI+Brkiger-Populus#1345kVw/RAS ||||||||||||||0 None None|
43 CO4 Bhdger-3MIKnoll+Brklger-Populus#2346kVlines |||||||||||||SLG|3 0 None None|44C04aBudger-3MiKnol1+Bridger-Populus#2345kVw/RAS |||||||||||||SLG|3 0 None None|
46 CO4b Bhdger-3MIKnol1+Bridger-Populus#2345kVw/RAS ||||||||||||||0 None None|
46 C04c Budger-3MiKnolI+Brkiger-Populus#2345kVw/RAS ||||||||||||||0 None None|
47 COS Barah-Populus345kVUnes1&2 |||||||||||||SLG|3 0 None None|48C05aBorah-Populus345kVUnes1&2w/RAS |||||||||||||SLG|3 0 None None|
49 CO6 Populus-BenLomond345kVLines2&3 |||||||||||||SLG|3 0 None None|
50 C06a Populus-BenLomond346kVLines2&3 ||||||||||||||0 None None|
61 CO7 Populue-Kinport +Populus-Borah #2 346 kV Lines |||||||||||||SLG |3 0 None None |
52 C08 Populus-Borah#2345kV+Treastn rady230kVUnes |||||||||||||SLG|3 0 None None|
53 COS Barah-Adebide#2+Borah-Hunt230kVlines |||||||||||||SLG|3 0 None None|
56 C12 Borah-Add-MMpänt #1 +MMpänt-Adelaide #2 345 kV lines |||||||||||||SLG |3 0 None None |
67 C13 MMpoint-AdefaMe#2346kV+Borah-Hunt230kVlines |||||||||||||SLG|3 0 None None|
58 C14 PaloVerdeGenerationUnits2&3 |||||||||||||None|0 None None
se i i i i i i i i i i i i i i i i I
60 ogwstgi-Sh6395224001458785sav 1468 2626 1652 2400|-1409|1373|332|639 366 131|-224|2168|785|647 136|2248|2610|791|1864 96|604|393 219 218|660 |
61 LEvEL,rcoNTINGENciEs i i i i i i i i i i |||||||
62 BC1 Anticline-Populus500kVLine ||||||||||||||3Phs|3 0 None |None|63B01aAnfeline-Populus500kVLine ||||||||||||||3Phs|3 0 None |None|
64 BC1gAntdine-Populus600kVLine ||||||||||||||3Phs|3 0 None |None|
66 BC2 Populus-Barah500kVUne ||||||||||||||3Phs|3 0 None |None|
66 BO3 Populus-CedarHil1500kVLine ||||||||||||||3Phs|3 0 None |None|
67 B04 Borah-Mulpoint500kVLine ||||||||||||||3Phs|3 0 None |None|
69 BO6 CedarHitl-Hemingway600kVLine ||||||||||||||3Phs|3 0 None |None|
70 BD7 Midpoint-HemingwayS00kVLine ||||||||||||||3Phs|3 0 None |None|
71 BOBBudger-Populus345kVLine ||||||||||||||3Phs|3 0 None |4|BRIDGER2220|60|fbug|59494|4 7.346BödgerbackswingUF-OK
72 B09Budger-3MiteKndl345kVLine ||||||||||||||3Phs|3 0 None |4|BRIDGER2220|60|fbug|59488|4 7.902BudgerbackswingUF-OK
73 B09a Bhdger-3MileKnol 346kVLine ||||||||||||||3Phs|3 0 None |3 |BRIDGER3220 |60 |fbug|69606|3 6.628 BädgerbackswingUF-OK
74 809cBudger-3MileKnd1345kVLine ||||||||||||||3Phs|3 0 None |4 |BRIDGER2220|60|fbug|59471 4 8.154BudgerbackswingUF-OK
75 B10 Populus-Borah#1345kVUne ||||||||||||||3Phs|3 0 None |None|
76 B11 Populus-Borah#2345kVUne ||||||||||||||3Phs|3 E |None|No.csvfile!!!!!
77 B12 Populus-Kinpod346kVLine ||||||||||||||3Phs|3 |None|
78 B13 Barah-Kinpon345kVLine ||||||||||||||3Phs|3 |None|
79 B14 Barah-Adebide-Midpoint#1345kVUne ||||||||||||||3Phs|3 v |None|
80 B15 Aeolus-Anidine500kVLine ||||||||||||||3Phs|3 34 582|FREMONT115 73 vbus 0.00264 99.7%16.846 292 1043|1036|MEDBOW115 73 fbul 24495 1036 748781B16aAeolus-Antdine600kVLinew/AeolusGenDrop ||||||||||||||3Phs|3 1None||None|
82 B15gAeolus-Antdine500kVLinew/AeolusGenDrop ||||||||||||||3Phs|3 1 None||None|
83 B16 Aeolus-Mona500 kV Une ||||||||||||||3Phs|3 1 None ||None |BonanzaOEL tripsdisabled84B16aAeolus-Mona500kV+AeolusGenDrop(600)||||||||||||||3Phs|3 1None||None|BonanzaoELtripsdisabled
85 B16g Aeolus-Mona600 kV +Aeolus GenDrop (600)||||||||||||||3Phs|3 1 None ||None |BonanzaOEL tripsdisabled
86 B17 Hemingway-SummerLake600kVLine ||||||||||||||3Phs|3 0 None||None|
87 Illl Illlllllllll I I I Ill I l ll I Ill Ill
se LEvEL c"coNTINGENciEs i i i i i i i i i ||||||||||||||||||||||
91 C02 Budger-Populus345kVLines1&2 ||||||||||||||SLG|3 0 None|||||||None|
92 CO2aBhdger-Populus346kVLines1&2w/RAS ||||||||||||||SLG|3 0 None|||||||None|
93 C02bBudger-Populus345kVLines1&2w/RAS ||||||||||||||SLG|3 0 None|||||||None|
94 CO3 Bhdger-3MIKnol1+Bridger-Populus#1345kVlines ||||||||||||||SLG|3 0 None|||||||None|95C03aBudger-3MiKnolI+Brkiger-Populus#1345kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|96CO3bBhdger-3MIKnoll+Brklger-Populus#1346kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|97C03cBudger-3MiKnol1+Bridger-Populus#1345kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|
98 CO4 Bhdger-3MIKnol1+Bridger-Populus#2345kVlines ||||||||||||||SLG|3 0 None|||||||None|99C04aBudger-3MiKnolI+Brkiger-Populus#2345kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|100CO4bBhdger-3MIKnoll+Brklger-Populus#2346kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|101C04cBudger-3MiKnol1+Bridger-Populus#2345kVw/RAS ||||||||||||||SLG|3 0 None|||||||None|
102 COS Borah-Populus345kVUnes1&2 ||||||||||||||SLG|3 0 None|||||||None|103C05aBorah-Populus346kVLines1&2w/RAS ||||||||||||||SLG|3 0 None|||||||None|
104 CO6 Populus-BenLomond345kVLines2&3 ||||||||||||||SLG|3 0 None|||||||None|105C06aPopulus-BenLomond345kVLines2&3 ||||||||||||||SLG|3 0 None|||||||None|
106 CO7 Populus-Kinport +Populus-Borah #2 345 kV Unes ||||||||||||||SLG |3 0 None |||||||None |107 C08 Populus-Borah#2345kV+Treastn-Brady230kVUnes ||||||||||||||SLG|3 0 None|||||||None|108 CO9 Borah-Adelakle#2+Borah-Hunt230kVlines ||||||||||||||SLG|3 0 None|||||||None|
111 C12 Barab-Adel Midpunt #1 +Midpuntadelaide #2 345 kV lines ||||||||||||||SLG |3 0 None |||||||None |112 C13 Midpoint-Adebide#2345kV+Borah-Hunt230kVlines ||||||||||||||SLG|3 0 None|||||||None|
113 C14 PabVerdeGeneratanUnits2&3 ||||||||||||||None|1 3 |YORKCANY138 10|vbug|O.6729890.43729|14.104 0 |0.149|3 |ROSEBUD116 10 fbus44669 3 9.946YORKCANY13.8Unstable
114 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I115ogustg14lbs37083230214977852268.sav14972266140623021671|922|313|618118133262|2002|785|629|170|22032502|681|2203|57|506|307181216|622 |116B16Aeolus-Mona500kVUne ||||||||||||||3Phs|3 1 21|BONANZA24 65|vbuge.4129760.69366|11.708 17|521.3|None|BONANZATriponOEL117B16aAeolus-Mona600kV+AeolusGenDrop(600)||||||||||||||3Phs|3 1 21|BONANZA24 66|vbug0.4243110.58241|13.179 17|433|None|BONANZATriponOEL118B16gAeolus-Mona500kV+AeolusGenDrop(600)||||||||||||||3Phs|3 1 21|BONANZA24 65|vbuge.4249160.68181|13.217 17|430.8|None|BONANZATriponOEL
119 C14 PaloVerdeGenerationUnits2&3 ||||||||||||||None|0 None||None|120 I I I I I I I I I I I I I I I I I I121ogwstgi-Sh63630 2268 15197852202.sav 1619 2202 1362 2268 1793|760 |326|631 302 133 286|1968|785|627 183|2170 2684|767|2203 61|482|290 174 220|618 3Phs|3
122 B16g Aeolus-Mona500kV+AeolusGenDrop(600)||||1 21 BONANZA24 65 vbug 0.423926 0.68279 13.142 17 435.3 None BONANZATriponOEL
124 ogwatni-Sh6 35¢3 2267 1419 785 2006.sav 1419 2066 1276 2267 1673 781 286 590 262 128 280 1897|785|630 174 2179 2549 730 2203 54 492 297 177 218|587 3Phs|3125B16g|Aeolus-Mona600 kV +Aeolus GenDrop(600)O None None
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
Appendix 4-7 ---Dynamic Stability Results For Bridger /Anticline West vs.Path 18
BASECASE PATHFLOWS Fault VoltageDeviations Frequenev Deviations
BCASNENASE
AME 2 -
Area Type Minimum De etio Time T
D Area Type e Comments
5 e at 1·8h7 bwisa 4100 2400 1472 337.sa 1472 2604 1700 2400 -1073 1916 197 498 909 -70 -337 1974 678 524 107 2246 2450 633 1804 126 504 414 226 254 684
6 LEVEL"B"CONTINGENCIES
7 BO1 Anteline-Populus 500 kV Line 3Phs 3 0 None None
8 BO1a Antbline-Populus 500 kV Line 3Phs 3 0 None None
9 BO1g Antbline-Populus 500 kV Line 3Phs 3 0 None None
10 BO2 Populus-Borah 500 kV Line 3Phs 3 0 None None
11 BO3 Populus-CedarHilI500kVLine 3Phs 3 0 None None
12 BO4 Borah -Midpoint500 kV Line 3Phs 3 0 None None
14 BO6 CedarHill-Hemingway500kVLine 3Phs 3 0 None None
15 BO7 Mkipoint-Hemingway 500 kV Line 3Phs 3 0 None None
16 BOB Bnder-Poulus345kVLine 3Phs 3 0 None 4 BRIDGER2220 60 lbug 59462 4 8605BddgerbackswingUF-OK
17 BOS Bddger-3MiWKnolI345kVLine 3Phs 3 0 None 5 BRIDGER2220 60 lbug 59450 5 9186BddgerbackswingUF-OK
18 B09a Bddger-3MiWKnolI345kVLine 3Phs 3 0 None 3 BRIDGER2220 60 lbug 59478 3 7614BddgerbackswingUF-OK
19 B09c Bddger-3MiWKnolI345kVLine 3Phs 3 0 None 6 BRIDGER3220 60 lbug 59431 6 9526BddgerbackswingUF-OK
20 B10 Populus-Bomh#1345kVLine 3Phs 3 0 None None
21 B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
22 B12 Populus-Kinport345kVLine 3Phs 3 0 None None
23 B13 Borah-Kinpod345kVLine 3Phs 3 0 None None
24 B14 Borah -Adebide-Mkipoint#1 345 kV Line 3Phs 3 0 None None
25 B15 Aeolus-Anticline500kVLine 3Phs 3 34 637 BUFFALO20 65 vbul 0000993 99.9%8.7457 316 1088 None GLENDO115 73 fbul 23872 868 112.5
26 B15a Aeolus-Anticline500 kV Line w/Aeolus Gen Drop 3Phs 3 0 None None
27 B15g Aeolus-Anticline500 kV Line w/Aeolus Gen Drop 3Phs 3 0 None None
28 B16 Aeolus-Mona500kVLine 3Phs 3 0 None None
29 B16a Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 B17 Hemin wa -SummerLake 500 kV Line 3Phs 3 0 None None
31
32 LEVEL "C"CONTINGENCIES
35 CO2 Brid er -Po ulus 345 kV Lines 1 &2 SLG 3 0 None None
36 CO2a Brid er -Po ulus 345 kV Lines 1 &2 wl RAS SLG 3 0 None None
37 CO2b Brid er -Po ulus 345 kV Lines 1 &2 wl RAS SLG 3 0 None None
38 CO3 Brid er-3MiKnoll+Brd er-Po ulus #1 345 kV lines SLG 3 0 None None
39 CO3a Brid er-3MiKnoll+Brd er-Po ulus #1 345 kV wl RAS SLG 3 0 None None
40 CO3b Brid er-3MiKnoll+Brd er-Po ulus #1 345 kV wl RAS SLG 3 0 None None
41 CO3c Brid er-3MiKnoll+Brd er-Po ulus #1 345 kV wl RAS SLG 3 0 None None
42 CO4 Brid er-3MiKnoll+Brd er-Po ulus #2 345 kV lines SLG 3 0 None None
43 CO4a Brid er-3MiKnoll+Brd er-Po ulus #2 345 kV wl RAS SLG 3 0 None None
44 CO4b Brid er-3MiKnoll+Brd er-Po ulus #2 345 kV wl RAS SLG 3 0 None None
45 CO4c Brid er-3MiKnoll+Brd er-Po ulus #2 345 kV wl RAS SLG 3 0 None None
46 CO5 Borah-Populus345kVLines1&2 SLG 3 0 None None
47 CO5a Borah-Populus345kVLines1&2w/RAS SLG 3 0 None None
48 CO6 Populus-Ben Lomond 345 kV Lines2 &3 SLG 3 0 None None
49 CO6a Populus-Ben Lomond 345 kV Lines2 &3 SLG 3 0 None None
50 CO7 Po ulus-Kin ort +Po ulus-Borah #2 345 kV Lines SLG 3 0 None None
51 COB Po ulus-Borah #2 345 kV +Treastn-Brad 230 kV Lines SLG 3 0 None None
52 COS Borah -Adebide#2 +Borah -Hunt 230 kV lines SLG 3 0 None None
55 C12 Borah-Adet-MM oint #1 +Mid oint-Adelade #2 345 kV lines SLG 3 0 None None
56 C13 MM oint-Adebide #2 345 kV +Borah -Hunt 230 kV lines SLG 3 0 None None
57 C14 PaloVerdeGeneratk>nUnRS2&3 None 0 None None
58
59
||l i ll i |||||||||||||||||||||||||||||||lil ||
Appendix 4-8 ---Dynamic Stability Results For Bridger /Anticline West vs.Monument -Naughton
i BASECASEPAtHELoWu Pault i voitageDeviatons i Emauenevueviations
BCA
A
NNCAME dN e Area Type Minimwn De atio Time Cy p BusdN e Area Type Comments
tions a tions tions s)
4
5 egwatgi-Sh9 mn 4100 2400 2642 1480 332 492.sa6|LEVEL B"CONTINGENCIES7|B01 Antickine-Populus500kVLine 3Phs 3 0 None None8|BO1aAnticline-Populus500kVLine 3Phs3 0 None None9|BC1g Anticline-Populus500kVLine 3Phs 3 0 None None
10|BC2 Populus-Borah500kVLine 3Phs 3 0 None None
11|B03 Populus-CedarHill500kVLine 3Phs 3 0 None None
12|804 Borah-MidpointSOOkVLine 3Phs 3 0 None None
14|BO6 CedarHill-Hemingway500kVLine 3Phs 3 0 None None15|B07 Midpoint-HemingwayS00kVLine 3Phs 3 0 None None
16|B08 Bridger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59488 4 7946BridgerbackswingUF-OK
17|BOS Bridger-3MileKnoll345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59473 4 8.5 BridgerbackswingUF-OK
18|BO9a Bridger-3MileKnoll345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbug 59492 3 6984BridgerbackswingUF-OK19|B09cBridger-3MiteKnoll345kVLine 3Phs3 0 None 4 BRIDGER222.0 60tbug59458 4 8.786BridgerbackswingUF-OK
20|B10 Populus-Borah#1345kVLine 3Phs 3 0 None None
21|B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
22|B12 Populus-Kinport345kVLine 3Phs 3 0 None None
23|B13 Borah-Kinport346kVLine 3Phs 3 0 None None
24|B14 Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None25|B15 Aeolus-Anticline500kVLine 3Phs 3 34 475 PLATTE34.5 65 vbul 0.004 99.6%8.1083 190 1999 701 SIDNEYDC230 73 fbug 233 701 44.73Resolvedwith15a
26|B15a Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None27|B15g Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None
28|B16 Aeolus-Mona500kVLine 3Phs 3 0 None None
29|B16a Aeolus -Mona 500kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30|B17 Hemingway-SummerLake500kVLine 3Phs 3 0 None None
31|
32|33|LEVEL"C"CONTINGENCIES
36|CO2 Bridger-Populus345kVLines1&2 SLG 3 0 None None37|C02aBridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
38|CO2b Bridger -Populus 345 kV Lines 1 &2 wl RAS 0 None None
39|CO3 Bridger-3MIKnoll+Bridger-Populus#1346kVlines SLG 3 0 None None40|CO3aBridger-3MIKnoll+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
41|C03b Bridger-3MiKnoll +Bridger-Populus #1 345kV w/RAS 0 None None
42|CO3e Bridger-3MIKnoll +Bridger-Populus #1 345kV w/RAS O None None43|CO4 Bridger-3MIKnoll+Bridger-Populus#2345kVlines SLO 3 0 None None44|CO4aBridger-3MIKnoll+Bridger-Populus#2345kVw/RAS SLG 3 0 None None
45|C04b Bridger-3MiKnoti +Bridger-Populus #2 345kV w/RAS 0 None None
46|CO4e Bridger-3MlKno‡l +Bridger-Populus #2 345kV wl RAS 0 None None
47|CO6 Borah-Populus345kVLines1&2 SLG 3 0 None None
48|CO5a Borah-Populus345kVLines1&2w/RAS SLG 3 0 None None
49|C06 Populus-BenLomond346kVLines2&3 SLG 3 0 None None
50|CO6a Populus-BenLomond345kVLines2&3 0 None None
51|CO7 Populus-Kinport+Populus-Borah#2345kVLines SLO 3 0 None None
52|COS Populus-Borah#2345kV+Treastn-Bradv230kVLines SLG 3 0 None None53|C09 Borah-Adelalde#2+Borah-Hunt230kVlines SLG 3 0 None None
56|C12 Borah-Adel-Midpoint#1+Midpoint-Adelalde#2345kVlines SLG 3 0 None None
67|C13 Midpoint-Adelalde#2346kV+Borah-Hunt230kVlines SLG 3 0 None None
56|C14 PaloVerdeGenerationUnits2&3 None 0 None None
59|
60|
61|egwstgi-Sh9 mn 3971 2650 1482 475 640.sa62|LEVEL"B"CONTINGENCIES63|BC1 Antiatine-PopulusS00kVLine 3Phs 3 0 None None64|B01aAnticline-Populus500kVLine 3Phs3 0 None None65|BO1g Antialine-Populus500kVLine 3Phs 3 0 None None66|BC2 Populus-Borah500kVLine 3Phs 3 0 None None
67|B03 Populus-GedarHil1500kVLine 3Phs 3 0 None None
68|B04 Borah-Midpoint500kVLine 3Phs 3 0 None None
70|BO6 CedarHill-HerningwaySOOkVLine 3Phs 3 0 None None
71|BO7 Midpoint-Hemingway500kVLine 3Phs 3 0 None None72|BGB Bridger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 lbug 59.484 4 8.02 BridgerbackswingUF-OK
73|B09 Bridger-3MileKnoll345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59.460 4 8.7 BridgerbackswingUF-OK
74|BO9a Bridger-3MileKnot|345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbug 59.469 3 7.025BridgerbackswingUF-OK75|B09cBridger-3MileKnoil345kVLine 3Phs3 0 None 5 BRIDGER222.0 60tbug59.454 5 8.844BridgerbackswingUF-OK
76|B10 Populus-Borah#1346kVLine 3Phs 3 0 None None
77|B11 Populus-Borah#2345kVLine 3Phs 3 0 None None
78|B12 Populus-Kinport345kVLine 3Phs 3 0 None None
79|B13 Borah-Kinport345kVLine 3Phs 3 0 None None80|B14 Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
81|B15 Aeolus-Anticline500kVLine 3Phs 3 36 485 GUERNSY12.4 73 vbug 0.001 999%11521 218 8188 784 SIDNEYDC230 73 fbug 3.97 784 67.77Resolvedwith15a
82|B15a Aeolus-Anticline500kVLinewlAeolusGenDrop 3Phs 3 0 None None83|B15g Aeolus-Antictine500kVLinew/AeolusGenDrop 3Phs 3 0 None None
84|B16 Aeotus-MonaS00kVLine 3Phs 3 0 None None
85|B16a Aeolus-Mona500kV+AeolusGenDrop(600)3Phs 3 0 None None
86|B17 Hemingway-SummerLake500kVLine 3Phs 3 0 None None
87|88|89|LEVEL C"CONTINGENCIES
92|CO2 Bridger-Populus346kVLines1&2 SLG 3 0 None None93|CO2aBridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
94|C02b Bridger -Populus 345 kV Lines 1 &2 w/RAS 0 None None95|CO3 Bridger-3MIKnoll+Bridger-Populus#1345kVlines SLG 3 0 None None96|CO3aBridger-3MIKnoll+Bridger-Populus#1345kVw/RAS SLO 3 0 None None
97|CO3b Bridger-3MIKnoll +Bridger-Populus #1 345kV w/RAS O None None98|C03c Bridger-3MiKnoti +Bridger-Populus #1 345kV w/RAS 0 None None
99|CO4 Bridger-3MlKno‡l+Bridger-Populus#2345kVlines SLG 3 0 None None##|CO4aBridger-3MIKnoll+Bridger-Populus#2346kVw/RAS SLG 3 0 None None
##|CO4b Bridger-3MIKnoll+Bridger-Populus#2345 kVw/RAS 0 None None
##|C04c Bridger-3MiKnoll +Bridger-Populus #2 345kV w/RAS 0 None None##|COS Borah-Populus345kVLines1&2 SLG 3 0 None None
##|COSa Borah-Populus345kVLines1&2w/RAS SLO 3 0 None None
##|CC6 Populus-BenLomond345kVLines2&3 SLG 3 0 None None##|C06a Populus-BenLomond345kVLines2&3 0 None None
##|CO7 Populus-Kinport+Populus-Borah#2345kVLines SLG 3 0 None None
##|COS Populus-Borah#2346kV+Treastn-Bradv230kVLines SLG 3 0 None None
##|CC9 Borah-Adelalde#2+Borah-Hunt230kVlines SLG 3 0 None None
##|C12 Borah-Adel-Midpoint#1+Midpoint-Adelalde#2345kVlines SLG 3 0 None None##|C13 Midpoint-Adelalde#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
##C14 PaloVerdeGenerationUnits2&3 None 0 None None
Appendix 4-9 ---Dynamic Stability Results For Bridger /Anticline West vs.Monument -Naughton
BASEUASEPAtHELoWS I hauit voitageDeviations Erequencybeviations
BCA
A
NNCAME dN e Area Type Minimwn De atio me C BLN e kea Type Comments
tions a tions tions s)
4
5 egwstg14h9 RF 4100 2400 2638 1492 096 489.sat
6 LEVEL B"CONTINGENCIES
7 B01 Anticline-Populus500kVLine 3Phs 3 0 None None
8 BO1a AntWiine-Populus500kVLine 3Phs 3 0 None None
9 BC1g Anticline-Populus500kVLine 3Phs 3 0 None None
10 B02 |Populus-Borah600kVLine 3Phs 3 0 None None
11 B03 |Populus-CedarHiti500kVLine 3Phs 3 0 None None
12 804 |Borah-MidpointSOOkVLine 3Phs 3 0 None None
14 B06 |CedarHitt-Hemingway500kVLine 3Phs 3 0 None None
15 B07 |Midpoint-HemingwayS00kVLine 3Phs 3 0 None None
16 B08 |Bridger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59479 4 8.15 BudgerbackswingUF-OK
17 BOS |Bridger-3MileKnoll345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59459 4 8.7 BädgerbackswinqUF-OK
18 BO9a|Bridger-3MiteKnol‡345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbug 59485 3 7.152BådgerbackswingUF-OK
19 B09c|Bridger-3MiteKnoil345kVLine 3Phs 3 0 None 6 BRIDGER222.0 60 lbug 69447 6 8.979BedgerbackswingUF-OK
20 B10 |Populus-Borah#1345kVLine 3Phs 3 0 None None
21 B11 |Populus-Borah#2345kVLine 3Phs 3 0 None None
22 B12 |Populus-Kinport345kVLine 3Phs 3 0 None None
23 B13 |Borah-Kinpott346kVLine 3Phs 3 0 None None
24 B14 |Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
25 B15 |Aeolus-Antichne500kVLine 3Phs 3 34 491 BAIROILS7 65 vbul 0.007 99.6%10.283 216 81.3 711 SIDNEYDC230 73 fbug 10.02 711 57.57Resolvedwith15a
26 B15a|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None
27 B16g|Aeolus-AntialineS00kVLinew/AeolusGenDrop 3Phs 3 0 None None
28 B16 |Aeolus-Mona500<VLine 3Phs 3 0 None None
29 B16a Aeolus -Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 B17 Hemingway-SummerLake500kVLine 3Phs 3 0 None None
31
32
33 LEVEL"C"CONTINGENCIES
36 CO2 |Bridger-Populus345kVLines1&2 SLG 3 0 None None
37 C02a|Bridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
38 CO2b |Bridger -Populus 345kV Lines 1 &2 wl RAS 0 None None
39 003 |Bridger-3MIKnoll+Bridger-Populus#1346kVlines SLG 3 0 None None40CO3a|Bridger-3MiKnolt+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
41 C03b |Bridger-3MiKnoll +Bridger-Populus#1 345 kV w/RAS 0 None None
42 CO3c |Bridger-3MIKnoll +Bridger-Populus#1 345 kV w/RAS O None None43C04|Bridger-3MIKnoll+Bridger-Populus#2345kVlines SLG 3 0 None None
44 CO4a|Bridger-3MiKnoff+Bridger-Populus#2345kVw/RAS SLG 3 0 None None
45 C04b|Bridger-3MiKno‡i+Bridger-Populus#2345kVw/RAS 0 None None46C04c|Bridger-3MIKnoll +Bridger-Populus#2 345 kV wl RAS 0 None None
47 COS |Borah-Populus345kVLines1&2 SLG 3 0 None None48CO5a|Borah-Populus345kVLines1&2w/RAS SLG 3 0 None None
49 C06 |Populus-BenLomond346kVLines2&3 SLG 3 0 None None
50 CO6a |Populus -Ben Lomond 345 kV Lines 2 &3 0 None None
51 CO7 |Populus-Kinport+Populus-Borah#2345kVLines SLG 3 0 None None
52 COS |Populus-Borah #2 345kV +Treastn-Brady230 kV Lines SLG 3 0 None None
53 009 |Borah-Adetalde#2+Borah-Hunt230kVlines SLG 3 0 None None
56 C12 Borah-AdeWMidpoint#1+Midpoint-Adelaide#2345kViines SLG 3 0 None None
67 C13 Midpoint-Adelalde#2346kV+Borah-Hunt230kVlines SLG 3 0 None None
58 C14 PaloVerdeGenerationUnits2&3 None 0 None None
59
60
61 ogwstg1·8h9 RF 3972 2400 2650 1482 241 640.sa62|LEVEL B"CONTINGENCIES63B01|Antiatine-Populus&00kVLine 3Phs 3 0 None None
64 B01a|Antickine-Populus500kVLine 3Phs 3 0 None None
65 BO1g|Anticiine-Populus500kVLine 3Phs 3 0 None None
66 BC2 |Populus-Borah500kVLine 3Phs 3 0 None None
67 B03 |Populus-GedarHiltS00kVLine 3Phs 3 0 None None
68 B04 |Borah-Midpoint500kVLine 3Phs 3 0 None None
70 BO6 |CedarHiti-Herningwav500kVLine 3Phs 3 0 None None
71 BO7 |Midpoint-Hemingway500kVLine 3Phs 3 0 None None72B08|Bridger-Populus345kVLine 3Phs3 0 None 4 BRIDGER222.0 60tbugSS.475 4 8.273BedgerbackswingUF-OK
73 B09 |Bridger-3MileKnoß345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbug 59.449 5 9.0 BudgerbackswingUF-OK
74 BO9a|Bridger-3MileKnoll345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbug 59.480 3 7.273BudgerbackswingUF-OK
76 B09c|Bridger-3MiteKnolt345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbug 59.441 5 9.105BudgerbackswingUF-OK
76 B10 |Populus-Borah#1346kVLine 3Phs 3 0 None None
77 B11 |Populus-Borah#2345kVLine 3Phs 3 0 None None
78 B12 |Populus-Kinport345kVLine 3Phs 3 0 None None
79 B13 |Borah-Kinport345kVLine 3Phs 3 0 None None
80 B14 |Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
81 B15|Aeolus-Anticline500kVLine 3Phs 3 34 494 PLATTE230 65 vbus 0.003 997%7.1333 222 227.2 756 SPRNGCAN230 73 fbut 15.79 756 46.12Resolvedwith15a
82 B15a|Aeolus-Anticiine500kVLinewlAeolusGenDrop 3Phs 3 0 None None
83 B15g|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None
84 B16 |Aeotus-MonaS00kVLine 3Phs 3 0 None None
65 B16a |Aeolus -Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
86 B17 Hemingwav-SummerLake500kVLine 3Phs 3 0 None None
87
88
89 LEVEL C"CONTINGENCIES
92 CO2 Bridger-Populus346kVLines1&2 SLG 3 0 None None
93 CO2a Bridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
94 C02b |Bridger -Populus 345kV Lines 1 &2 w/RAS 0 None None95CO3IBridger-3MIKnoll+Bridger-Populus#1345kVlines SLG 3 0 None None
96 CO3alBridger-3MIKnoll+Bridger-Populus#1345kVwlRAS SLG 3 0 None None
97 CO3b |Bridger-3MiKnoti +Bridger-Populus#1 345 kV w/RAS O None None98C03c|Bridger-3MiKno‡i +Bridger-Populus#1 345 kV w/RAS 0 None None
99 004 |Bridger-3MIKnolt+Bridger-Populus#2345kViines SLG 3 0 None None
100 CO4a|Bridger-3MIKnoll+Bridger-Populus#2346kVw/RAS SLG 3 0 None None
101 CO4b |Bridger-3MiKnoll +Bridger-Populus #2 345 kV w/RAS 0 None None
102 C04c |Bridger-3MiKnoll +Bridger-Populus#2 345 kV w/RAS 0 None None103COS|Borah-Populus345kVLines1&2 SLG 3 0 None None
104 COSa lBorah-Populus345kVLines1&2wlRAS SLG 3 0 None None
105 CO6 |Populus-BenLomond345kVLines2&3 SLG 3 0 None None106C06a|Populus -Ben Lomond 345 kV Lines 2 &3 0 None None
107 007 |Populus-Kinport+Populus-Borah#2345kVLines SLG 3 0 None None
108 COS |Populus-Borah #2 346kV +Treastn-Bradv230 kV Lines SLG 3 0 None None
109 CC9 |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
112 C12 |Borah-Ade Midpoint#1+Midpoint-Adelalde#2345kVlines SLG 3 0 None None113C13|Midpoint-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
114 C14 |PaloVerdeGenerationUnits2&3 None 0 None None
116
Appendix 4-10 ---Dynamic Stability Results For Bridger /Anticline West vs.MSTI
4 |
5 |egwstgi-8h7 |bwc-msti 1496.4100 2400 1502 298.sat 1502 2686 1700 2400 -1248 1750 267 570 2187 127 298 2059 660 501 122 2431 2308 493 1804 113 504 488 253 239 702
6 |LEVEL"B"CONTINGENCIES
7 |BO1 Anticline -Populus 500 kV Line 3Phs 3 0 None None
8 |BO1alAnticline-Populus500kVLine 3Phs 3 0 None None
9 |B01g|Anticline-Populus500kVLine 3Phs 3 0 None None
10 |BO2 |Populus -Borah 500 kV Line 3Phs 3 0 None None
11 |BO3 |Populus -Cedar Hill 500 kV Line 3Phs 3 0 None None
12 |BO4 (Borah -Midpoint 500 kV Line 3Phs 3 1 None None14|BO6 |CedarHill-HemingwayS00kVLine 3Phs 3 1 None None
15 |BO7 |Midpoint-Hemingway 500 kV Line 3Phs 3 1 None None16|BOB|Bridger-Populus345kVLine 3Phs3 0 None 5 BRIDGER222.0 60fbug59447 5 9066BridgerbackswingUF-OK17|BOS |Bridger-3MileKnolI345kVLine 3Phs 3 0 None 5 BRIDGER222.0 60 fbug 59443 5 8.2 BridgerbackswingUF-OK18|B09a|Bridger-3MileKnolI345kVLine 3Phs 3 0 None 3 BRIDGER322.0 60 fbug 59462 3 1433BridgerbackswingUF-OK19|B09c|Bridger-3MileKnolI345kVLine 3Phs 3 0 None 6 BRIDGER222.0 60 fbug 59434 6 9666BridgerbackswingUF-OK
20 |B10 |Papulus -Borah #1 345 kV Line 3Phs 3 0 None None
21 |B11 Populus -Borah #2 345 kV Line 3Phs 3 0 None None
22 |B12 |Populus -Kinport 345 kV Line 3Phs 3 0 None None
23|B13 Borah-Kinport345kVLine 3Phs 3 0 None None24|B14 |Borah-Adelaide-Midpunt#1345kVLine 3Phs 3 0 None None25|B15 |Aeolus-Anticline500kVLine 3Phs 3 58 633 CASPERLM115 73 vbul 00054 995%99986 381 1105 1440 SC11512.47 65 fbul 015 1440 294 Resolvedwith15a26|B15a|Aeolus-Anticline500kVLinew/AedusGenDrop 3Phs 3 0 None None
27 |B15g |Aeolus -Anticline 500 kV Line wl AedusGen Drop 0 None None
28 |B16 Aeolus -Mona 500 kV Line 3Phs 3 0 None None
29 |B16a Aeolus -Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None30|B17 Hemingway-SummerLake500kVLine 3Phs 3 0 None None
31|32|
33 |LEVEL"C"CONTINGENCIES
36 |CO2 |Bridger-Populus 345 kV Lines 1 &2 SLG 3 0 None None
37 |CO2a |Bridger-Populus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None38|CO2b|Bridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
39 |CO3 |Bridger-3MiKnoll+Bridger-Populus#1345 kV lines SLG 3 0 None None40|CO3a|Bridger-3MiKnolI+Bridger-Populus#1345kVw/RAS SLG 3 0 None None41|CO3b|Bridger-3MiKnolI+Bridger-Populus#1345kVwlRAS SLG 3 0 None None
42 |CO3c |Bridger-3MiKnoll+Bridger-Populus#1345 kV wi RAS SLG 3 0 None None43|CO4 |Bridger-3MiKnolI+Bridger-Populus#2345kVlines SLG 3 0 None None44|CO4alBridger-3MiKnolI+Bridger-Populus#2345kVw/RAS SLG 3 0 None None45|CO4b|Bridger-3MiKnolI+Bridger-Populus#2345kVw/RAS SLG 3 0 None None
46 |CO4c |Bridger-3MiKnoll+Bridger-Populus#2345 kV w/RAS SLG 3 0 None None47|COS (Borah-Populus345kVLines1&2 SLG 3 0 None None
48 |CO5a |Borah -Populus 345 kV Lines 1 &2 wl RAS SLG 3 0 None None
49 |CO6 |Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
50 |C06a |Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3 0 None None
51 |CO7 |Populus-Kinport+Populus-Borah #2 345 kV Lines SLG 3 0 None None
52|COS |Populus-Borah#2345kV+Treastn-Brady230kVLines SLG 3 0 None None
53 |COS |Borah -Adelaide #2 +Borah -Hunt 230 kV lines SLG 3 0 None None
56 |C12 |Borah-Adel-Midpoint#1 +Midpoint-Adelaide#2 345 kV lines SLG 3 0 None None
57 |C13 Midpoint-Adeklide#2 345 kV +Borah -Hunt 230 kV lines SLG 3 0 None None
58|C14 |PaloVerdeGenerationUnRs2&3 None 0 None None
Appendix4-11 Pg.1 ---Dynamic Stability Results For Path C Southbound vs.Idaho -Montana (Path 18)
BCASNENASEENNCAYME
BASE CASE PA H FLO*VS aul Votaa De la ons Freguency Deviations
Comments
4 |
5 |egwstg1-Sh8 pcs 2250 p18 337ts.sav 1661 1569 1632 1890 -2250 256 441 0 297 -724 124 -337 1425 596 190 2996 3176 1314 1804 40 544 317 199 222 612
6 LEVEL "B"CONTINGENCIES
7 BO1 |Anticline-Populus500kVLine 3Phs 3 O None None
8 BO1a|Anticline-Populus500kVLine 3Phs 3 n None None
9 BO1g|Anticline-Populus500kVLine 3Phs 3 NOTSIFeuLTATEC
10 BO2 |Populus-Borah 500 kV Line 3Phs 3 0 None None
11 BO3 |Populus-Cedar Hill 500 kV Line 3Phs 3 0 None None
12 BO4 |Borah -Midpoint 500 kV Line 3Phs 3 0 None None
13 BO6 |Cedar Hill -Hemingway 500 kV Line 3Phs 3 0 None None
14 BO7 |Mkipoint-Hemingway500kVLine 3Phs 3 0 None None
15 BOS |Brdger-Populus345kVLine 3Phs 3 0 None None
16 BOS |Budger-3MibKnoll 345 kV Line 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59 528 4 6 10926 Bridgerbackswing UF -OK
17 BO9a|Budger-3MibKnolI345kVLine 3Phs 3 N TSIF/ULTATE
18 BO9c |Budger-3MibKnolI345kVLine 3Phs 3 NOTSIF/ULTATE
19 B10 |Populus-Borah #1 345 kV Line 3Phs 3 0 None None
20 B11 |Populus-Borah #2 345 kV Line 3Phs 3 0 None None
21 B12 |Populus-Kinport345kVLine 3Phs 3 0 None None
22 B13 |Borah-Kinport345kVLine 3Phs 3 0 None None
23 B14 |Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
24 B15 |Aeolus-Anticline500kVLine 3Phs 3 0 None None
25 B15a|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None
26 B15g|Aeolus-Anticline500kVLinewlAeolusGenDrop 3Phs 3 0 None None
27 B16 |Aeolus-Mona 500 kV Line 3Phs 3 0 None None
28 B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
29 B16d |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
31 B17 |Hemingway-SummerLake500kVLine 3Phs 3 0 None None
32 |
33 |
34 LEVEL "C"CONTINGENCIES
35 CO1 |Anticline-Populus 500 kV Lines 1 &2
36 C01a |Anticline-Populus 500 kV Lines 1 &2 w/RAS
37 CO2 |Bddger-Populus345kVLines1&2 SLG 3 0 None None
38 CO2a|Bddger-Populus345kVLines1&2w/RAS SLG 3 0 None None
39 CO2b|Bddger-Populus345kVLines1&2w/RAS SLG NOTSlhilJLT^TE
40 CO3 |Bddger-3MiKnolI+Bddger-Populus#1345kVlines SLG 3 0 None None
41 CO3a|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
42 CO3b|Bddger-3MiKnolI+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
43 CO3c|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG NOTSlhilJLT^TE
44 CO3d|Bddger-3MiKnolI+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
45 CO3e|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
46 CO4 |Bddger-3MiKnolI+Bddger-Populus#2345kVlines SLG 3 0 None None
47 CO4a|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
48 CO4b |Bddger-3MiKnoll +Bddger-Populus #2 345 kVwl RAS SLG 3 0 |None ||||||None |49 CO4c|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 NOTSlhilJLT^TE
50 CO4d|Bddger-3MiKnolI+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
51 CO4e|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
52 CO5 |Borah -Populus345 kV Lines 1 &2 SLG 3 0 None None
53 COSa |Borah -Populus345 kV Lines 1 &2 w/RAS SLG NOT StMULTATED
54 CO6 |Populus-BenLomond345kVLines2&3 SLG
55 CO6a |Populus-Ben Lomond345 kV Lines 2 &3 SLG NOT StMULTATED
56 CO7 |Populus-Kinport +Populus-Borah #2 345 kV Lines SLG 3 0 None None
57 COB |Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
58 CO9 |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
59 C12 |Borah-Adel-Midpoint #1 +Midpoint-Adelaide #2 345 kV lines SLG 3 0 None None
60 C13 |Mbpoint-Adelade#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
61 C14 |Palo Verde GenerationUnits 2 &3 None||0 None None
Appendix 4-11 Pg.2 ---Dynamic Stability Results For Path C Southbound vs.Idaho -Montana (Path 18)
BCASNENASEENNCAYME
BASE CASE PA H FLOWS ault Votaa De latons Freguency Deviations
Comments
4 |
5 |egwstg1-Sh8 pcs 2250 p18 285ts.sav 1690 1622 1668 1920 -2250 265 483 0 297 -716 123 -285 1521 629 190 2996 3152 1293 1804 40 538 308 197 223 619
6 LEVEL "B"CONTINGENCIES
7 BO1 |Anticline-Populus500kVLine 3Phs 3 O None None
8 BO1a|Anticline-Populus500kVLine 3Phs 3 n None None
9 BO1g|Anticline-Populus500kVLine 3Phs 3 NOTSIFeuLTATEC
10 BO2 |Populus-Borah 500 kV Line 3Phs 3 0 None None
11 BO3 |Populus-Cedar Hill 500 kV Line 3Phs 3 0 None None
12 BO4 |Borah -Midpoint 500 kV Line 3Phs 3 0 None None
13 BO6 |Cedar Hill -Hemingway 500 kV Line 3Phs 3 0 None None
14 BO7 |Mkipoint-Hemingway500kVLine 3Phs 3 0 None None
15 BOS |Brdger-Populus345kVLine 3Phs 3 0 None None
16 BOS |Budger-3MibKnoll 345 kV Line 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59 528 4 6 12042 Bridgerbackswing UF -OK
17 BO9a|Budger-3MibKnolI345kVLine 3Phs 3 N TSIF/ULTATE
18 BO9c |Budger-3MibKnolI345kVLine 3Phs 3 NOTSIF/ULTATE
19 B10 |Populus-Borah #1 345 kV Line 3Phs 3 0 None None
20 B11 |Populus-Borah #2 345 kV Line 3Phs 3 0 None None
21 B12 |Populus-Kinport345kVLine 3Phs 3 0 None None
22 B13 |Borah-Kinport345kVLine 3Phs 3 0 None None
23 B14 |Borah-Adelaide-Midpoint#1345kVLine 3Phs 3 0 None None
24 B15 |Aeolus-Anticline500kVLine 3Phs 3 0 None None
25 B15a|Aeolus-Anticline500kVLinew/AeolusGenDrop 3Phs 3 0 None None
26 B15g|Aeolus-Anticline500kVLinewlAeolusGenDrop 3Phs 3 0 None None
27 B16 |Aeolus-Mona 500 kV Line 3Phs 3 0 None None
28 B16a |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
29 B16d |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
30 B16g |Aeolus-Mona 500 kV +Aeolus Gen Drop (600)3Phs 3 0 None None
31 B17 |Hemingway-SummerLake500kVLine 3Phs 3 0 None None
32 |
33 |
34 LEVEL "C"CONTINGENCIES
35 CO1 |Anticline-Populus 500 kV Lines 1 &2
36 C01a |Anticline-Populus 500 kV Lines 1 &2 w/RAS
37 CO2 |Bddger-Populus345kVLines1&2 SLG 3 0 None None
38 CO2a|Bddger-Populus345kVLines1&2w/RAS SLG 3 0 None None
39 CO2b|Bddger-Populus345kVLines1&2w/RAS SLG NOTSlhilJLT^TE
40 CO3 |Bddger-3MiKnolI+Bddger-Populus#1345kVlines SLG 3 0 None None
41 CO3a|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
42 CO3b|Bddger-3MiKnolI+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
43 CO3c|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG NOTSlhilJLT^TE
44 CO3d|Bddger-3MiKnolI+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
45 CO3e|Bddger-3MiKnoll+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
46 CO4 |Bddger-3MiKnolI+Bddger-Populus#2345kVlines SLG 3 0 None None
47 CO4a|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
48 CO4b |Bddger-3MiKnoll +Bddger-Populus #2 345 kVwl RAS SLG 3 0 |None ||||||None |49 CO4c|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 NOTSlhilJLT^TE
50 CO4d|Bddger-3MiKnolI+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
51 CO4e|Bddger-3MiKnoll+Bddger-Populus#2345kVw/RAS SLG 3 0 None None
52 CO5 |Borah -Populus345 kV Lines 1 &2 SLG 3 0 None None
53 COSa |Borah -Populus345 kV Lines 1 &2 w/RAS SLG NOT StMULTATED
54 CO6 |Populus-BenLomond345kVLines2&3 SLG
55 CO6a |Populus-Ben Lomond345 kV Lines 2 &3 SLG NOT StMULTATED
56 CO7 |Populus-Kinport +Populus-Borah #2 345 kV Lines SLG 3 0 None None
57 COB |Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
58 CO9 |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
59 C12 |Borah-Adel-Midpoint #1 +Midpoint-Adelaide #2 345 kV lines SLG 3 0 None None
60 C13 |Mbpoint-Adelade#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
61 C14 |Palo Verde GenerationUnits 2 &3 None||0 None None
Appendix 4-12 Pg.1 ---DynamicStability Results For Path C Southbound vs.Bonanza West
4 |
5 |egwstgi-Sh8 pcs 1849 bw 785ts.sat 1606 1972 1560 2341 -1850 943 586 0 379 -9 128 -279 ###785 155 2996 2636 890 1915 71 300 295 201 228 808
6 LEVEL"B"CONTINGENCIES
7 BO1 |Anticline-PapulusS00kVLine 3Phs 3 0 None None
8 BO1a|Anticline-Populus500kVUne ||||||||||||||||||3Phs 3 0 None None
9 BC1g|Anticline-Populus500kVLine ||||||||||||||||||3Phs\N LlA EE
10 BC2 |Populus-Borah 500 kV Line ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||
11 BO3 |Populus-CedarHill500kVLine 3Phs 3 0 None None
12 BO4 |Barah-MidpantS00kVLine 3Phs 3 0 None None
13 BO6 |CedarHill-Hemingway500kVUne 3Phs 3 0 None None
14 BO7 |Midpoint-Hemingway500kVLine 3Phs 3 0 None None
15 BOB |Bridger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 lbug 59501 4 7.08929 BridgerbackswingUF-OK
16 BOS |Bridger-3Mik!Knoll 345 kV Line 3Phs 3 0 |None ||||||||4 |BRIDGER222.0 |60 |fbug |59 495 |4 |7.72725 Budger backswing UF -OK
17 BO9a|Bridger-3MileKnolI345kVLine 3Phs N YULlATEE
18 B09c |Brkiger-3MileKnolI345kVUne 3Phs N YI L TATEE
19 B10 |Populus-Borah #1 345 kV Line 3Phs 3 0 |None ||||||||None ||||||20 B11 |Populus-Borah #2 345 kV Line ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||
21 B12 |Populus-Kinport 345 kV Line ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||22 B13 |Borah -Kinport 345 kV Line ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||23 B14 |Borah -Adelaide -Midpoint #1 345 kV Line ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||24 B15 |Aeolus -Anticline 500 kV Line ||||||||||||||||||3Phs|3 1 |20 |LATHAM34.50 |65 |vbul|0 76492 |26 74 |54 279 20 |54.279|None ||||||25 B15a |Aeolus -Anticline 500 kV Line w/Aeolus Gen Drop ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||26 B15g |Aeolus -Anticline 500 kV Line w/Aeolus Gen Drop ||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||27 B16 |Aeolus-Mona500kVLine ||||||||||||||||||3Phs|3 1 |22 |BONANZA24.00|65|vbug|04109 |5945|518.82 17 |519.23|None||||||
28 B16a |Aeolus -Mona 500 kV +Aedus Gen Drop (600)||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||29 B16d |Aeolus -Mona 500 kV +Aedus Gen Drop (600)||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||30 B16g |Aeolus -Mona 500 kV +Aedus Gen Drop (600)||||||||||||||||||3Phs|3 0 |None ||||||||None ||||||
31 B17 |Hemingway-SummerLake500kVUne 3Phs 3 0 None None
32 |33 |34 LEVEL"C"CONTINGENCIES
35 CO1 |Anticline-Populus 500 kV Lines 1 &2
36 C01a |Anticline-Populus 500 kV Unes 1 &2 w/RAS
37 CO2 |Brdger-Populus345kVLines1&2 SLG 3 0 None None
38 CO2a |Bridger-Populus 345 kV Lines 1 &2 w/RAS SLG 3 0 None None
39 CO2b |Bridger -Populus 345 kV Lines 1 &2 wl RAS SLG N SM I 'ME
40 CO3 |Bridger-3MIKnoll+Bridger-Populus #1 345 kV lines SLG 3 0 None None
41 CO3a|Bridger-3MiKnolI+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
42 CO3b |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3 0 Mene Mona
43 CO3c |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3
44 CO3d |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3 0 None None
45 CO3e|Brdger-3MiKnolI+Brdger-Populus#1345kVwlRAS SLG 3 0 None None
46 CO4 |Bridger-3MiKnoll+Bridger-Populus #2 345 kV lines SLG 3 0 None None
47 CO4a |Bridger-3MiKnoll+Bridger-Populus #2 345 kV wl RAS SLG 3 0 None None
48 CO4b |Bridger-3MIKnoll+Bridger-Populus #2 345 kV w/RAS SLG N=I N=I
49 CO4c |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG NOT s!MULTATED
50 CO4d |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG
51 CO4e |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG
52 CO5 |Barah-Populus345kVLines1&2 SLG
53 CO5a |Borah -Populus 345 kV Lines 1 &2 wl RAS SLG NOT stMULTATED
54 CO6 |Populus -Ben Lomond 345 kV Unes 2 &3 SLG
55 CO6a |Populus -Ben Lomond 345 kV Lines 2 &3 SLG NOT SIMULTATED
56 CO7 |Populus-Kinport+Populus-Borah#2345kVLines ||||||||||||||||||SLG|3 0 None None||||||57 COS |Populus-Borah#2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
58 COS |Borah -Adelaide #2 +Borah -Hunt 230 kV lines SLG 3 0 None None
59 C12 |Borah-Adel-Midpoint#1+Midpunt-Adelaide#2345kVlines SLG 3 0 None None
60 C13 |Midpoint-Adelaide#2 345 kV +Borah -Hunt 230 kV lines SLG 3 0 None None
61 C14 |PaloVerdeGenerationUnRs2&3 None 0 None None
Appendix 4-12 Pg.2 ---DynamicStability Results For Path C Southbound vs.Bonanza West
4
5 ogwstgi-Sh8 pcs 2250 bw 749tssas 1728 1798 1468 2227 -2250 351 588 -3 376 -641 128 -280 1863 749 196 2996 3067 1212 1804 36 295 220 169 245 599
6 LEVEL"B"CONTINGENCIES
7 BO1 Anticline-PopulusSO0kVLine 3Phs 3 0 None None
8 BO1a Anticline-Populus500kVLine 3Phs 3 0 None None
9 BO1g Anticline-Populus500kVLine 3Phs 3 MT I L E
10 BC2 Populus-Borah 500 kV Une ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
11 BO3 Populus-CedarHill500kVLine ||||||||||||||||||||||3Phs|3 |0 |None|||||||None|
12 BO4 Borah -Midpoint 500 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
13 BO6 CedarHill-Hemingway500kVLine 3Phs 3 0 None None
14 BO7 Mkipänt-Hemingway500kVLine 3Phs 3 0 None None
15 BOS Bridger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59503 4 7.03461 BridgerbackswingUF-OK
16 BOS Budger-3MileKndl345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59498 4 7.65969 BridgerbackswingUF-OK
17 BO9a Bridger-3MileKndl345kVLine 3Phs 3 M IYLLTATEE
18 B09c Bridger-3MileKndl345kVLine ||||||||||||||||||||||3Phs|3
19 B10 Populus-Borah #1 345 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |20 B11 Populus-Borah #2 345 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
21 B12 Populus-Kinport 345 kV Une ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |22 B13 Borah -Kinport 345 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |23 B14Borah-Adelaide-Midpoint#1345kVLine ||||||||||||||||||||||3Phs|3|0|None|||||||None|
24 B15 Aedus-Anticline500kVLine ||||||||||||||||||||||3Phs|3 |0 |None|||||||None|
25 B15a Aedus-Anticline500kVLinew/AeolusGenDrop ||||||||||||||||||||||3Phs|3 |0 |None|||||||None|
26 B15g Aedus-Anticline500kVLinew/AeolusGenDrop ||||||||||||||||||||||3Phs|3 |0 |None|||||||None|
27 B16 Aedus-Mona 500 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
28 B16a Aedus-MonaSO0kV+AeolusGenDrop(600)||||||||||||||||||||||3Phs|3 |0 |None|||||||None|
29 B16d Aedus-Mona 500 kV +Aeolus Gen Drop (600)||||||||||||||||||||||3Phs|3 |0 |None |||||||None |30 B16g Aedus-Mona 500 kV +Aeolus Gen Drop (600)||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
31 B17 Hemingway-Summer Lake 500 kV Line ||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
32 |||||||||||||||||||||||||||||||||33 |||||||||||||||||||||||||||||||||34 LEVEL C"CONTINGENCIES |||||||||||||||||||||||||||||||||35 CO1 Antidine-Populus500kVLines1&2
36 C01a Antidine-Populus500kVLines1&2w/RAS
37 CO2 Bridger-Populus345kVLines1&2 SLG 3 0 None None
38 CO2a Budger-Populus345kVLines1 &2 w/RAS SLG 3 0 None None
39 CO2b Bridger-Populus345kVLines1 &2 wl RAS SLG 3 N l blMl l teF
40 CO3 Bridger-3MIKndl+Bridger-Populus#1345kVlines SLG 3 0 None None
41 CO3a Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
42 CO3b Bddger-3MiKndl+Bddger-Populus#1345kVw/RAS SLG 3 0 Mona Mona
43 CO3c Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS SLG 3 I SIKl /F
44 CO3d Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS ||||||||||||||||||||||SLG|3 |0 |None|||||||None|
45 CO3e Bridger-3MiKndl+Bridger-Populus#1345kVwlRAS SLG 3 0 None None
46 CO4 Budger-3MiKndl+Budger-Populus#2345kVlines SLG 3 0 None None
47 CO4a Bridger-3MiKndl+Bridger-Populus#2345kVwlRAS SLG 3 0 None None
48 CO4b Bridger-3MIKndl+Bridger-Populus#2345kVw/RAS SLG 3 6 N-"=N=
49 CO4c Bridger-3MiKndl+Bridger-Populus#2345kVw/RAS SLG 3 NOTSMULTATED
50 CO4d Bddger-3MiKndl+Bddger-Populus#2345kVw/RAS SLG 3
51 CO4e Bridger-3MiKndl+Bridger-Populus#2345kVw/RAS SLG 3
52 CO5 Borah-Papulus345kVLines1&2 SLG 3
53 CO5a Borah-Populus345kVUnes1&2wlRAS SLG 3 NOTSlMULTATED
54 CO6 Populus-BenLomond345kVLines2&3 ||||||||||||||||||||||SLG|3
55 CO6a Populus-BenLomond345kVLines2&3 ||||||||||||||||||||||SLG|3 |NOTSMULTATED
56 CO7 Populus-Kinport+Populus-Borah #2 345 kV Lines ||||||||||||||||||||||SLG|3 |0 |None |||||||None |57 COB Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines ||||||||||||||||||||||SLG |3 |0 |None |||||||None |58 CO9 Borah-Adelaide#2+Borah-Hunt230kVlines ||||||||||||||||||||||SLG|3 |0 |None|||||||None|
59 C12 Borah-Adel-Midpunt#1+Midpoint-Adelaide#2345kVlines SLG 3 0 None None
60 C13 Midpunt-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
61 C14 PaloVerdeGeneratk>nUnits2&3 None 0 None None
Appendix 4-13 ---DynamicStability Results For Path C Southbound vs.MSTI Project
4 ||
5 ||egwstgidh8 pcs 2250...msts.1500tssav 1701 1773 1450 2199 2251 179 520 0 379 619 133 -150 1805 691 204 2996 3122 1172 1804 26 298 101 215 198 570
6 |LEVEL"B"CONTINGENCIES
7 |BC1 |Anticline-Populus500kVLine 3Phs 3 0 None None
8 |BO1a|Anticline-Populus500kVLine |3Phs 3 0 None None
9 |BO1g|Anticline-Populus500kVLine ||||||||||||||||||||||||3Phs|3 N IMllA
10 |BO2 |Populus -Borah 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
11 |BO3 |Populus -Cedar Hill 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
12 |BO4 |Borah -Midpoint 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
13 |BO6 |CedarHill-Hemingway500kVLine 3Phs 3 0 None None
14 |BO7 |Midpoint-Hemingway 500 kV Line 3Phs 3 0 None None
15 |BOB |Bridger-Populus345kVLine 3Phs 3 0 None None
16 |BOS |Bridger-3MileKnolI345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59524 4 631702 BridgerbackswingUF-OK
17 |B09a|Brkiger-3MileKnolI345kVLine 3Phs 3
18 |B09c|Brkiger-3MileKnolI345kVLine ||||||||||||||||||||||||3Phs|3
19 |B10 |Populus -Borah #1 345 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |20 |B11 |Populus -Borah #2 345 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
21 |B12 |Populus -Kinport 345 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |22 |B13 |Borah -Kinport 345 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |23 |B14 |Borah -Adelaide -Midpunt#1 345 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |24 |B15 |Aeolus -Anticline 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |25|B15a|Aeolus-Anticline500kVLinew/AedusGenDrop ||||||||||||||||||||||||3Phs|3|0|None|||||||None|26|B15g|Aeolus-Anticline500kVLinewlAedusGenDrop ||||||||||||||||||||||||3Phs|3|0|None|||||||None|
27 |B16 |Aeolus -Mona 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |28 |B16a |Aeolus -Mona 500 kV +Aeolus Gen Drop (600)||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |29 |B16d |Aeolus -Mona 500 kV +Aeolus Gen Drop (600)||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |30 |B16g |Aeolus -Mona 500 kV +Aeolus Gen Drop (600)||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |
31 |B17 |Hemingway-Summer Lake 500 kV Line ||||||||||||||||||||||||3Phs|3 |0 |None |||||||None |32|||||||||||||||||||||||||||||||||||||33|||||||||||||||||||||||||||||||||||||34 |LEVEL"C"CONTINGENCIES
35 |C01 |Anticline-Populus500kVLines1&2
36 |CO1a |Anticline-Populus 500 kV Lines 1 &2 w/RAS
37 |CO2 |Bridger-Populus345kVLines1&2 SLG 3 0 None None
38 |CO2a|Bridger-Populus345kVLines1&2w/RAS SLG 3 0 None None
39 |CO2b|Bridger-Populus345kVLines1&2w/RAS SLG 3
40 |CO3 |Bridger-3MiKnoll+Bridger-Populus #1 345 kV lines SLG 3 0 None None
41 |CO3a|Bridger-3MiKnolI+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
42 |CO3b|Bridger-3MiKnolI+Bridger-Populus#1345kVw/RAS SLG 3 a Nona Nona
43 |CO3c|Brdger-3MiKnolI+Brdger-Populus#1345kVw/RAS ||||||||||||||||||||||||SLG|3 NOTSiY l.TATE
44|CO3d|Brdger-3MiKnolI+Brdger-Populus#1345kVwlRAS ||||||||||||||||||||||||SLG|3|O|None|||||||None|
45 |CO3e|Bridger-3MiKnolI+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
46 |CO4 |Bridger-3MiKnolI+Bridger-Populus#2345kVlines SLG 3 0 None None
47 |CO4a|Bridger-3MIKnolI+Bridger-Populus#2345kVw/RAS SLG 3 0 None None
48 |CO4b|Bridger-3MiKnolI+Bridger-Populus#2345kVw/RAS SLG 3 n *==*=
49 |CO4c|Bridger-3MiKnolI+Bridger-Populus#2345kVw/RAS SLG 3 NOTSMULTATED
50 |CO4d|Bridger-3MiKnolI+Bridger-Populus#2345kVw/RAS SLG 3
51 |CO4e|Brdger-3MiKnolI+Brdger-Populus#2345kVw/RAS SLG 3
52 |COS |Borah-Populus345kVLines1&2 SLG 3
53 |CO5a|Borah-Populus345kVLines1&2w/RAS SLG 3 NOTSMULTATED
54 |CO6 |Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3
55 |CO6a|Populus-BenLomand345kVLines2&3 SLG 3 NOTSMULTATED
56 |CO7 |Populus-Kinport+Populus-Borah #2 345 kV Lines SLG 3 0 |None ||||||||None |57 |COS |Populus-Borah#2 345 kV +Treastn-Brady230 kV Lines SLG 3 0 |None ||||||||None |58 |COS |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
59 |C12 |Borah-Adel-Midpoint#1 +Mkipoint-Adelaide#2 345 kV lines SLG 3 0 None None
60 |C13 |Midpoint-Adekikle#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
61 |C14 |PaloVerdeGenerationUnRs2&3 None 0 None None
I I
Appendix 4-14 ---DynamicStability Results For Path C Southbound vs.Monument -Naughton
5 egwstgi-Sh8 pcs 2250.mn.475 x93sas 1704 1762 1476 1873 2250 32 640 475 760 965 121 -279 1873 722 205 2996 2989 1131 1804 25 423 197 159 233 653
6 LEVEL"B"CONTINGENCIES
7 B01 Anticline-Populus500kVLine 3Phs 3 0 None None
8 B01a Anticline-PopulusSO0kVLine 3Phs 3 0 None None
9 B01g Anticline-Populus500kVLine 3Phs 3
10 BO2 Populus-Borah 500 kV Line ||||||||||||||3Phs|3 |0 |None |||||||None |||
11 B03 Populus-CedarHill500kVLine ||||||||||||||3Phs|3 |0 |None|||||||None|
12 BO4 Borah -Midpoint 500 kV Line 3Phs 3 0 None None
13 BO6 CedarHill-HemingwaySO0kVLine 3Phs 3 0 None None
14 BO7 Midpunt-Hemingway500kVUne 3Phs 3 0 None None
15 B08 Budger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59495 4 7.33503 BrkigerbackswingUF-OK
16 B09 Bridger-3MileKndl345kVLine 3Phs 3 0 Nona 4 BRIDGER222.0 60 fixia 59491 4 7.84311 BridgerbackswingUF-OK
17 BO9aBudger-3MileKndl345kVLine |||||||||||||||3Phs|3 NOTSIV E
18 B09c Bridger-3MileKndl345kVLine |||||||||||||||3Phs|3 50 ATEE
19 B10 Populus-Borah#1345kVUne |||||||||||||||3Phs|3 |0 |None|||||||None|
20 B11 Populus-Borah #2 345 kV Line |||||||||||||||3Phs|3 |0 |None |||||||None |21 B12 Populus-Kinport 345 kV Line |||||||||||||||3Phs|3 |0 |None |||||||None |22 B13 Borah-Kinport345kVUne |||||||||||||||3Phs|3 |0 |None|||||||None|
23 B14 Borah -Adelaide -Mkipoint #1 345 kV Line |||||||||||||||3Phs|3 |0 |None |||||||None |24 B15 Aedus-Antbline500kVLine |||||||||||||||3Phs|3 |0 |3 |LATHAM3450 |65|vbul 0.78404|2308|27833|20 3941|None|
25 B15a Aedus-Anticline500kVLinew/AeolusGenDrop |||||||||||||||3Phs|3 |0 |None|||||||None|
26 B15g Aedus-Anticline500kVLinew/AeolusGenDrop |||||||||||||||3Phs|3 |0 |None|||||||None|
27 B16 Aedus-Mona500kVLine |||||||||||||||3Phs|3 |0 |None|||||||None|
28 B16a Aedus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||3Phs|3 |0 |None |||||||None |29 B16d Aedus-MonaSO0kV+AeolusGenDrop(600)|||||||||||||||3Phs|3 |0 |None|||||||None|
30 B16g Aedus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||3Phs|3 |0 |None |||||||None |
31 B16v Aedus-Mona 500 kV +Aeolus Gen Drop (600)|||||||||||||||3Phs|3 |0 |None |||||||None |32 B17 Hemingway-Summer Lake 500 kV Line |||||||||||||||3Phs|3 |0 |None |||||||None |33 ||||||||||||||||||||||||||34 ||||||||||||||||||||||||||
35 LEVEL C"CONTINGENCIES ||||||||||||||||||||||||||36 CO1 Antidine-Populus500kVLines1&2
37 CO1a Antidine-Populus500kVLines1&2w/RAS
38 CO2 Bridger-Populus345kVLines1&2 SLG 3 0 None None
39 CO2a Budger-Populus345kVLines1 &2 w/RAS SLG 3 0 None None
40 CO2b Bridger-Populus345kVLines1&2 wlRAS SLG 3 N blM l F
41 CO3 Bridger-3MIKndl+Bridger-Populus#1345kVlines SLG 3 v i,s...i,s...
42 CO3a Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS SLG 3 0 None None
43 CO3b Bddger-3MiKndl+Bddger-Populus#1345kVw/RAS SLG 3 0 None None
44 CO3c Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS SLG 3 N IYll l
45 CO3d Bridger-3MiKndl+Bridger-Populus#1345kVw/RAS |||||||||||||||SLG|3 |0 |None|||||||None|
46 CO3e Bridger-3MiKndl+Bridger-Populus#1345kVwlRAS SLG 3 0 None None
47 CO4 Budger-3MiKndl+Budger-Populus#2345kVlines SLG 3 0 None None
48 CO4a Bridger-3MiKndl+Bridger-Populus#2345kVwlRAS SLG 3 0 None None
49 CO4b Bridger-3MIKndl+Bridger-Populus#2345kVw/RAS SLG 3 0 None None
50 CO4c Bridger-3MiKndl+Bridger-Populus#2345kVw/RAS SLG 3 NOTSMULTATED
51 CO4d Bddger-3MiKndl+Bddger-Populus#2345kVw/RAS SLG 3
52 CO4e Bridger-3MiKndl+Bridger-Populus#2345kVw/RAS SLG 3
53 CO5 Borah-Papulus345kVLines1&2 SLG 3
54 CO5a Borah-Populus345kVUnes1&2wlRAS SLG 3 NOTstMULTATED
55 CO6 Populus-BenLomond345kVLines2&3 |||||||||||||||SLG|3
56 CO6a Populus-BenLomond345kVLines2&3 |||||||||||||||SLG|3 |NOTSMULTATED
57 CO7 Populus-Kinport+Populus-Borah #2 345 kV Lines |||||||||||||||SLG|3 |0 |None |||||||None |
58 COB Populus-Borah #2 345 kV +Treastn-Brady 230 kV Lines |||||||||||||||SLG |3 |0 |None |||||||None |59 CO9 Borah-Adelaide#2+Borah-Hunt230kVlines |||||||||||||||SLG|3 |0 |None|||||||None|
60 C12 Borah-Adel-Midpunt#1+Midpoint-Adelaide#2345kVlines SLG 3 0 None None
61 C13 Midpunt-Adelaide#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
62 C14 PaloVerdeGeneratk>nUnits2&3 None 0 None None
Appendix 4-15 ---Dynamic Stability Results For Path C Southbound vs.Rock Springs /Firehole West
CONTINGENCYI
BASEGASE ÑAl LUAS a Vo ateIJe lations Frequency Javiat ns
o CommentsBASECASENAMEiii
4 |
6 LEVEL"B"CONTINGEN
wetqidh8..pos.2250..rsfh.640 x93.sav 1693 1784 1508 1963 -2250 147 626 334 640 443 128 -279 1876 725 198 2996 2931 1071 1804 32 447 217 166 232 644
7 BC1 |Anticline-Populus500kVUne 3Phs 3 0 None None
8 BO1a|Anticline-Populus500kVLine |||||||||||||||3Phs 3 0 None None
9 BO1g|AnUcline-Populus500kVLine 3Phs 3 N I I A
10 BO2 |Populus-Borah500kVLine 3Phs 3 0 None None
11 BO3 |Populus-CedarHilI500kVLine 3Phs 3 0 None None
12 B04 |Borah-MMpont500kVLine 3Phs 3 0 None None
13 BO6 |CedarHill-HemingwaySOOkVLine 3Phs 3 0 None None
14 BO7 |Midpoint-HemingwayS00kVLine 3Phs 3 0 None None
15 BOB |Brkiger-Populus345kVLine 3Phs 3 0 None 4 BRIDGER222.0 60 fbug 59495 4 732591 BridgerbackswingUF-OK
16 B09 |Brkiger-3MileKnolI345kVLine 3Phs 3 dgerbackswingUF-OK
17 B09a |Bridger-3MileKnoll 345 kV Line 3Phs 3 N I M I /F18B09c|Bridger-3MileKnolI345kVLine |||||||||||||||||3Phs|3 NTSIML.TATED
19 B10 |Populus-Borah #1 345 kV Line |||||||||||||||||3Phs|3 |0 |None |||||||None |
20 B11 |Populus-Borah#2345kVLine |||||||||||||||||3Phs|3 |0 |None|||||||None|
21 B12 |Populus-Kinport 345 kV Line |||||||||||||||||3Phs|3 |0 |None |||||||None |22 B13 |Borah -Kinport 345 kV Line |||||||||||||||||3Phs|3 |0 |None |||||||None |23 B14 |Borah-Adelaide-Midpoint#1345kVUne |||||||||||||||||3Phs|3 |0 |None|||||||None|
24 B15 |Aeolus -Anticline 500 kV Line |||||||||||||||||3Phs|3 |0 |3 |LATHAM34 50 |65|vbu 0.79727 |22 42 |2 7833|20 33.096|None |
25 B15a |Aeolus -Anticline 500 kV Line w/Aeolus Gen Drop |||||||||||||||||3Phs|3 |0 |None |||||||None |26 B15g |Aeolus -Anticline 500 kV Line w/Aeolus Gen Drop |||||||||||||||||3Phs|3 |0 |None |||||||None |27 B16 |Aeolus -Mona 500 kV Line |||||||||||||||||3Phs|3 |0 |None |||||||None |28B16a|Aeolus-Mona500kV+AedusGenDrop(600)|||||||||||||||||3Phs|3|0|None|||||||None|
29 B16d |Aeolus -Mona 500 kV +Aedus Gen Drop (600)|||||||||||||||||3Phs|3 |0 |None |||||||None |30 B16g |Aeolus -Mona 500 kV +Aedus Gen Drop (600)|||||||||||||||||3Phs|3 |0 |None |||||||None |
31 B16v|Aeolus-Mona500kV+AedusGenDrop(600)3Phs 3 0 None None
32 B17 |Hemingway-SummerLake500kVLine 3Phs 3 0 None None
32.1 B61 |RockSprings-Palisades230kVLine 3Phs 5 0 None None
32.2 B62 |Firehole-Monument230kVUne 3Phs 5 0 None None IsdteshedloadatFirehde345kVbus
33 |
34 |35 LEVEL"C"CONTINGENCIES
36 CO1 |Anticline-Populus 500 kV Unes 1 &2
37 CO1a |Anticline-Populus 500 kV Lines 1 &2 wl RAS
38 CO2 |Bridger-Populus345kVLines1&2 SLG 3 0 |None|||||||None|
39 CO2a|Bridger-Populus345kVLines1&2wlRAS SLG 3 0 |None|||||||None|
40 CO2b |Bridger -Populus 345 kV Lines 1 &2 w/RAS SLG 3 NOT SAMULTATED
41 CO3 |Bridger-3MiKnoll+Bridger-Populus #1 345 kV lines SLG 3
42 CO3a |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3
43 CO3b |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3
44 CO3c |Brdger-3MiKnoll +Brdger-Populus#1 345 kV w/RAS SLG 3 NOT SlM LTATEa
45 CO3d|Brdger-3MiKnolI+Brdger-Populus#1345kVwlRAS SLG 3 0 None None
46 CO3e |Bridger-3MiKnoll+Bridger-Populus #1 345 kV w/RAS SLG 3 0 None None
47 CO4 |Bridger-3MiKnoll+Bridger-Populus #2 345 kV lines SLG 3 0 None None
48 CO4a |Bridger-3MIKnoll+Bridger-Populus #2 345 kV w/RAS SLG 3 0 None None
49 CO4b |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG 3 0 |None |||||||None |50 CO4c |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG 3 A ED
51 CO4d |Bridger-3MiKnoll+Bridger-Populus #2 345 kV w/RAS SLG 3 0 None None
52 CO4e |Brdger-3MiKnoll +Brdger-Populus#2 345 kV w/RAS SLG 3 0 None None
53 COS |Borah-Populus345kVLines1&2 SLG 3 0 None None
54 CO5a |Borah-Populus345kVLines1&2w/RAS SLG 3 NOT 51MULTATED
55 CO6 |Populus -Ben Lomond 345 kV Lines 2 &3 SLG 3
56 CO6a |Populus-BenLomond345kVLines2&3 SLG 3 NOT SIMULTATED
57 CO7 |Populus-Kinport+PopuluwBorah#2345kVLines SLG 3 0 None None
58 COS |Populus-Borah#2 345 kV +Treastn-Brady 230 kV Lines SLG 3 0 None None
59 COS |Borah-Adelaide#2+Borah-Hunt230kVlines SLG 3 0 None None
60 C12 |Borah-Adet-Midpoint#1+MMpont-Adelade#2345kVlines SLG 3 0 None None
61 C13 |Midpoint-Adelakle#2345kV+Borah-Hunt230kVlines SLG 3 0 None None
62 C14|PaloVerdeGenerationUnRs2&3 ||||||||||||||||||||||||None||0|None||||||||None|
|lill|||||||IIlllil||IIlI IllI Ill ||||||lil i I
Appendix 5 -Gateway West Study Plan
(2010 01 19 V9 -Phase I II GW Study Plan.doc 2/11/2010)
Gateway West Transmission Project
Study Plan
For completion of
WECC Project Rating Process
Phase 2 -Facility Rating
Date:January 19,2010
Rev 9
Study Plan -Preamble
The purpose of this document is to provide a consistent,comprehensive study methodology for
the project sponsor(s)and/or study group to follow in establishing the planned rating (Phase 1)
and accepted rating (Phase 2)for the Energy Gateway Projects.Section III (Page 7)outlines the
methodology that was followed for the Phase 1studies,while Section IV (Page 18)outlines the
study process that will be followed for the Phase 2 studies.
A separate study plan which addresses the study methodology for the Gateway South Projects
will be issued separately.While study schedule for both Gateway South and Gateway West are
noted independentlyin each study plan,the study schedules have been coordinated between
the projects.
I.INTRODUCTION
Idaho Power previously announced"its transmission expansion plan to build more than
1,400 miles of new 500 kV transmission lines originating in Wyoming and connecting
into Idaho and the Pacific Northwest,with completion targeted in 2017.A First stage
completion of this project is expected to be completed by 2016.This project has been
identified as the Gateway West (GW)Project.
Regional Planning
The GW project was first presented to stakeholders on July 9,2007 at a Northern Tier
Transmission Group (NTTG)Regional Planning Process (RPP)kickoff meeting in Portland,
Oregon.The Northern Tier Transmission Group is made up of a group of transmission
providers and customers in the Northwest and Rocky Mountain states.The NTTG region
covers Wyoming,Idaho,Utah,and parts of Oregon.
As the GW project facilities fall primarily within the NTTG footprint,the project was
entered into the NTTG Regional Planning Process (RPP)in May 2007.The RPP for the
Fast Track projects included engagingstakeholders to formulate and refine the
transmission plan to meet the ten year requirements of the NTTG region.This process
was completed during the first half of 2007 and incorporated:1)the member utilities'
Integrated Resource Plans (IRP),2)past studies highlighting regional through-putand
export needs and known congestion areas,and 3)existing regional projects.
The NTTG Planning Committee coordinates transmission planning within the NTTG
footprint,with other sub-regional planning groups,and with WECC planning
3 PBCiÝÍCOrp has indicated that they have entered into a memorandum of understanding with Idaho Power
Company to cooperate on a northernmost line,a double-circuit 500 kV transmission line from PacifiCorp's and
Idaho Power's jointly owned Jim Bridger Power Plant in Wyoming to southeastern Idaho,with a connection
south into Utah along an existing transmission path from southern Idaho into northern Utah.Another segment
of this line will be built west across Idaho and into Oregon.This project has been identified as the Gateway West
(GW)Project.Idaho Power Company is performingall the studies related to GW project (west of Populus).
Gateway West Transmission Project Page 111 of 150
Phase 2 Study Plan
committees.The planning group will biennially prepare a long-term (10 year)bulk
transmission expansion plan,while taking into consideration up to a twenty year
planning horizon.The plan will provide strategic transmission options for economic and
reliabilityprojects,and specific alternative plans for reinforcing the transmission system.
The plan is intended to help coordinate the integration of new generation into the
system and to reduce transmission congestion.This work is intended to be completed
primarily by the transmission owners in the footprintutilities,with input from all
interested stakeholders.
Path Rating
With the issuance of the Regional Planning Project Review report for the GW Project,
regional planning has been completed and efforts to obtain a path rating4 fOr the GW
Project are now under way.This study plan outlines the GW technical studies that will
be performed in support of the following:
WECC Project Rating Review -Phase 1
WECC Project Rating Review -Phase 2
The Phase 1 studies that are outlined as part of this Study Plan will focus on the non-
simultaneous rating of the GW project.This includes all of the internal paths defined
under the Gateway West project:TOT 4A,Aeolus West,Bridger West,Borah West and
Midpoint West.
The Gateway West Comprehensive Progress Report,which summarized the results of
the Phase 1technical study findings,was issued on November 21,2008.The Gateway
West Project was granted Phase 2 status on February 6,2009.
Phase 2 studies will address the Simultaneous Transfer Capability of the GW Project in
conjunctionwith other major transmission paths in the Western Interconnection.
Due to the scope and nature of the GW project,the Phase 1 portion of this study plan is
intended to establish non-simultaneous ratings for the expanded/modified transmission
paths listed in Table 1.
Table 1.Proposed Gateway West Internal Paths
Line Description Transmission Path Rating
Path Direction
1 Anticline*-Populus 500 kV #1 &#2 (new)Modified E a W
Bridger*-Three Mile Knoll 345 kV (modified)Bridger West
4 A path rating can be related to an individual transmission line or a combination of parallel transmission lines.
The transfer path may be composed of transmission lines between control areas or internal to a control area,or
a combination of both.
Gateway West Transmission Project Page 112 of 150
Phase 2 Study Plan
Bridger*-Populus 345 kV #1 &#2 (modified)
2 Populus*-Cedar Hill 500 kV (new)Modified E ->W
Borah*-Midpoint#1 500 kV (conversion of Kinport -Borah West
Midpoint 345 kV line)
Borah*-Adelaide #2 345 kV
Borah*-Adelaide -Midpoint #1 345 kV
Borah*-Hunt 230 kV
American Falls*-Minidoka 138 kV
3 Midpoint*-Hemingway 500 kV #1(modified)Modified Bidirectional
Midpoint*-Hemingway 500 kV #2 (new)Midpoint
Cedar Hill*-Hemingway 500 kV (new)West
Midpoint*-Rattle Snake 230 kV
Midpoint*-DRAM 230 kV
Midpoint*-Boise Bench 230 kV #3
Upper Salmon*-Upper Salmon SR 138 kV
Lower Malad *-Lower Malad SR 138 kV
5 Aeolus*-Anticline #1 &#2 500 kV (new)Aeolus West E ->W
Platte*-Latham 230 kV #1
Mustang*-Bridger 230 kV
6 Windstar*-Aeolus 230 kV #1 &#2 (new)TOT 4A NE ->SW
Riverton*-Wyopo 230 kV
Dave Johnston*-Difficulty 230 kV
Spence*-Mustang 230 kV
Note:(*)indicates metering point
II.SCOPE OVERVIEW
The objective of the study plan is to outline steps necessary to determine the proposed
path ratings for the GW Project.The GW Project includes the followingtransmission
facilities:
Windstar -Aeolus 230 kV #1 &#2 (73 &88 miles,Bittern 2-1272 ACSR)
Aeolus -Anticline 500 kV #1 &#2 (145 miles,3-Athabaska/TW 1949.6)
Aeolus 500/230 kV #1,#2 &#3 autotransformers (1500 MVA)
Aeolus 230 kV SVC (-125/+450 MVAr)
Anticline 500/345 kV #1 &#2 autotransformer (1500 MVA)
Anticline 345 kV #1 &#2 PST (750MVA,±20 Degrees)
Anticline -Populus 500 kV #1 &#2 (204 miles,3-Athabaska/TW 1949.6)
Populus -Cedar Hill 500 kV #1 (118 miles,3-Athabaska/TW 1949.6)
Cedar Hill -Midpoint 500 kV #1 (33 miles,3-Athabaska/TW 1949.6)
Gateway West Transmission Project Page 113 of 150
Phase 2 Study Plan
Cedar Hill -Hemingway 500 kV #1(158 miles,3-Athabaska/TW 1949.6)
Populus -Borah 500 kV #1 (53 miles,3-Athabaska/TW 1949.6)
Borah -Midpoint 500 kV #1 (88 miles,3-1272 MCM (36/1),conversion of
Kinport-Midpoint345 kV line)
Midpoint -Hemingway 500 kV #2 (131 miles,3-Athabaska/TW 1949.6)
Note that the Windstar -Aeolus 500 kV line and the Aeolus-Creston-Bridger 230 kV line
have been eliminated from the Gateway West project since the original phase 1 report.
An addendum report has been prepared for phase 1,stage 1 without these lines.
The preliminary configuration of the Gateway West Energy Project line and transformer
impedances,line distances,shunt and series compensation and voltage support are
provided in Appendix 3,
The non-simultaneous studies that will be performed as part of the Phase 1studies
include power flow and limited transient stability and post-transient stability analysis.
The Phase 2 study efforts will perform simultaneous analysis to determine the Accepted
Rating for the project.
Adding new transmission facilities to an existing path should increase the path rating.In
following WECC policies,this increase should be attributable to the new project.This
study plan only addresses the studies corresponding to maximum project loadings.
Studies covering simultaneous interactions between paths,would ultimately be
necessary to provide an Accepted Rating and/or nomogram(s)for the proposed project,
and will be completed in Phase 2.
A.Baseline Analysis-Non-simultaneous (WECC Phase 1)
All aspects of this analysis,including assumptions,methodology,and contingencies
are covered in Section III of this Study Plan.
B.Simultaneous Analyses (WECC Phase 2)
The Study Plan includes an assessment of the potential impact of GW on the
following simultaneous paths to refine the GW Project definition.Further details of
the simultaneous analysis are covered in Section IV of this Study Plan.
1.Gateway South paths
Aeolus South [New Path]
Mona South [New Path]
2.PacifiCorp Internal Paths
Gateway West Transmission Project Page 114 of 150
Phase 2 Study Plan
Monument -Naughton 230 kV
Rock Springs/Firehole West
3.Idaho-Northwest [Path 14](including MP-SL [Path 75])
4.Path C [Path 20]
5.Idaho -Sierra [Path 16]
6.SWIP (Great Basin -North,EnTP)
7.MISTI
8.Montana -Idaho [Path 18]
9.Montana -Northwest [Path 8]
10.Montana Southeast [Path 80]
11.Yellowtail South
12.TOT 4B [Path 38]
13.TOT 3 [Path 36]
14.Bridger West [Path 19]
15.TOT 1A [Path 30]
16.Bonanza West [Path 33]
17.Others.
Further details of the simultaneous analysis are covered in Section IV of this Study
Plan.
C.SensitivityAnalyses
The sensitivity analysis defined in this study plan was developed based on
preliminary assessment that there could be an interaction between GW and projects
that are planned to be developed in the same time frame as GW.The Study Plan
includes the following projects and uncertainties as sensitivity cases.
1.Gateway South (GS)project will be modeled to determine its impact on
Gateway West.The GS project will be constructed at least one year after GW is
completed.
2.A generic version of a northern Nevada project will be modeled to include
either the Ely Energy Center &500 kV Line,or the Great Basin North &South
500 kV lines.
3.Southern portion GS:Mona -Red Butte,bi-directional rating
4.Mountain States Transmission (MSTI)Project
Gateway West Transmission Project Page 115 of 150
Phase 2 Study Plan
5.TOT 2C:Add a second Red Butte -Harry Allen/Crystal line,bi-directional rating
6.Different resource mix in Wyoming to evaluate higher concentrations of wind
generation.
Gateway West Transmission Project Page 116 of 150
Phase 2 Study Plan
III.BASELINE ANALYSIS -NON-SIMULTANEOUS
To the fullest extent possible,the rating and sizing of new facilities shall be refined as
part of this analysis.
A.Study conditions
The process for performing the proposed Phase 1studies that will establish the
Preliminary Ratings are described below.Preliminary Ratings are identified for
transmission lines that have not been throughthe WECC Phase 2 rating process,and
are a general rating determined by simply evaluating the conductor ampacity
required to handle the path flows between source and sink facilities.However,due
to the scope of the GW Project,specific transfer levels have been proposed and
facilities have been sized to accommodate these power transfers.
1.Base Case Description
Project Base Case la will be developed by starting with the WECC 2015HS1
power flow base case.This case was approved by WECC on April 6,2007 and
since has undergone a number of revisions.The added resources represented
in this case are reflected under the "moderate wind generation"portion of
Table 2.Stress in this case will reflect heavy Wyoming to Utah and west of
Bridger transfers as well as heavy north to south flows South of Mona and on
Path 2C (Red Butte -Harry Allen).Table 4a reflects the proposed transfer
levels in Case 1a.
Project Base Case 1b will have a configuration (nearly)identical to Case 1a;
however,its generation resource mix will be as noted under the "higher wind
generation"portion of Table 2.As necessary,line series compensation will be
adjusted to achieve (as close as possible)the flow conditions listed in Table 4a
Project Base Case 1c will have a configuration identical to Case la;however,
schedules will be adjusted to reflect heavy south to north flows on the TOT 2C
and the Mona South transmission paths.Table 4c reflects the proposed
transfer levels.
The Project Base Case 1d will be developed by using the WECC 2010LA1 base
case with facility adjustments to reconcile it as closely as possible to the
configuration of a 2015 light load case.Table 4d reflects the proposed
transfers for this case.Case 1c will not be utilized during the Phase 1 project
definition studies,but will be developed for use in the Phase 2 studies.
2.Generation Assumptions
Planned future Generation projects will be modeled in the Case la,1b and 1d
base cases as identified in Table 2.Case 1c generation will reflect reduced
Gateway West Transmission Project Page 117 of 150
Phase 2 Study Plan
generation in Wyoming to allow transfers from southern Nevada thru central
Utah (Crystal/Harry Allen -Red Butte -Mona)to the Utah -Wasatch Front".
Table 2.Future Planned Generation Projects*
Case 1 a/d -Generation Projects Case 1 b -Generation Projects
(Moderate Wind Generation)(HighWind Generation)**
||Generation Type Zone Generation Type Zone
Location Thermal Wind Total Thermal Wind |Total |
Dave Johnston Area 275 2825 275 2825
Windstar 1500 1050 600 1950
Creston 1050 500 1550
Aeolus 1050 1050
Jim Bridger Area 1500 2000 500 1500
Upper Green River 500 500 500
Subtotal 3775 2100 1875 4000
Total 5875 5875
*The generation assumptions will be responsive to energy policies currently
under review by utilities,regulators and other stakeholders.Specific
economic and technologyevaluations and siting/permittingprocesses also
need to run their course.
**Case 1b will be developed for the purpose of evaluating a wider range of
Wyoming wind resources.
To stress the transmission paths,generation will be added in Wyoming and
adjusted in Idaho,Utah,Arizona,Los Angeles,Las Vegas and the Northwest.
3.New Transmission Project Assumptions
All four of the base cases will be updated to reflect Energy Gateway Projects or
projects that are currentlywithin the WECC Phase 2 rating process.These
projects are noted in Table 3.
s About 75 to 80%of all of the electricity use in the State of Utah is in the area known as the Wasatch Front (WF).
This area includes the entire electrical load served out of the Spanish Fork substation in the south up to the
electrical load served out of the Ben Lomond substation in the north.This includes parts of Juab and Sanpete
Counties,and all of Utah,Salt Lake,Summit,Tooele,Wasatch,Davis,Morgan and Weber Counties.
Gateway West Transmission Project Page 118 of 150
Phase 2 Study Plan
Table 3.Planned Energy Gateway Projects or Projects in WECC Phase 2
1 Gateway West:Double circuit 500 kV lines
2 Gateway South:Double circuit 500 kV lines
3 Mona -Limber:Double circuit 500 kV line,Limber -Oquirrh and Limber
-Terminal,Double circuit 345 kV lines
4 Populus-Terminal:Double circuit 345 kV line (Path C)
5 TOT 3 (230 kV upgrade)
6 Ely Energy center and associated transmission*(Harry AIIen -Robinson
Summit Transmission Line)
7 Great Basin Transmission Project*
8 Mountain States Transmission (MISTI)Project
9 IPP DC line upgrade
10 Wyoming -Colorado Intertie Project
11 NavajoTransmission Project /Desert Rock Energy Project (this project is
not likely to have any impact on the Idaho and PACE areas and may be
omitted ,depending upon group review)
12 Palo Verde -Devers 500 kV #2
13 Others
*A generic version of a northern Nevada project will be modeled that includes
one of these projects,which cross throughthe SWIP corridor.
4.WECC Major Path Rating Assumptions
The updates to the WECC 2015HS base case for Case la and 1b includes
revised load/generation adjustmentto stress the major path flows to the
proposed rating,shown in Table 4a/b.
Table 4a/b.Major Path Proposed Transfer Levels (Case 1a &1b -GS N->S
Flows)
Path Path Name WECC Proposed
Rating Rating
(MW)(MW)
1 37 TOT 4A:Northeast to Southwest 810 3500
2 19 Bridger West:(GW Path)East to West 2200 5200
3 New Aeolus South 3000
4 New Mona South:North to South 2335
5 35 Harry Allen -Red Butte (TOT 2c)300 2100
North to South
6 79 Sigurd -Glen Canyon (TOT 2B2)265 265
North to South
Gateway West Transmission Project Page 119 of 150
Phase 2 Study Plan
7 78 Pinto -Four Corners (TOT 2B1)530 560
North to South
8 Others
Similarly,the updates to the WECC 2015HS base case for Case 1c includes
revised load/generation adjustmentto stress the major path flows to the
proposed rating,shown in Table 4c
Table 4c.Major Path Proposed Transfer Levels (Case 1c -GS S->N Flows)
Path Path Name WECC Proposed
Rating Rating
(MW)(MW)
1 35 Harry AIIen -Red Butte (TOT 2c)300 1700
South to North
2 79 Sigurd -Glen Canyon (TOT 2B2)300 300
South to North
3 78 Pinto -Four Corners (TOT 2B1)600 600
South to North
5 Others
The base case for Case 1d will be developed from the WECC 2010LA1 and will
reconcile as closely as possible to a 2015 light load base case configuration.
Case 1d will be utilized during the Phase 1 project definition studies only if
necessary to establish the proposed non-simultaneous ratings.This case will
be analyzed in Phase 2 of the Rating Review.
Table 4d.Major Path Proposed Transfer Levels (Case 1d -GW E->W Flows)
Path Path Name WECC Proposed
Rating Rating
(MW)(MW)
1 37 TOT 4A:Northeast to Southwest 810 3400
2 19 Bridger West:East to West 2200 5200
3 17 Borah (Populus)West (GW Path)2557 5557
4 New Aeolus -Mona (GS Path):North to South 3000
5 Others
B.Study Methodology(Applicable for both WECC Phase 1and 2 analysis).
The power flow base case(s)and dynamic stability data used for this study will
be compatible with GE PSLF V16.3.
Gateway West Transmission Project Page 120 of 150
Phase 2 Study Plan
For all areas outside Wyoming,Utah,Idaho and Southern Nevada,the network
topology and loads will reflect information provided to WECC by each
respective area.
The study results will comply with NERC TPL-001-0 thru TPL-004-0 Standards as
well as WECC TPL -(001 thru 004)-WECC -1-CR -System Performance
Criteria.Additionally,PacifiCorp and Idaho Power planning criteria will also be
applied.
1.Power Flow Analysis (studycriteria and contingencylist)
Power flow studies will be evaluated under steady-state and single/double
contingency conditions to ensure the Project meets the system performance
requirements defined in the planning standards.
Study Criteria:
a.Steady-State Conditions
i.Under steady-state conditions,bus voltages must be maintained
between 0.95 p.u.and 1.06 p.u.,unless specific minimum operating
voltage requirements exist.
ii.All line and transformer loadings must be below normal continuous
ratings.
b.Contingency Conditions
1.Changes in bus voltages from pre-to post-contingency conditions must be less
than 5%for single (N-1)contingencies,and 10%for double (N-2)
contingencies,with exceptions noted in Appendix 1 in regards to the utilities
involved.
2.AII line,series capacitors,and transformer loadings must be below their
emergency rating (or normal rating if no emergency rating is given),for both
N-1 and N-2 contingencies.
3.In addition to the NERC TPL Standards and WECC system performance criteria,
PacifiCorphas the followingrequirements:For steady-state conditions,Pinto
load area 345 and 138 kV bus voltages as low as 0.93 pu are acceptable as
long as load tap changing (LTC)transformers adjust the associated 69 kV bus
voltages to 1.01 pu or higher.For post transient N-1 outages,Pinto load area
voltages are acceptable if the 69 kV bus voltages are in the range of 0.90 to
1.10 p.u.The minimum 0.90 p.u.post-transient voltage criteria for this area
are based on the original system design criteria.
Contingencies:
Tables 5a &5b provides a list of contingencies to be simulated during the
power flow analysis.
Gateway West Transmission Project Page 121 of 150
Phase 2 Study Plan
Table 5a -List of Single Contingencies for Power Flow Analysis
1 Anticline -Populus 500 kV Line
2 Anticline 500 /345 kV Transformer
3 Bridger -Populus 345 kV Line
4 Bridger -3Mileknoll 345 kV Line
5 Bridger 345 /230 kV Transformer
6 3Mileknoll-Goshen 345 kV Line
7 Kinport -Goshen 345 kV Line
8 Kinport -Borah 345 kV Line
9 Populus -Borah 500 kV Line
10 Borah 500 /345 kV Transformer
11 Borah 345 /230 kV Transformer
12 Populus -CedarHill 500 kV Line
13 Cedar Hill -Midpoint500 kV Line
14 Cedar Hill -Hemingway 500 kV Line
15 Midpoint-Hemingway 500 kV Line
15a Hemingway -Summer Lake 500kV line
16 Borah -Midpoint 500 kV Line
17 Midpoint 500 /345 kV Transformer
18 Midpoint 345 /230 kV Transformer
19 Borah -Adelaide #2 345 kV Line
20 Adelaide-Midpoint#2 345 kV Line
21 Borah -Adelaide -Midpoint#1345 kV Line
22 Borah -Hunt 230 kV Line
23 Midpoint-Boise Bench #3 230 kV Line
24 Midpoint-Rattle Snake 230 kV Line
25 Midpoint-Dram 230 kV Line
26 Rattle Snake -Boise Bench 230 kV Line
27 Dram -Boise Bench 230 kV Line
28 Hemingway 500/230 kV Transformer
29 Kinport -Goshen 345 kV Line
30 Populus -Borah #1345 kV Line
31 Populus -Borah #2 345 kV Line
32 Populus -Kinport 345 kV Line
33 Populus -Ben Lomond #3 345 kV Line
34 Populus -Terminal 345 kV Line
Gateway West Transmission Project Page 122 of 150
Phase 2 Study Plan
35 Aeolus-Anticline 500 kV Line
36 Aeolus-Mona 500 kV Line
37 Aeolus 500 /230 kV Transformer
38 Aeolus-Windstar 230 kV Line
39 Aeolus-Miners 230 kV Line
40 Bonanza -Mona 345kV Line
Table 5b -List of Double Contingencies for Power Flow Analysis
1 Anticline -Populus 500 kV Lines (two circuits)-with &w/o generator
tripping
2 Bridger -Populus #1 &#2 345 kV Lines -with &w/o generator
tripping
3 Bridger -3MileKnoll +Bridger -Populus#1 345 kV lines -with &w/o
generator tripping
4 Bridger -3MileKnoll +Bridger -Populus#2 345 kV lines -with &w/o
generator tripping
5 Borah -Populus 345 kV DLO with /w/o generator tripping
6 Populus -Ben Lomond 345 kV DLO
7 Ben Lomond -Terminal 345 kV DLO
8 Populus -Kinport +Populus -Borah #2 345 kV Lines with/w/o
generator tripping
9 Populus -Borah #2 345 kV +Treasureton -Brady 230 kV Lines
10 Populus -Borah #1345 kV +Treasureton -Brady 230 kV Lines
11 Populus -Ben Lomond #2 +PopulusTerminal 345 kV Lines.
12 Populus -Terminal 345 kV +Treasureton -Brady 230 kV Lines
13 Borah -Adelaide #2 &Borah -Adelaide -Midpoint #1 345 kV
lines (RA)
14 Borah -Adelaide #2 &Midpoint -Adelaide #2 345 kV lines (RA)
15 Borah -Adelaide #2 &Borah -Hunt 230 kV lines
16 Borah -Kinport &Borah -Adelaide -Midpoint #1 345 kV lines
(RA?)
18 Borah -Kinport &Midpoint -Adelaide #2 345 kV lines (RA?)
19 Borah -Kinport 345 kV &Borah -Hunt 230 kV lines (RA?)
20 Borah -Adelaide -Mid point #1 &Midpoint -Adelaide #2 345 kV
lines
21 Borah -Adelaide -Midpoint #1 345 kV &Borah -Hunt 230 kV
lines (RA)
23 Borah -Adel #2 345 kV +Borah -Midpoint 500 kV Lines
Gateway West Transmission Project Page 123 of 150
Phase 2 Study Plan
24 Bridger -Populus #1 &Goshen -Kinport 345 kV Lines --with &
w/o generator tripping.
25 Bridger -Populus #2 &Goshen -Kinport 345 kV lines with &w/o
generator tripping.
26 Aeolus-Anticline 500 kV Lines (two circuits)-with &w/o generator
tripping
27 Aeolus-Mona 500 kV Lines (two circuits)-with &w/o generator
tripping
26 Palo Verde Generation -Trip Two Units
RA =Risk Assessment Outage -These are double line outages for lines that do not share a common
element (structures,right of way,breaker)but are in the same general geographic location.
c.Voltage Stability Analysis:
The WECC Voltage stability Guidelines and Reactive Power Reserve Monitoring
Methodologywill be utilized in evaluating study results.
i.For N-1 disturbances,the associated critical bus is required to have positive
reactive margin for a 5%increase beyond the maximum allowable MW flow
on the path.Idaho's 250 MVAr margin at the critical buses will also be
observed.
ii.For N-2 disturbances,the associated critical bus is required to have positive
margin for a 2.5%increase beyond the maximum allowable MW flow on the
path.Idaho's 200 MVAr margin at the critical bus will also be observed.
iii.For simplicity,the N-1and N-2 disturbances will all be evaluated with a 5%
increase in flow.When necessary 2.5%increase in flow will be applied for N-
2 disturbances.
2.Transient Stability Analysis (study criteria and contingencylist)
Transient stability studies will be performed to assess the dynamic
performance impact of heavily stressed lines under the projected system
conditions for various contingencies.Limited transient stability analysis will be
performed in Phase 1,with more extensive analysis in Phase 2.
The study will determine the most critical fault condition that would limit the
non-simultaneous transfer capability.
Study Criteria for Phase 1:
a.All machines in the system shall remain in synchronism as demonstrated by
their relative rotor angles.
b.System stability is evaluated based on the damping of the relative rotor
angles and the damping of the voltage magnitude swings.
c.For central,northern and eastern Wyoming,the following dynamic stability
guidelines have been established:Following a single contingency
Gateway West Transmission Project Page 124 of 150
Phase 2 Study Plan
disturbance with normal fault clearing,the bus voltage transient swing on
all buses should not be lower than 0.70 p.u.,and the system should exhibit
positive damping.Additionally,the WECC off normal frequencycriteria
guidelines for N-1 (59.6 Hz)and N-1-1 or N-2 (59.0 Hz)will be followed.
d.Other transient voltage dips and duration requirements must meet the
criteria of the TPL Standards and WECC System Performance Criteria.See
Appendix 2.
e.The contingencies provided in Tables 6a &6b will be simulated in the
transient stability analysis.
Table 6a -List of Single Contingencies for Transient Stability
1 Anticline -Populus 500 kV Line
2 Populus -Borah 500 kV Line
3 Populus -CedarHill 500 kV Line
4 Borah -Midpoint 500 kV Line
5 Cedar Hill -Midpoint 500 kV Line
6 Cedar Hill -Hemingway 500 kV Line
7 Midpoint -Hemingway 500 kV Line
7a Hemingway -Summer Lake 500 kV Line
8 Bridger -Populus 345 kV Line
9 Bridger -3MileKnoll 345 kV Line
10 Populus -Borah #1 345 kV Line
11 Populus -Borah #2 345 kV Line
12 Populus -Kinport 345 kV Line
13 Borah -Kinport 345 kV Line
14 Borah -Adelaide -Midpoint #1 345 kV Line
15 Aeolus -Anticline 500 kV Line
16 Aeolus -Mona 500 kV Line
For all of the indicated outages,3-phase faults with and w/o unit tripping as
needed will be studied.If a 3-phase fault requires unit tripping to meet
performance then SLG fault will be studied w/o unit tripping.
Table 6b -List of Double Contingencies for Transient Stability
1 Anticline -Populus 500 kV Lines (two circuits)-with &w/o
generator tripping
2 Bridger -Populus #1 &#2 345 kV Lines -with &w/o
generator tripping
3 Bridger -3MileKnoll +Bridger -Populus#1 345 kV lines -
with &w/o generator tripping
4 Bridger -3MileKnoll +Bridger -Populus#2 345 kV lines -
with &w/o generator tripping
Gateway West Transmission Project Page 125 of 150
Phase 2 Study Plan
5 Borah -Populus 345 kV DLO with /w/o generator tripping)
6 Populus -Ben Lomond 345 kV DLO
7 Populus -Kinport +Populus -Borah #2 345 kV Lines with/
w/o generator tripping
8 Populus -Borah #2 345 kV +Treasureton -Brady 230 kV
Lines
9 Borah -Adelaide #2 &Borah -Hunt 230 kV lines
10 Midpoint -Kinport &Borah -Adelaide -Midpoint#1
345 kV lines
11 Midpoint -Kinport 345 kV &Borah -Hunt 230 kV
lines
12 Borah -Adelaide -Mid point #1 &Midpoint -Adelaide
#2 345 kV lines
13 Midpoint -Adelaide #2 345 kV &Borah -Hunt 230 kV
lines
14 Palo Verde Generation -Trip Two Units
3.Post-Transient StabilityAnalysis (studyassumptions)
A review of Power Flow and Transient Stability studies will be conducted to
identifythe post transient conditions to be evaluated.Specific post transient
studies will be performed as part of the Phase 1 studies are noted below:
Study Assumptions:
a.All loads will be modeled as constant MVA during the first few minutes
following an outage or disturbance.
b.All voltages at distribution substations will be restored to normal values by
the transformer tap changers and other voltage control devices.
c.Generator MVAr limits will be modeled as a single value for each generator
since the reactive power capability curve will not be modeled in the
program output.
d.No manual operator intervention is allowed to increase the generator
MVAr flow.
e.Under post-disturbance conditions in central,northern and eastern
Wyoming,all bus voltages should be within 0.90-1.10 per unit.
f.The reactive margin will be measured at key locations identified during the
studies.
g.Other Assumptions
Area Interchange:Disabled
Gateway West Transmission Project Page 126 of 150
Phase 2 Study Plan
Governor Blocking:Base load Flag will be used per WECC practices
DC Line Transformer Tap Automatic Adjustment:Enabled
Generator Voltage Control:Set to Local except for Palo Verde,and
selected Northwest generation.
Phase Shifter Control:Disabled
Switched Shunt Devices:Disabled -except in Sierra Pacific Power
system,and selected buses (Platte,Miners,Atlantic City,etc)in
Wyoming.
Gateway West Transmission Project Page 127 of 150
Phase 2 Study Plan
IV.SIMULTANEOUS ANALYSES (WECC Phase 2)
To the fullest extent possible,the rating and sizing of new facilities shall be refined as
part of this analysis.
Following the completion of the Project Definition studies for Phase 1,Facility Rating
studies will be initiated for Phase 2.A two stage process will be adopted in establishing
the Phase 2 ratings.Stage 1 will seek to establish a Phase 2 rating of 1500 MW in addition
to the existing ratings of the underlyingsystem while Stage 2 or the full-build stage will
seek to achieve a Phase 2 rating of 3000 MW over the existing ratings of the associated
paths.Due to the scope and nature of the Energy Gateway Project,not all facilities will be
constructed during the same period.As such,facilities will be installed followinga
segmented approach -focusing on one leg of the project,than another leg,etc.(For
example,Anticline-Populus #1 500 kV project will be in-service on 12/2014 and Anticline-
Populus #2 500kV project will be in service in 12/2017.)Rather than initiate technical
studies for each new transmission segment,it has been decided to group transmission
segments into two logical project stages that would be evaluated by the WECC Phase 2
Study Group (or subgroup).Incremental system limitations for transmission segments
that are added between stages,will be addressed via Operation Transfer Capability (OTC)
studies.(This same process was followed by BPA and AVISTA for the West of Hatwai
Expansion project.)
As technical studies progress and Accepted Ratings for a given transmission stage are
determined,standalone WECC Phase 2 Study Group technical reports will be completed
and submitted to TSS,OC and PCC for approval,followingestablished WECC procedures.
A.Case Description
New base cases will be developed for the Gateway West simultaneous evaluation
with other paths.These base cases are summarized below:
A new base case,2a will be developed by starting with the WECC 2019HSa1
power flow case.This case was only recentlyapproved by WECC on June 10,
2009.The added resources represented in this case are reflected under the
"high wind generation"portion of Table 2.Stress in this case will reflect heavy
Wyoming to Utah and west of Bridger transfers..In this base case,the TOT 2C
flows are projected to be 2100 MW for the Gateway South -Stage 2
configuration.
The proposed transfer levels on the various Gateway West paths are noted in
Table 4a.
6 Depending on path to be evaluated and system conditions,other base cases or sensitivity cases may be required
by the Phase 2 technical study review group.
Gateway West Transmission Project Page 128 of 150
Phase 2 Study Plan
A new base case,2c will be developed utilizing the 2019HSa1 base case to
evaluate increasing south-north TOT 2C transfers from 600 MW to 1700 MW
transfers for the Stage 2 Gateway South configuration.
A new base case,2d will be developed by using the WECC 13LW1a1 base case
with facility adjustments to reconcile it as closely as possible to the
configuration of a 2019 light load case.Table 4d reflects the proposed
transfers for this case.
Resources that will be utilized for both the Gateway West and Gateway South
projects will be based on the latest PacifiCorp IRP (Integrated Resource Plan).A
summary of the new resources that are available identified on the following table.
(Updates to the table will be made as additional resource information is made
available.)
Per discussions at the April 2009 TSS meeting,entities can utilize the best available
resource information at the time a transmission path is rated.OTC studies will be
used to evaluate operating transfer conditions if resources come on-line either
staggered or different than what was initially projected.[Specific wording from
TSS minutes will be inserted when available.]
Gateway West Transmission Project Page 129 of 150
Phase 2 Study Plan
PacifiCorp -Integrated Resource Plan and Plan Revisions
Based on the Revised 2008 IRP Preferred Portfolio (5/28/2009),the following resource plan projections were used to model resources
in the Stage 1--1500 MW EGW simulation'.
Energy Gateway Resource Mix
M-1 F÷nc
Yaktma i-d WYSW 100 2012
1C W.20 1 Walla WYSW 100 2013
99 We Winc MW WYSW 10&2014
.-4 ._788 IWI
Mid C -33fsthFC':312 Windstar
Troutda e --Hemingway "A A ad
E Term nal
q rrh 11
West Ma n EL
L mbe
Seven Mile Hms 120 2]G12MieHill:
S gurd
Harry Allen
SE3Vu";F TVead:C1
Dr.md.ne "A 2>R2AFM
'Additional resource projections,beyond 10-years,were utilized in developingthe resource model for the Stage 2 -3000 MW EGW simulation.Gateway West Transmission Project Page 130 of 150
Phase 2 Study Plan
B.Nomogram(s)
As part of the simultaneous GS simultaneous rating analysis,changes to existing nomograms will be determined or new
nomograms will be defined.These changes may include:
A Bridger West vs.Aeolus South Nomogram.
Other nomogram changes as determined during technical studies.
C.Study Areas
To help manage the magnitude of the study effort associated with this project,it has been deemed necessary to divide it
into multiple study areas with their associated review groups (see Figure 1):
1.Southern Idaho Study Area
This area will include all the planned and existing facilities between the Populus and the Hemingway substations.
Both Midpoint West and Borah West paths will be studied and their corresponding ratings with the new
proposed facilities determined under simultaneous interactions with other affected paths
In the first and second stage of the work these facilities are comprised of:
Facilities Stage I Stage Il
Populus-Borah 500 kV #1 x
Populus 500/345 kV Transformer x
Borah 500/345 kV Transformer x
Loop the Kinport-Midpoint 345 kV line into x
Borah to create the Kinport-Borah 345 kV and
the Borah-Midpoint 500 kV lines.
Upgrade series compensation on the x
Midpoint-Hemingway 500 kV #1
Populus-Cedar Hill 500 kV #1 x
Gateway West Transmission Project Page 131 of 150
Phase 2 Study Plan
(w/series compensation)
Cedar Hill -Hemingway 500 kV #1 x
(w/series compensation)
Populus 500/345 kV Transformer #2 x
Add series compensation on x
Populus-Borah #1 500 kV
Add series compensation on x
Borah -Midpoint 500 kV #1
Midpoint -Hemingway 500 kV #2 x
(w/series compensation)
Cedar Hill -Midpoint 500 kV #1 x
2.Bridger Study Area
This area will include all the planned and existing facilities between the Aeolus substation and the area just West
of Populus.
Bridger West,Aeolus West and Path C paths will be studied and their corresponding ratings with the new
proposed facilities determined under simultaneous interactions with other affected paths.
In the first and second stage of this project these facilities are comprised of:
Facilities Stage I Stage II
Anticline-Populus 500 kV #1 x
(w/series compensation)
Aeolus -Anticline 500 kV #1 x
Gateway West Transmission Project Page 132 of 150
Phase 2 Study Plan
(w/series compensation)
Aeolus 500/230 kV #1,#2 &#3 TX x
Aeolus 230 kV SVC (-125/+450 MVAr),MSC's x
at 230 kV (3-100 MVAr,1-50 MVAr)&500 kV
(4-200 MVAr)
Anticline 500/345 kV #1 TX x
Anticline 345 kV PST #1 &#2 x
Aeolus-Anticline #2 500 kV x
Anticline-Populus 500 kV #2 x
(w/series compensation)
Aeolus -Bridger #2 500 kV x
Bridger 345/230 kV #4 &#5 TX x
(500/230 kV Optional)
3.Windstar Study Area
This area will include all the planned and existing facilities between the Windstar substation and the Aeolus
substation.
As new facilities proposed parallel the TOT 4A [Path 37]transmission path,the TOT 4A path will be studied and
the corresponding increased rating with the proposed facilities determined under simultaneous interactions with
other affected paths.
In the first and second stage of this project these facilities are comprised of:
Facilities Stage I Stage II
Windstar -Aeolus 230 kV #1 &#2 x
Gateway West Transmission Project Page 133 of 150
Phase 2 Study Plan
Dave Johnston -Difficulty -Aeolus 230 kV x
#1,rebuild to 2-1272 ACSR/phase
Legend
O Gateway West stations Construction Path Name
o Adiacent Path Stations Borah WestMSTIVoltage-Existing Bridger Wen
¾Creek ---116 Idaho Montana
138 Peconductor23]Vi Idaho Siena
---161 SC 230kV Midpoint West
---230 --SC 3A5kV Pa i
e --545 --SC500kV W TOT4A
TOT48
Windstar Study Area
Southern Idaho Study
H rea Windstar
Bridger Study Area
Mkipoin ,we Aeolus
Anticlinel
Be n Bridger
H irTil il
SWIP
Gateway West Transmission Project Page 134 of 150
Phase 2 Study Plan
Figure l
D.Path Ratings
Major path ratings for GW will require simultaneous studies that may include updating existing paths and identifying
new paths related to the project.An initial listing of interacting paths has been included in the table below.In following
WECC guidelines,a ten percent test (simulates the critical outage on the path that established the path's non-
simultaneous transfer capability)will be performed to validate the legitimacy of each simultaneous interaction.
If no criteria violations (see Section III.B)exist for simultaneous operation with the main path and the proposed
interactive path at their individual non-simultaneous transfer capability,under the critical outage,then simultaneous
interaction will be deemed to be lacking.
If simultaneous interactions are verified,a simultaneous nomogram describing safe operation (meets NERC TPL
Standards and WECC System Performance Criteria)of the affected paths will be developed.
New and existing paths with proposed new ratings that have been identified are:
Study Area Path Proposed Rating Simultaneous
Stage I Stage II Interaction
Windstar TOT 4A 1935 MW 3435 MW Montana SE
(Path 37)Tot 3
Tot 4B
Yellowtail South
Tot 1A
Bridger Bridger West 3900 MW 5400 MW Aeolus South
(Path 19)
Path C
Gateway West Transmission Project Page 135 of 150
Phase 2 Study Plan
(Path 20)
Montana -Idaho
(Path 18)
Bonanza West
(Path 33)
MISTI
Monurnent-
Naughton
Rock Springs /
Firehole West
Bridger Path C 2250 MW 2250 MW Montana -Idaho
(Path 20)(Path 18)
Bridger West
(Path 19)
Bonanza West
(Path 33)
MISTI
Monument-
Naughton
Rock Springs /
Firehole West
Gateway West Transmission Project Page 136 of 150
Phase 2 Study Plan
Bridger Aeolus West 1500 MW 3000 MW Aeolus South
Tot 1A
Bonanza West
(Path 33)
Southern Borah West 4057 MW 5557 MW Path C
Idaho (Path 17)
Montana-Idaho
(Path 18)
MISTI
SWIP
(Great Basin -
North,EnTP)
Idaho-Sierra
(Path 16)
Southern Midpoint West 3987 MW 5487 MW Idaho -
Idaho Northwest
(Path 14)
Hemingway -
Summer Lake
(Path 75)
Boardman -
Gateway West Transmission Project Page 137 of 150
Phase 2 Study Plan
Hemingway
Montana -
Northwest
(Path 8)
Along with the impact of GW on existing and proposed path ratings,simultaneous studies will be run assuming that the
Gateway South project has previously been completed.
Other paths may be identified during the course of the study and would be added as appropriate.
IV.Operational Considerations
As part of this analysis,transmission options that will enhance operational flexibility will be evaluated.These options may
include:
1.phase shifter utilization
2.varying levels of series compensation
3.others as identified
V.MitigationOptions
To the extent a need to mitigate criteria violations or interaction with Existing/Accepted path ratings is identified from the
simultaneous path analyses,viable mitigation options will be identified in this Study Plan,including the following:
1.Added Facilities
2.Generation dropping
3.Shunt/Series capacitor switching.
4.Operating Procedures,RAS and/or Operating Nomograms
A detailed mitigation plan,if required,will be determined and/or negotiated during Phase 3 of the project,prior to facilities
becoming commercial or as part of the OTC technical studies.
Gateway West Transmission Project Page 138 of 150
Phase 2 Study Plan
V.SENSITIVITY ANALYSES
The sensitivity analysis identified in this section is based on preliminary analysis to look at projects that are planned to be
developed in the same time frame as GW.The Study Plan includes the projects and uncertainties noted in Table 7 as sensitivity
cases.
Table 7.List of Study Sensitivities
1 Generic Nevada500 kV Line*
2 Gateway South 500 kV Line(s)
3 Other Transmission Sensitivities
*A generic version of a northern Nevada project will be modeled that includes either Ely Energy Center or the Great Basin
North &South 500 kV lines that follow along the SWIP corridor.
VI.SCHEDULE
The study schedule for the Gateway West Project is noted below.
2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017
Task Start Date End Date 03 04 01 02 03 os|oi 02 03 04 01 02 03 04 01 02 03 04 01 02 03 04 01 02 03 04|oi 02 03 04 01 02 03 04 01 02 03 04 01 02 03 04
WECC Regional 7/5/2007 5/30/2008
Planning Process
WECC Phase 1 2/1/2008 12/31/2008
Rating Process I
WECC Phase 2 1/1/2009 6/1/2010
Rating Process
NEPA Proco7Way
Permitting 1/1/2008 12/31/2012
Right af Way 1/1/2008 12/31/2013
Engineenng 1/1/2008 12/31/2013
Gateway West Transmission Project Page 139 of 150
Phase 2 Study Plan
Appendix 1
Minimum Voltage Limits
Minimum Idaho and Utah Bus Voltage Limits
Bus Pre-Outage Post-Disturbance Comments
Min.Volt (p.u.)Min.Volt (p.u.)
PacifiCorp 0.95 5%Deviation
Idaho Power 0.95 5%Deviation (N-1)
Minimum Wyoming Bus Voltage Limits
Bus Pre-Outage Post-Disturbance Comments
Min.Volt (p.u.)Min.Volt (p.u.)
Central,Northern 0.95 0.90 Automatic capacitor
and Eastern switching at Miners,Foote
Wyoming Creek,Platte and Atlantic
City.
Gateway West Transmission Project Page 140 of 150
Phase 2 Study Plan
Appendix 2
Excerpt from WECC TPL-(001 thru 004)-WECC-1-CR System Performance Criteria
\\E((I)ISTI Illì\N(i -PEl(EOlOlA\(ET kBLE
OE ALLO\\ABI E EEEE(TSON OTIIElf SiSTEilS
WRC ad Outay Freqwng Associated wat Min ni un Pot
WEŒ withthe PerkmnceCueµg ir.utsisuthap Torient
i LIJU.IIL Ul.it,.sud!!
n J.a d Voltage
!Deviation
Standard
(See Note 3)
A t \pphs.tH thniu in adini,n t.Ni M
B il Nottoerceed Notbelowm6 11.J 5 t.or,Du
15%at had buses Hz &6 cyc§es or
or30%atnew wrestaload
load boat bm.
211",In:isinit
Ib.m2Iltarles.it
ttonœed
20%for more
than 40 gdes at
had hues
D -',N thme in .dditi,n t.MB
*PacifiCorp (Wyoming)buses allowed to deviate 10%for a level B disturbance.
Gateway West Transmission Project Page 141 of 150
Phase 2 Study Plan
Appendix 3
Energy Gateway Project Facilities
Gateway West-Stage 1 Facilities
(2014-2016)
GatewayWest
126 miles (Hemingway -Bridger)
3-AthabaskalTW
1949 6
HemingwayC¯¯¯¯¯500kVto
500 kV to 1 TBoardmanointý 2-1272
Sk ark
500 kv to Kinport rGoshen
r
ThreeMile
Summer Lake 88 le r
500 kV to MP Borah
Captain Jack kV
153 mdes -
3-Athabaska/TW 204miles1949.6 3-Athabaska/TW
34miles CedarHills F---1949.6 500kVto ........230kVto
Ath6abaska/TW Aeolus
230 kV to
Aeolus/Creston
)|I AtlanücCity
--'Anticline UOk
O __Bridger
Rob
nkSu
mit 53miles 2-750MVA 230kVto
(NorthemŠWIP)3-Athabaska/TW I 2 ±20 PST i l345kV 2-1500 i
Mustang
,1949 6 i ___m
Po
n30o
R ks
n i ->230 kV to
-500kV 5A aebSaska/TW ______I RockSpängs
-345 kV 1949.6-230 kV 345 kV to
Terminal 345kVto
Ben Lomond
Gateway Central
Gateway West Transmission Project Page 142 of 150
Phase 2 Study Plan
Gateway West-Stage 2 Facilities
(2017-2018)GatewayWest
126 miles (Hemingway -Bridger)
3-AthabaskaffW
mt
5 o
2 2
500kVto IGnport Goshen
r
ThreeMile
Summer Lake i 88 les I i
Existing I-I
500 kV to MPSL Borah
CaptainJack 3 5 V
1 1500
152 miles
3-AthabaskaffW 145miles
1949.6 3-Athabaska/TW
34 miles Cedar Hills C ---1949.6 500 kV to p 230 kV to
3-AthabaskaffW I Aeolus Aeolus/Creston
1949.6 X
-X X X X
Antic line 00 kV r
Rob
nk mit 47miles .750MVAI I 230kVto
(NorthemSWIP)3-AthabaskaffW M1500 ±3TPST I 1345kVI 2150 |
Mustang
1949.6 i MVA 30 kV to
230kVto
-500kV 5A
askaffW ______I Rock Springs
-345kV 1949.6-230 kV 345 kV to
Terminal 345kVto
Ben Lomond
Gateway Central
Gateway West Transmission Project Page 143 of 150
Phase 2 Study Plan
345 kV to Gateway WestThreeMileKnoll(Bridger -Aeolus -Windstar)
230 kV to 230 kV to
345 kV tog Atlantic City Yellow Cake
Populus Bridger 230 kV to
Pumpkin Butte
i I
2 -750 MVA 2-150
I 230 kV to-+2Ô PST I MVA Casper
1-1500 --go Windstar 230 kV
500 k MVA 230 kV to 2-1500 MV/Anticline -i i Mustang---_J------230kVto500kVtoPointofRocks -----
500_kV
Populus 230 kV to
Rock Springs
230 kV to
Dave Johnston
73 miles
2-1272 ACSR145miles-
3 -Athabaska/TW 88 miles
1949.6 ,__Ag.oLus_2-1272 ACSR
I svc I I
230 kV
3 -1500 MVA
:500 kV I
500 kv to
Mona 500kV
345 kV
Gateway Sout -230 kV
Gateway West Transmission Project Page 144 of 150
Phase 2 Study Plan
345 kV to
Three Mil Knoll Gateway West(Bridger-Aeolus -Windstar)
230 kV to 230 kV to
---
-AtlanticC
er 2m3p0k
n utte
Yellow Cake
2 -750 MVA 2-1500
-+37 PST I MVA 230 kV to
Casper
230kV F¯¯~¯¯¯¯¯¯¯~---
Anticline 500 k
00 ---------Windstar 230 kv
2-1500 MVA
600kg°XX 230kVto
Pon30o
R cks ------------.
Rock Springs
48 miles 230 kV to
3 -Athabaska/TW Dave Johnston
1949.6 73 miles
2-1272 ACSR145mile
3 -Athabaska/TW 83 miles
1949.6 _AppLus 2-1272 ACSR
I svc L
230 kV
97 miles --3 -1500 MvA
3 -Athabaska/TW
1949.6 500kV I
500 kv toMona 500 kV
-----345 kV
Gateway Sout -230 kV
Gateway West Transmission Project Page 145 of 150
Phase 2 Study Plan
Appendix 4
Energy Gateway Project Facilities
As of 10-23-09,the facility impedances provided on the following pages were defined for the
Energy Gateway Project facilities.As this project is a "work in progress",these impedances can
and will change as the project matures.
Gateway West Transmission Project Page 146 of 150
Phase 2 Study Plan
Gateway West Project -Comprehensive Progress Report
Gateway West Projec Facilities
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147
Gateway West Project -Comprehensive Progress Report
Gateway South Project Facilities
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148
Gateway West Project -Comprehensive Progress Report
Gateway Central Project Facilities
%ofLine
Charging Targeted
Comp'ed Total QuantityiRating(MVA)by MVARof Size ofShunt %SeriesBusNumbersMileageRXBNormallEmergencyConductorConductorNameReactorsReactorsReactorsBusNumbersComp
IIIIIIIIIR IIIIIIIIIIIII -
Loop Borah-BenLomond345 kV into Populus (@
60093 67790 Borah -Populus 345 kV #2 48.0 1183 1482 o
SBR
Cardinal
e 56.55
67790 67793Populus-Treasureton345kV#1 201 1165 1482 o R Cardinal
67793 66510Treasureton-Terminal345kV#1 112.1165 1482 o R Cardinal
e
67790 65135 Populus -Ben Lomond 345 kV #2 86 1332 1478 2 1272 ACSR Bittern67790 65135 Populus -Ben Lomond 345 kV #3 81.1332 1478 2 1272 ACSR Bittern65135 66510 Ben Lomond -Terminal 345 kV #3 46 1332 1478 2 1272 ACSR Bittern
65135 66510 Ben Lomond -Terminal 345 kV #4 46 1332 1478 2 1272 ACSR Bittern
Loop Bridger-Borah 345 kV into Populus 21272ACSR(padof
60090 67790 Borah -Populus 345 kV #1 47.1127 1553.6 Borah-Bridger)Skgark
e 591-2167ACSR
upgrade to2-1272ACSR(part of Borah-
67791 60085 Populus -Bridger 345 kV #1 191 1127 1553.6 Bridger)Sk ark
e .43.18
Loop Bridger-Kinport 345 kV intoPopulus
2-1272 ACSR(part of
60191 67790 Kinport -Populus 345 kV #1 41.81 1127 1553.6 Kinport-Budger)Sk ark
e 65.78
upgrade to2-1272ACSR(part of Borah-
67792 60085 Populus -Bridger 345 kV #2 192.0 1127 1553.6 Budger)Sk ark
e
Populus 345 kV Reactive Support 1-200 MVARShuntCapacitor,2-90 MVARShuntReactor
e 65665 60084 Goshen -3MK345 kV 56.5 0.00169 0 0263 0 50072 1386 1593.9
e 3MKSeriesCapacitor -004790 986 1331.1 41.2Ohms 60084 60092 60.631-2167ACSR
upgrade to2-1272
ACSR(part of
60092 60085 3MK-Bridger 345 kV 169.5 0.00507 0 07900 1 50217 1386 1593.9 Goshen-Bridger)Sk ark 50 MVAR
e 67805 67807 Mona -Limber500kV#1 65 0 00048 0 01345 1 3¾¾3681.5 4097.2 3-1590 ACSRITWD Athabaska/TW1949.6 80 104 2 x 50 MVAR
e 67805 67807 Mona -Limber500kV#2 65 0 00048 0 01MS 1 3WSO 3681.5 4097.2 3-1590 ACSR/TWD AthabaskalTW1949.6 80 104 2 x 50 MVAR
67807 67808Limber500/345kVTransformer#1 000012 000871 1500.0 1680.0
67807 67808Limber500/345kVTransformer#2 000012 000871 1500.0 1680.0
e 67808 66133Limber-Oguirrh345kV#1 21 000074 001095 016844 1332 1478 2-1272ACSR Bittern1272ACSR
e 67808 66133Limber-Oguirrh345kV#2 21 000074 001095 016844 1332 1478 2-1272ACSR Bittern1272ACSR
e 67808 66510 Limber -Terminal345 kV #1 40 0 00140 0 02085 O 32084 1332 1478 2-1272 ACSR Bittern1272 ACSR
e 67808 66510 Limber -Terminal345 kV #2 40 0 00140 0 02085 O 32084 1332 1478 2-1272 ACSR Bittern1272 ACSR
66133 66510 Oguirrh -Terminal 345 kV #1 14.4 0 00050 0 00673 O 12907 1332 1478 2-1272 ACSR Bittern1272 ACSR
66133 66510 Oguirrh -Terminal 345 kV #2 144 0 00050 0 00673 O 12907 1332 1478 2-1272 ACSR Bittern1272 ACSR
e 66133 66510 Oguirrh -Terminal 345 kV #3 14.4 0 00050 0 00673 O 12907 1332 1478 2-1272 ACSR Bittern1272 ACSR
e 66133 66510 Oguirrh -Terminal 345 kV #4 14.4 0 00050 0 00673 O 12907 1332 1478 2-1272 ACSR Bittern1272 ACSR
65260 66080 amp i -1 ..1 .-ooma6526066080CampWill-90th345kV#4 10.65 000030 000440 008140 1395.9 1724.0 2-12/2AusN/Iwu Potomac/TW1557.4
Mona 500 kV Reactive Support 2-200 MVARShuntCapacitors
149
Gateway West Project -Comprehensive Progress Report
Appendix 21
TSS Approved Exceptions to the NERC/WECC Standards
150
Accepted Voltage and FrequencyExceptions
To the WECC ReliabilityCriteria for Transmission System Planning
Acceptable Level of WECC
Bus Name/Location Company Voltage/Frequency Dip ReliabilityCriteria Reference
Northem New PNM 6%Post-Transient Voltage A*1997 Path Rating Catalog,Path 48 Northem
Mexico Deviation New Mexico (NM2)Study Criteria
Southem New PNM 7%Post-Transient Voltage A*1997 Path Rating Catalog,Path 48 Northem
Mexico Deviation New Mexico (NM2)Study Criteria
BIGCREEKl3.8 SCE 59.47 Hz 23 cycles below 59.6 A*1992 Study Progam,Case NTO8
BIGCREEK230.SCE 59.5 Hz 21 cycles below 59.6 A*1992 Study Progam,Case NTO8
EASTWOOD230.SCE 59.5 Hz 21 cycles below 59.6 A*1992 Study Progam,Case NTO8
RECTOR 230.SCE 59.56 Hz 15 cycles below 59.6 A*1992 Study Progam,Case NTO8
SPRINGVL230.SCE 59.57 Hz 13 cycles below 59.6 A*1992 Study Progam,Case NTO8
OMAR Gl3.8 SCE 59.57 Hz 13 cycles below 59.6 A*1992 Study Progam,Case NTO8
SYC CYNGl3.8 SCE 59.58 Hz 11 cycles below 59.6 A*1992 Study Progam,Case NTO8
VESTAL 230.SCE 59.59 Hz 9 cycles below 59.6 A*1992 Study Progam,Case NTO8
BLNDL Gll2.5 PACE 59.43 Hz 15 cycles below 59.6 A*1993 Study Progam,Case NTl2
BLUNDELL46.0 PACE 59.53 Hz 10 cycles below 59.6 A*1993 Study Progam,Case NTl2
MONTANAl13.8 MPC 58.66 Hz 14 cycles below 59.4 B*1992 Study Progam,Case NT38B
COLSTP 222.0 MPC 58.86 Hz 14 cycles below 59.4 B*1992 Study Progam,Case NT38B
COLSTP 115 MPC 59.13 Hz 10 cycles below 59.4 B*1992 Study Progam,Case NT38B
COLSTP 122.0 MPC 59.14 Hz 9 cycles below 59.4 B*1992 Study Progam,Case NT38B
HARDIN 115 MPC 59.27 Hz 7 cycles below 59.4 B*1992 Study Progam,Case NT38B
COLSTRP 230.MPC 59.13 Hz 9 cycles below 59.4 B*1992 Study Progam,Case NT38B
CORETTE 18.0 MPC 59.29 Hz 9 cycles below 59.4 B*1992 Study Progam,Case NT38B
C-20
Accepted Voltage and FrequencyExceptions
To the WECC ReliabilityCriteria for Transmission System Planning
Acceptable Level of WECC
Bus Name/Location Company Voltage/Frequency Dip ReliabilityCriteria Reference
HARDIN 230.MPC 59.31 Hz 6 cycles below 59.4 B*1992 Study Progam,Case NT38B
MILCTYDC230.WAPA UM 59.27 Hz 8 cycles below 59.4 B*1992 Study Progam,Case NT38B
ROSEBUD 230.WAPA UM 59.30 Hz 7 cycles below 59.4 B*1992 Study Progam,Case NT38B
DIABLO 500.PG&E 31.8%Transient Voltage Dip C*1993 Study Progam,Case FTO9
Ft.CREEK 34.5 PACE 36.1%Transient Voltage Dip C*1997 Study Progam,Case 9709
Ft.CREEK 230 PACE 35.6%Transient Voltage Dip C*1997 Study Progam,Case 9709
MINERS 230 PACE 35.4%Transient Voltage Dip C*1997 Study Progam,Case 9709
PLATTE 230 PACE 32.4%Transient Voltage Dip C*1997 Study Progam,Case 9709
NTL 138 BCHA 53.2%Transient Voltage Dip C*1994 Study Progam,Case FT14
Southern Nevada SPP 46.6%Transient Voltage Dip C*1998 Study Progam,Case 9813
Area
WAPA L.M.Area WAPA LM 30.7%Transient Voltage Dip C*Response to Performance Log Item 95-02
EC Zone
Between Alberta and BCHA Separation and associated low A-D*1988 Study Progam,Case NTO4
BCHA voltages
ROSEBUD 115.TSG&T 59.2 Hz 15 cycles below 59.6 B 2003 Study Progam,Case DO310,DO329
ROSEBUD 13.8 TSG&T 59.2 Hz 15 cycles below 59.6 B 2003 Study Program,Case DO310,DO329
CARLIN TREND SPPR 7%Post-Transient Voltage B 2007 Study Progam,Case DO707
AREA Deviation
C-21
Accepted Voltage and FrequencyExceptions
To the WECC ReliabilityCriteria for Transmission System Planning
Acceptable Level of WECC
Bus Name/Location Company Voltage/Frequency Dip ReliabilityCriteria Reference
NORTHEASTERN TSG&T 7%Post-Transient Voltage B 2003 Study Progam,Case DO309
NEW MEXICO Deviation 2004 Study Progam,Case DO421
AREA
SOUTHERN NEW TSG&T 7%Post-Transient Voltage B 2005 Study Progam,Case DO509
MEXICO AREA Deviation
OTHER BUSES IN TSG&T 6%Post-Transient Voltage B 2003 Study Progam,Case DO333
PNM AREA Deviation
WESTERN TSG&T 7%Post-Transient Voltage B 2004 Study Progam,Case DO424
COLORADO AREA Deviation
SOUTHERN TSG&T 7%Post-Transient Voltage B 2003 Study Progam,Case DO309
COLORADO AREA Deviation 2004 Study Progam,Case DO421,DO424
OTHER TRI-STATE TSG&T 6%Post-Transient Voltage B
AREAS Deviation
BRIDGER1-5 22.0 PACE &59.42 Hz 6 cycles below 59.6 B 2007 Study Progam,Case DO710,DO727
IPC
BRIDGER 34.5 PACE &59.55 Hz 6 cycles below 59.6 B 2007 Study Progam,Case DO710,DO727
IPC
WALSENBURG 69,TSG&T 8%Post-Transient Voltage B
115,230 Deviation
PTRSNFLT 230 PACE &14%Post-Transient Voltage C 2007 Study Progam,Case DO709
IPC Deviation
PTRSNFUR 69 PACE &13%Post-Transient Voltage C 2007 Study Progam,Case DO709
IPC Deviation
PTRSNFRG 69 PACE &12%Post-Transient Voltage C 2007 Study Progam,Case DO709
IPC Deviation
AMPS 69 PACE &13%Post-Transient Voltage C 2007 Study Progam,Case DO709
IPC Deviation
AMPS 230 PACE &12%Post-Transient Voltage C 2007 Study Progam,Case DO709
IPC Deviation
C-22
Accepted Voltage and FrequencyExceptions
To the WECC ReliabilityCriteria for Transmission System Planning
Acceptable Level of WECC
Bus Name/Location Company Voltage/Frequency Dip ReliabilityCriteria Reference
BIGGRASS 69 PACE &11.5%Post-Transient Voltage C 2007 Study Program,Case DO709
IPC Deviation
BIGGRASS 161 PACE &11%Post-Transient Voltage C 2007 Study Program,Case DO709
IPC Deviation
*Refers to old WSCC Disturbance Performance Table.
C-23