AE2-261 Final System Impact Study (Retool 1) Report

v1.00 released 2025-12-08 18:15

Kincaid-Pana 345 kV

179.4 MW Capacity / 299.0 MW Energy

Introduction

This Final System Impact Study (SIS) Report has been prepared in accordance with the PJM Open Access Transmission Tariff, Part VII, Subpart D, section 314 for New Service Requests (projects) in Transition Cycle 1 (TC1). The Project Developer/Eligible Customer (developer) is Black Diamond Solar Power, LLC, and the Transmission Provider (TP) is PJM Interconnection, LLC (PJM). The interconnected Transmission Owner (TO) is Commonwealth Edison Company.

Preface

The Final System Impact Study is conducted on an aggregate basis within a New Services Request’s Cycle, and results are provided in both (i) a single Cycle summary format and (ii) an individual project-level basis. The Final System Impact Study Results (for both the summary and individual reports) will be publicly available on PJM’s website. Project Developers must obtain the results from the website.

In accordance with PJM Manual 14H, section 5, Final Agreement Negotiation Phase, the purpose of the Final Agreement Negotiation Phase is to:

  1. Negotiate, execute and enter into the applicable final interconnection related service agreement found in Tariff, Part IX;
  2. Conduct any remaining analyses or updated analyses based on New Service Requests withdrawn during Decision Point III (DP3); and
  3. Adjust the security obligation based on New Service Requests withdrawn during Decision Point III and/or during the Final Agreement Negotiation Phase.
Retool 1:

In accordance with PJM Tariff Part VII.D 314 B(1)(a), Final Agreement Negotiation Phase:

  • PJM will perform a retool (Retool 1) after the conclusion of DP3 considering only the TC1 projects moving on in the Final Agreement Negotiation Phase (Removes DP3 withdrawals).
  • The Final System Impact Study reflecting results from the retooled analysis (Retool 1) will be publicly available on PJM’s website; Project Developers and Eligible Customers must obtain the results from the website.
  • PJM will provide updated final electronic agreements to Project Developers and Eligible Customers in the Cycle reflecting updates from the Final System Impact Study after Retool 1 including the adjusted Security requirements.
Retool 2 (if needed):

If particular New Service Requests do not sign their final agreements after receiving the updated information after Retool 1, there may be the need to run a second retool (Retool 2) to identify if any network upgrades are no longer necessary:

  • PJM will perform Retool 2 (if necessary) considering only the removal of TC1 projects from the model which chose not to execute their agreements after Retool 1.
  • The updated Final System Impact Study reflecting results from Retool 2 will be publicly available on PJM’s website; Project Developers and Eligible Customers must obtain the results from the website.
  • If there are any adjustments to the agreements required after Retool 2, the necessary network upgrade or Security changes will be handled via the scope change process post-GIA.

General

The Project Developer has proposed a Solar generating facility located in the Commonwealth Edison Company zone — Christian County, Illinois. The installed facilities will have a total capability of 299.0 MW with 179.4 MW of this output being recognized by PJM as Capacity.

Project Information
New Service Request Number:
AE2-261
Project Name:
Kincaid-Pana 345 kV
Project Developer Name:
Black Diamond Solar Power, LLC
State:
Illinois
County:
Christian
Transmission Owner:
Commonwealth Edison Company
MFO:
299.0
MWE:
299.0
MWC:
179.4
Fuel Type:
Solar
Basecase Study Year:
2027

Physical Interconnection Facility Study

Received

The transmission owner has completed the Physical Interconnection Facilities Study. This report is available for download.

Point of Interconnection

AE2-261 will interconnect with the ComEd transmission system via a newly constructed 345kV breaker-and-a-half substation, TSS 903 Tovey, tapping the STA. 21 Kincaid - Auburn Solar 345kV line, L.2105, approximately miles from STA. 21 Kincaid and 8.3 miles from Auburn Solar.

 

Cost Summary

The table below shows a summary of the total cost estimates for this New Service Request project. The Facilities Studies for the Transmission Owner Interconnection Facilities (TOIF) and Physical Interconnection Network Upgrades were performed by the Transmission Owner in Phase II. Facilities Studies are available for download on PJM.com (see General Section for document links). The Interconnected Transmission Owner has performed a Facilities Study for the required System Reliability Network Upgrades in Phase III (see System Reinforcement Section for document links).

Based on the Final SIS results, the AE2-261 project has the following allocation of costs for interconnection. The Security amount required after the Final SIS and revised agreements is also shown below.

Cost Summary
DescriptionCost Allocated to AE2-261Cost Subject to Security*
Transmission Owner Interconnection Facilities (TOIF)$0$0
Other Scope$0$0
Option To Build Oversight$997,871$997,871
Physical Interconnection Network Upgrades
Stand Alone Network Upgrades$0$0
Network Upgrades$5,449,938$5,449,938
System Reliability Network Upgrades
Steady State Thermal & Voltage (SP & LL)$17,510,143$17,510,143
Transient Stability$0$0
Short Circuit$0$0
Transmission Owner Analysis
SubRegional$0$0
Distribution$0$0
Affected System Reinforcements
AFS - PJM Violatons$702,348$0
AFS - Non-PJM Violations$733,666$0
Total$25,393,967$23,957,953

* Contributes to calculation for Security. See Security Section of this report for additional detail.

Definitions

Transmission Owner Interconnection Facilities: Facilities that are owned, controlled, operated and maintained by the Transmission Owner on the Transmission Owner’s side of the Point of Change of Ownership to the Point of Interconnection, including any modifications, additions or upgrades made to such facilities and equipment, that are necessary to physically and electrically interconnect the Generating Facility with the Transmission System or interconnected distribution facilities.

Stand Alone Network Upgrades: Network Upgrades, which are not part of an Affected System, which a Project Developer may construct without affecting day-to-day operations (e.g. taking a transmission outage) of the Transmission System during their construction.

Network Upgrades: Modifications or additions to transmission-related facilities that are integrated with and support the Transmission Provider’s overall Transmission System for the general benefit of all users of such Transmission System. Network Upgrades have no impact or potential impact on the Transmission System until the final tie-in is complete.

Notes

Note 1: PJM Open Access Transmission Tariff (OATT), Part VII, Subpart D, section 307.5 outlines cost allocation rules. The rules are further clarified in PJM Manual 14H, section 4.2.6. PJM shall identify the New Service Requests in the Cycle contributing to the need for the required Network Upgrades within the Cycle. All New Service Requests that contribute to the need for a Network Upgrade will receive cost allocation for that upgrade pursuant to each New Service Request’s contribution to the reliability violation identified on the transmission system in accordance with PJM Manuals.

Note 2: There will be no inter-Cycle cost allocation for Interconnection Facilities or Network Upgrades identified in the System Impact Study costs identified in a Cycle; all such costs shall be allocated to New Service Requests in that Cycle.

Note 3: For Project Developers with System Reinforcements listed: If this project presents cost allocation to a System Reinforcement indicates $0, then please be aware that as changes to the interconnection process occur, the cost responsibilities can change and a cost allocation may be assigned to this project. In addition, although this project presents cost allocation to a System Reinforcement is presently $0, this project may need this system reinforcement completed to be deliverable to the PJM system. If this project desires to come into service prior to completion of the system reinforcement, the Project Developer will need to request PJM to perform an interim deliverability study to determine if they would be deliverable for all or a portion of their output for each delivery year until the system reinforcement is complete.

Security Requirement

Per Tariff Part VII, Subpart D, section 314 (Final Agreement Negotiation Phase) A.1 and PJM Manual 14H, Section 5, if a Transition Cycle 1 New Service Request is withdrawn during Decision Point III and/or the Final Agreement Negotiation Phase, PJM shall remove the New Service Request from the Cycle and adjust the Security obligations of other New Service Requests based on the withdrawal. The Final System Impact Study results will reflect the updated Security amount for this project. Security may be in the form of cash, letter of credit, or other form of Security acceptable to PJM (see PJM M14H, Section 6.4).

Security is calculated for a New Service Request based on the Network Upgrade costs allocated pursuant to the Final System Impact Study results.

Note 1: "Network Upgrades" referred to in the calculation include both (i) the Physical Interconnection Network Upgrades and (ii) the System Reliability Network Upgrades as shown in the Cost Summary table.

Security Due for AE2-261/AG1-460

Security has been calculated for the AE2-261/AG1-460 project(s) based on the Final System Impact Study results and is shown in the table below. This Security must be provided at Final SIS through either a wire transfer or letter of credit or other form of Security deemed acceptable by PJM per Manual 14H, Section 6.4.

Security Due for AE2-261/AG1-460
Project(s): AE2-261/AG1-460
Final Agreement Security (A): $32,418,723
Portion of Costs Already Paid (B): $0
Revised Net Security (C): A B = $32,418,723
Security on Hand with PJM (D): $28,763,929
Additional Security Due at Agreement Execution (E): C D = $3,654,794
Note:

In accordance with Tariff, Part VII, Subpart D, section 314(B)(4)(a) (Final Agreement Negotiation Phase) failure to provide any required adjustments to Security within the 15 Business Day period will result in the New Service Request project being terminated and withdrawn.

Please see the cover letter for more details on Letter of Credit/Wire details to satisfy the additional Security requirement.

If no additional Security is required, please coordinate with your assigned Project Manager to initiate any refunds of Security reductions.

Transmission Owner Scope of Work

As shown in the one line diagram, this Interconnection Request is sharing the Point of Interconnection (POI) with one or more other Interconnection Requests. Should other requests withdraw from the Interconnection Queue, the cost allocation for Transmission Owner Interconnection Facilities, Stand Alone Network Upgrades, and applicable Network Upgrades identified in the study report will be updated for the remaining project(s). Refer to the one line for other Interconnection Requests at this POI.

The total preliminary cost estimate for the Transmission Owner scope of work (including TOIF and Physical Interconnection Network Upgrades) is given in the table below. These costs do not include CIAC Tax Gross-up.

(No Transmission Owner Scope for this project.)

Developer Scope

Project Developer has elected the option Option to Build where they will assume responsibility for the design, procurement and construction of the Transmission Owner Interconnection Facilities and/or Stand-Alone Network Upgrades identified in this SIS report.

The Project Developer must fulfill additional requirements in accordance to PJM Manual 14C, section 5.1 and PJM Manual 14H, section 8.6.2.

The cost estimates for eligible facilities and Option to Build oversight are highlighted below:

Network Upgrades
RTEP IDDescriptionDirectIndirectTotal Cost ($USD)Allocated Cost ($USD)
LaborMaterialsLaborMaterials
n9571.0

Extend existing distribution power to tie in the auxiliary power for the new interconnection substation.

$834,434$489,578$138,388$29,061$1,491,461$745,730 (See Note 1)
n9570.0

Cut the STA. 21 Kincaid - Auburn Solar 345kV line (L2105/L9032) to loop into the new TSS 903 Tovey substation.

$4,557,738$2,011,824$755,884$119,421$7,444,867$3,722,434 (See Note 1)
n9569.0

Perform Relaying Upgrades at TSS 964 Clear Creek (L90302) and Sta 21 Kincaid (L2105).

$316,123$61,197$52,428$3,633$433,381$216,690 (See Note 1)
n9568.0

Install 0.5 miles of fiber from TSS 903 Tovey substation to the L.2105 345kV transmission line.

$989,972$354,944$164,183$21,069$1,530,168$765,084 (See Note 1)
Option to Build Oversight
RTEP IDDescriptionDirectIndirectTotal Cost ($USD)Allocated Cost ($USD)
LaborMaterialsLaborMaterials
(Pending)

Provide oversight for the construction of the new 345 kV breaker-and-a-half TSS 903 Tovey substation tapping the L.2105 345kV transmission line.

$1,646,852$0$273,125$0$1,919,977$959,988 (See Note 1)
(Pending)

Provide oversight for the construction of the Transmission Owner Interconnection Facilities from the Point of Change in Ownership to the TSS 903 Tovey Substation.

$64,987$0$10,778$0$75,765$37,882 (See Note 1)

Based on the scope of work for the Interconnection Facilities, it is expected to take 60 month(s) after the signing of a Generator Interconnection Agreement (as this is a FERC connection) and construction kickoff call to complete the installation of the physical connection work. This assumes that there will be no environmental issues with any of the new properties associated with this project, that there will be no delays in acquiring the necessary permits for implementing the defined interconnection work, and that all system outages will be allowed when requested.

Note that the TO findings were made from a conceptual review of this project. A more detailed review of the connection facilities and their cost will be identified in a future study phase. Further note that the cost estimate data provided should be considered high level estimates since it was produced without a detailed engineering review. The Project Developer will be responsible for the actual cost of construction. TO herein reserves the right to return to any issues in this document and, upon appropriate justification, request additional monies to complete any reinforcements to the transmission systems.

Remote Terminal Work: During Phase II of the PJM interconnection process, TO’s System Protection Engineering Department will review transmission line protection as well as anti-islanding required to accommodate the new generation and interconnection substation. System Protection Engineering will determine the minimal acceptable protection requirements to reliably interconnect the proposed generating facility with the transmission system. The review is based on maintaining system reliability by reviewing TO’s protection requirements with the known transmission system configuration which includes generating facilities in the area. This review may determine that transmission line protection and communication upgrades are required at remote substations.

Note 1: A Common Use Upgrade is a Network Upgrade that is needed for the interconnection of Generating Facilities or Merchant Transmission Facilities of more than one Project Developer or Eligible Customer and which is the shared responsibility of each Project Developer or Eligible Customer. If multiple Project Developers request to connect to the same interconnection substation, the Transmission Owner will determine the cost to accommodate all the requests at the substation. The cost for the interconnection will be allocated in proportion to the number of required terminations into the substation.

Notes on Cost Estimate:

  1. These estimates are Order-of-Magnitude estimates of the costs that ComEd would bill to the Project Developer for this interconnection. These estimates are based on a one-line electrical diagram of the project and the information provided by the Project Developer.
  2. There were no site visits performed for these estimates. There may be costs related to specific site related issues that are not identified in these estimates. The site reviews will be performed during the Facilities Study or during detailed engineering.
  3. These estimates are not a guarantee of the maximum amount payable by the Project Developer and the actual costs of ComEd's work may differ significantly from these estimates. The Project Developer will be responsible for paying actual costs of ComEd's work in accordance with the PJM Open Access Transmission Tariff.
  4. The Project Developer is responsible for all engineering, procurement, testing and construction of all equipment on the Project Developer’s side of the Point of Change in Ownership.

These cost estimates do not include cost of acquiring right-of-way for the transmission line and purchasing any additional land, if needed, for the line terminations.

Transmission Owner Analysis

No Transmission Owner impacts identified.

 

Developer Requirements

The developer is responsible for all design and construction related activities on the developer’s side of the Point of Change in Ownership. ComEd interconnection requirements can be found here.

To the extent that these Applicable Technical Requirements and Standards may conflict with the terms and conditions of the Tariff, the Tariff shall control.

Revenue Metering and SCADA Requirements

PJM Requirements
The developer will be required to install equipment necessary to provide Revenue Metering (KWH, KVARH) and real time data (KW, KVAR) for their generating Resource. See PJM Manual 01, PJM Manual 14D, and PJM Tariff Part IX, Subpart B, Appendix 2, section 8.
Meteorological Data Reporting Requirement
The solar generation facility shall provide the Transmission Provider with site-specific meteorological data including:
  • Temperature (degrees Fahrenheit)
  • Atmospheric Pressure (hectopascals)
  • Irradiance
  • Forced outage data
Transmission Owner Requirements
The Project Developer will be required to comply with all interconnected Transmission Owner’s revenue metering requirements located at the following link: PJM - Transmission Owner Engineering & Construction Standards.

Summer Peak Analysis

The New Service Request AE2-261 was evaluated as a 299.0 MW (179.4 MW Capacity) injection in the ComEd area.

Note: The capacity portion of Generation Interconnection Requests are evaluated for single or N-1 contingencies. The full energy output of Generation Interconnection Requests are evaluated for multiple facility contingencies (double circuit tower line, fault with a stuck breaker, and bus fault).

The following flowgates remain after considering the topology reinforcements required by the cycle.

StudyAreaFacility DescriptionContingency NameContingency TypeDC|ACFinal Cycle LoadingRating (MVA)Rating TypeMVA to MitigateMW ContributionDetails
GD1AEP/DEI
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
AEP_P7-1_#11014___SRT-A-1
TowerAC106.03 %1374.0B1456.8826.32
GD1AEP/DEI
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
AEP_P7-1_#11042___SRT-A
TowerAC104.37 %1374.0B1434.022.41
GD1AMIL/CE
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
COMED_P4_LAT-45-BT15____SRT-A
BreakerAC102.7 %1327.0B1362.8668.64
GD1AMIL/CE
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
COMED_P4_LAT-45-BT11____SRT-A
BreakerAC102.28 %1327.0B1357.1969.87
GD1AMIL/CE
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
COMED_P4_021-45-BT5-7___SRT-A
BreakerAC101.61 %1327.0B1348.3892.72
GD1CE
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
COMED_P4_023-65-BT3-4___SRT-A
BreakerAC101.28 %2107.0STE2134.0122.56
GD1CE
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
COMED_P4_023-65-BT2-3___SRT-A
BreakerAC101.11 %2107.0STE2130.3422.56
GD1CE
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
COMED_P4_023-65-BT4-5___SRT-A
BreakerAC101.04 %2107.0STE2129.022.56

Details for 05EUGENE-08CAYSUB 345.0 kV Ckt 1 line l/o AEP_P7-1_#11014___SRT-A-1


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AEP/DEI
Facility Description:
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
Contingency Name:
AEP_P7-1_#11014___SRT-A-1
Contingency Type:Tower
DC|AC:AC
Final Cycle Loading:106.03 %
Rating:1374.0 MVA
Rating Type:B
MVA to Mitigate:1456.88
MW Contribution:26.32
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:AEP/DEI
Facility Description:
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
Contingency Name:
AEP_P7-1_#11014___SRT-A-1
Contingency Type:Tower
DC|AC:AC
Final Cycle Loading:106.52 %
Rating:1374.0 MVA
Rating Type:B
MVA to Mitigate:1463.53
MW Contribution:26.38
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
Adder
14.06117647058823611.952
965092AG1-374 E
Adder
9.3741176470588247.968
965911AG1-460 C
Adder
1.05647058823529430.898
965912AG1-460 E
Adder
1.58470588235294121.347
290261S-027 E
Adder
12.74941176470588310.837
290265S-028 E
Adder
12.67058823529411710.77
936771AD2-100 C
Adder
11.0211764705882369.368
936772AD2-100 E
Adder
7.3470588235294126.245
936971AD2-131 C
Adder
0.72588235294117650.617
936972AD2-131 E
Adder
3.6470588235294123.1
942111AE2-223 C
Adder
1.4764705882352941.255
942112AE2-223 E
Adder
9.8788235294117658.397
942481AE2-261 C
Adder
15.78941176470588213.421
942482AE2-261 E
Adder
10.5258823529411768.947
959341AF2-225 C
Adder
4.76941176470588254.054
959342AF2-225 E
Adder
6.58588235294117655.598
959611AF2-252 C
Adder
1.56235294117647071.328
959612AF2-252 E
Adder
2.3435294117647061.992
960611AF2-352 C
Adder
1.56235294117647071.328
960612AF2-352 E
Adder
2.3435294117647061.992
276615W2-048 GEN
Adder
5.00470588235294044.254
276621X2-022 GEN
Adder
17.1305882352941214.561
917502Z2-087 E
Adder
13.17176470588235311.196
957381AF2-032 C
Adder
1.21.02
957382AF2-032 E
Adder
0.56470588235294120.48
274890CAYUG;1U E
Adder
6.3117647058823545.365
274891CAYUG;2U E
Adder
6.3117647058823545.365
925772AC1-053 E
Adder
16.4529411764705913.985
933441AC2-157 C
50/50
9.5729.572
933442AC2-157 E
50/50
15.61715.617
276174W4-005 E
Adder
25.1282352941176521.359
924048AB2-047 E1
Adder
8.1670588235294136.942
924049AB2-047 E2
Adder
8.2964705882352947.052
924266AB2-070 E
Adder
15.03529411764705912.78
942601AE2-276 C
50/50
6.2976.297
945391AF1-204 C
50/50
33.86833.868
945392AF1-204 E
50/50
101.603101.603
960141AF2-305_AG1-
Adder
0.87882352941176480.747
930461AB1-087 C
50/50
11.00811.008
930462AB1-087 E
50/50
3.1493.149
930471AB1-088 C
50/50
10.83910.839
930472AB1-088 E
50/50
3.1493.149
939741AE1-205 C
Adder
6.3588235294117655.405
939742AE1-205 E
Adder
8.7811764705882357.464
963741AG1-226 C
50/50
75.42975.429
963742AG1-226 E
50/50
163.607163.607
963841AG1-237 C
50/50
13.81113.811
963842AG1-237 E
50/50
92.42492.424
944221AF1-090 C
Adder
3.0235294117647062.57
944222AF1-090 E
Adder
14.15411764705882512.031
990057J1201
External Queue
2.866802692413332.86680269241333
990272J1263 G
External Queue
34.43985748291015634.439857482910156
990672J1360
External Queue
49.1416740417480549.14167404174805
992572J1022
External Queue
23.22961235046386723.229612350463867
954822J955
External Queue
78.4833374023437578.48333740234375
956282J1115 C
External Queue
3.1526603698730473.152660369873047
956283J1115 E
External Queue
17.0567016601562517.05670166015625
956452J1139
External Queue
34.86825561523437534.868255615234375
990353J1289 C
External Queue
1.89602851867675781.8960285186767578
990354J1289 E
External Queue
10.25800037384033210.258000373840332
991037J1464 G
External Queue
40.3800201416015640.38002014160156
991082J1475 G
External Queue
7.5343327522277837.534332752227783
991192J1610 G
External Queue
7.13355541229248057.1335554122924805
991197J1626
External Queue
9.9642887115478529.964288711547852
991217J1653
External Queue
8.5655527114868168.565552711486816
991267J1714
External Queue
6.642859458923346.64285945892334
991278J1725 C
External Queue
0.89081752300262450.8908175230026245
991279J1725 E
External Queue
4.819550991058354.81955099105835
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.1550.155
CBM West 1LTFEXP_CBM-W1->PJM
CBM
29.38929.389
CBM West 2LTFEXP_CBM-W2->PJM
CBM
4.0794.079
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
G-007PJM->LTFIMP_G-007
CMTX_NF
0.6960.696
NYPJM->LTFIMP_NY
CLTF
0.3780.378
WECLTFEXP_WEC->PJM
CLTF
1.0231.023
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.0860.086
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.0330.033
TVALTFEXP_TVA->PJM
CLTF
1.1281.128
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.8660.866
MECLTFEXP_MEC->PJM
CLTF
5.8845.884
BlueGrassPJM->LTFIMP_BlueG
CLTF
2.8452.845
LAGNLTFEXP_LAGN->PJM
CLTF
2.632.63
O66PJM->LTFIMP_O-066
CMTX_NF
4.4694.469

Details for 05EUGENE-08CAYSUB 345.0 kV Ckt 1 line l/o AEP_P7-1_#11042___SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AEP/DEI
Facility Description:
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
Contingency Name:
AEP_P7-1_#11042___SRT-A
Contingency Type:Tower
DC|AC:AC
Final Cycle Loading:104.37 %
Rating:1374.0 MVA
Rating Type:B
MVA to Mitigate:1434.0
MW Contribution:22.41
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:AEP/DEI
Facility Description:
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line
Contingency Name:
AEP_P7-1_#11042___SRT-A
Contingency Type:Tower
DC|AC:AC
Final Cycle Loading:104.68 %
Rating:1374.0 MVA
Rating Type:B
MVA to Mitigate:1438.32
MW Contribution:22.45
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
966841AG1-555 C
50/50
24.49324.493
966842AG1-555 E
50/50
8.7558.755
965091AG1-374 C
Adder
12.3810.523
965092AG1-374 E
Adder
8.2529411764705877.015
965911AG1-460 C
Adder
0.90.765
965912AG1-460 E
Adder
1.34941176470588231.147
24790005FR-11G E
50/50
23.68923.689
24790105FR-12G E
50/50
23.32923.329
24790205FR-21G E
50/50
24.79824.798
24790305FR-22G E
50/50
23.82823.828
24790405FR-3G E
50/50
46.21546.215
24790505FR-4G E
50/50
36.62836.628
24790605MDL-1G E
50/50
48.7948.79
24790705MDL-2G E
50/50
23.49423.494
24791205MDL-3G E
50/50
23.46723.467
24791305MDL-4G E
50/50
24.43624.436
290261S-027 E
Adder
11.2247058823529419.541
290265S-028 E
Adder
11.1552941176470589.482
936771AD2-100 C
Adder
9.3588235294117657.955
936772AD2-100 E
Adder
6.2388235294117655.303
936971AD2-131 C
Adder
0.61647058823529410.524
936972AD2-131 E
Adder
3.09764705882352942.633
942111AE2-223 C
Adder
1.30941176470588231.113
942112AE2-223 E
Adder
8.7623529411764727.448
942481AE2-261 C
Adder
13.44941176470588411.432
942482AE2-261 E
Adder
8.9658823529411777.621
959341AF2-225 C
Adder
4.23058823529411753.596
959342AF2-225 E
Adder
5.8423529411764714.966
959611AF2-252 C
Adder
1.3752941176470591.169
959612AF2-252 E
Adder
2.0635294117647061.754
960611AF2-352 C
Adder
1.3752941176470591.169
960612AF2-352 E
Adder
2.0635294117647061.754
24385905FR-11G C
50/50
1.1631.163
24386205FR-12G C
50/50
0.5660.566
24386405FR-21G C
50/50
0.5890.589
24386605FR-22G C
50/50
0.5890.589
24387005FR-3G C
50/50
0.5660.566
24387305FR-4G C
50/50
1.3181.318
276615W2-048 GEN
Adder
4.3141176470588243.667
276621X2-022 GEN
Adder
14.76705882352941212.552
917502Z2-087 E
Adder
11.6835294117647069.931
946581AF1-322 C
50/50
23.27323.273
946582AF1-322 E
50/50
32.13932.139
957381AF2-032 C
Adder
1.02352941176470580.87
957382AF2-032 E
Adder
0.481176470588235260.409
24690905MDL-1G C
50/50
1.1731.173
24691005MDL-2G C
50/50
0.6880.688
24697605MDL-3G C
50/50
0.6930.693
24697905MDL-4G C
50/50
0.5340.534
925772AC1-053 E
Adder
14.23647058823529612.101
933441AC2-157 C
50/50
9.1999.199
933442AC2-157 E
50/50
15.00915.009
276174W4-005 E
Adder
21.75294117647058618.49
924048AB2-047 E1
Adder
7.24470588235294166.158
924049AB2-047 E2
Adder
7.3588235294117656.255
24755605MDL-5G
50/50
0.9150.915
247943T-127 E
50/50
22.10922.109
930041AB1-006 E1
50/50
42.18242.182
930042AB1-006 E2
50/50
6.0266.026
270180AB1-006 W1
50/50
1.031.03
270181AB1-006 W2
50/50
0.1470.147
924266AB2-070 E
Adder
13.03176470588235211.077
942601AE2-276 C
50/50
6.0526.052
945391AF1-204 C
50/50
29.75729.757
945392AF1-204 E
50/50
89.27189.271
960141AF2-305_AG1-
Adder
0.76117647058823530.647
930461AB1-087 C
50/50
10.5810.58
930462AB1-087 E
50/50
3.0263.026
930471AB1-088 C
50/50
10.41710.417
930472AB1-088 E
50/50
3.0263.026
939741AE1-205 C
Adder
5.644.794
939742AE1-205 E
Adder
7.7894117647058836.621
963741AG1-226 C
50/50
49.45349.453
963742AG1-226 E
50/50
107.265107.265
963841AG1-237 C
50/50
8.1778.177
963842AG1-237 E
50/50
54.72654.726
944221AF1-090 C
Adder
2.54235294117647072.161
944222AF1-090 E
Adder
11.90588235294117510.12
990272J1263 G
External Queue
28.79624176025390628.796241760253906
990672J1360
External Queue
43.5486869812011743.54868698120117
992572J1022
External Queue
20.7162399291992220.71623992919922
954822J955
External Queue
70.3054656982421970.30546569824219
956282J1115 C
External Queue
2.83346652984619142.8334665298461914
956283J1115 E
External Queue
15.32977962493896515.329779624938965
956452J1139
External Queue
30.61046218872070330.610462188720703
991037J1464 G
External Queue
36.4587554931640636.45875549316406
991082J1475 G
External Queue
7.1702566146850597.170256614685059
991192J1610 G
External Queue
6.4510741233825686.451074123382568
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.2990.299
CBM West 1LTFEXP_CBM-W1->PJM
CBM
28.12128.121
G-007PJM->LTFIMP_G-007
CMTX_NF
0.7110.711
NYPJM->LTFIMP_NY
CLTF
0.3810.381
WECLTFEXP_WEC->PJM
CLTF
0.9720.972
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.210.21
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.1160.116
TVALTFEXP_TVA->PJM
CLTF
0.3420.342
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
1.1131.113
MECLTFEXP_MEC->PJM
CLTF
5.0675.067
BlueGrassPJM->LTFIMP_BlueG
CLTF
3.6773.677
LAGNLTFEXP_LAGN->PJM
CLTF
1.6091.609
O66PJM->LTFIMP_O-066
CMTX_NF
4.5614.561

Details for AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line l/o COMED_P4_LAT-45-BT15____SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_LAT-45-BT15____SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.7 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1362.86
MW Contribution:68.64
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_LAT-45-BT15____SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.88 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1365.21
MW Contribution:68.66
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965911AG1-460 C
50/50
2.7552.755
965912AG1-460 E
50/50
4.1324.132
936771AD2-100 C
50/50
27.06327.063
936772AD2-100 E
50/50
18.04218.042
936971AD2-131 C
50/50
1.7831.783
936972AD2-131 E
50/50
8.9578.957
942481AE2-261 C
50/50
41.18341.183
942482AE2-261 E
50/50
27.45527.455
274650KINCAID ;1U
50/50
21.35321.353
274651KINCAID ;2U
50/50
21.27621.276
276615W2-048 GEN
50/50
23.79923.799
276621X2-022 GEN
50/50
81.45481.454
957381AF2-032 C
50/50
3.1963.196
957382AF2-032 E
50/50
1.5041.504
925771AC1-053 C
50/50
2.262.26
925772AC1-053 E
50/50
94.07294.072
276668AB2-070 C
50/50
2.4982.498
924266AB2-070 E
50/50
92.57292.572
935141AD1-148 C
50/50
2.5922.592
960141AF2-305_AG1-
50/50
5.4085.408
960261AF2-317 C
50/50
1.0911.091
944221AF1-090 C
50/50
6.0366.036
944222AF1-090 E
50/50
28.2628.26
965331AG1-398 C
50/50
0.6790.679
990057J1201
External Queue
4.1928029060363774.192802906036377
954822J955
External Queue
210.25054931640625210.25054931640625
990353J1289 C
External Queue
4.1899290084838874.189929008483887
990354J1289 E
External Queue
22.66858863830566422.668588638305664
991037J1464 G
External Queue
99.725730895996199.7257308959961
991192J1610 G
External Queue
15.98558902740478515.985589027404785
991197J1626
External Queue
11.49649810791015611.496498107910156
991267J1714
External Queue
7.6643319129943857.664331912994385
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.350.35
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.2190.219
CBM West 1LTFEXP_CBM-W1->PJM
CBM
1.5271.527
CBM West 2LTFEXP_CBM-W2->PJM
CBM
16.63416.634
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
9.7349.734
G-007ALTFEXP_G-007A->PJM
CMTX
0.4630.463
VTFLTFEXP_VFT->PJM
CMTX
1.241.24
LGEELTFEXP_LGEE->PJM
CLTF
0.4280.428
CPLELTFEXP_CPLE->PJM
CLTF
0.7310.731
TVALTFEXP_TVA->PJM
CLTF
2.9212.921
MECLTFEXP_MEC->PJM
CLTF
3.2483.248
LAGNLTFEXP_LAGN->PJM
CLTF
4.2664.266
SIGELTFEXP_SIGE->PJM
CLTF
0.1460.146

Details for AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line l/o COMED_P4_LAT-45-BT11____SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_LAT-45-BT11____SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.28 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1357.19
MW Contribution:69.87
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_LAT-45-BT11____SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.48 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1359.92
MW Contribution:69.89
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965911AG1-460 C
50/50
2.8042.804
965912AG1-460 E
50/50
4.2064.206
936771AD2-100 C
50/50
27.55627.556
936772AD2-100 E
50/50
18.37118.371
936971AD2-131 C
50/50
1.8151.815
936972AD2-131 E
50/50
9.129.12
942481AE2-261 C
50/50
41.92341.923
942482AE2-261 E
50/50
27.94927.949
274650KINCAID ;1U
50/50
21.73521.735
274651KINCAID ;2U
50/50
21.65821.658
276615W2-048 GEN
50/50
23.96523.965
276621X2-022 GEN
50/50
82.02482.024
957381AF2-032 C
50/50
3.2533.253
957382AF2-032 E
50/50
1.5311.531
925771AC1-053 C
50/50
2.2642.264
925772AC1-053 E
50/50
94.22394.223
276668AB2-070 C
50/50
2.4972.497
924266AB2-070 E
50/50
92.54492.544
935141AD1-148 C
50/50
2.6112.611
960141AF2-305_AG1-
50/50
5.4075.407
960261AF2-317 C
50/50
1.0981.098
944221AF1-090 C
50/50
6.1526.152
944222AF1-090 E
50/50
28.80228.802
965331AG1-398 C
50/50
0.6790.679
990057J1201
External Queue
4.2475070953369144.247507095336914
954822J955
External Queue
213.99649047851562213.99649047851562
990353J1289 C
External Queue
4.300757408142094.30075740814209
990354J1289 E
External Queue
23.26819992065429723.268199920654297
991037J1464 G
External Queue
101.84619140625101.84619140625
991192J1610 G
External Queue
16.95795822143554716.957958221435547
991197J1626
External Queue
11.59187889099121111.591878890991211
991267J1714
External Queue
7.7279195785522467.727919578552246
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.3460.346
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.1910.191
CBM West 1LTFEXP_CBM-W1->PJM
CBM
3.2633.263
CBM West 2LTFEXP_CBM-W2->PJM
CBM
16.79616.796
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
9.7089.708
G-007ALTFEXP_G-007A->PJM
CMTX
0.4140.414
VTFLTFEXP_VFT->PJM
CMTX
1.1071.107
LGEELTFEXP_LGEE->PJM
CLTF
0.4040.404
CPLELTFEXP_CPLE->PJM
CLTF
0.7250.725
TVALTFEXP_TVA->PJM
CLTF
2.9612.961
MECLTFEXP_MEC->PJM
CLTF
3.5713.571
LAGNLTFEXP_LAGN->PJM
CLTF
4.3714.371
SIGELTFEXP_SIGE->PJM
CLTF
0.1410.141

Details for AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line l/o COMED_P4_021-45-BT5-7___SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_021-45-BT5-7___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:101.61 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1348.38
MW Contribution:92.72
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:AMIL/CE
Facility Description:
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_021-45-BT5-7___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:101.77 %
Rating:1327.0 MVA
Rating Type:B
MVA to Mitigate:1350.47
MW Contribution:92.73
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965911AG1-460 C
50/50
3.7213.721
965912AG1-460 E
50/50
5.5825.582
936771AD2-100 C
50/50
35.12935.129
936772AD2-100 E
50/50
23.41923.419
936971AD2-131 C
50/50
2.3142.314
936972AD2-131 E
50/50
11.62611.626
942481AE2-261 C
50/50
55.63155.631
942482AE2-261 E
50/50
37.08737.087
274650KINCAID ;1U
50/50
29.22429.224
274651KINCAID ;2U
50/50
29.22429.224
276615W2-048 GEN
50/50
26.58326.583
276621X2-022 GEN
50/50
90.98490.984
957381AF2-032 C
50/50
4.3744.374
957382AF2-032 E
50/50
2.0592.059
925771AC1-053 C
50/50
2.4382.438
925772AC1-053 E
50/50
101.491101.491
276668AB2-070 C
50/50
2.6612.661
924266AB2-070 E
50/50
98.62898.628
935141AD1-148 C
50/50
2.8962.896
960141AF2-305_AG1-
50/50
5.7625.762
960261AF2-317 C
50/50
1.2181.218
944221AF1-090 C
50/50
6.5856.585
944222AF1-090 E
50/50
30.8330.83
965331AG1-398 C
50/50
0.7230.723
990057J1201
External Queue
4.03153991699218754.0315399169921875
954822J955
External Queue
116.13773345947266116.13773345947266
990353J1289 C
External Queue
2.3641617298126222.364161729812622
990354J1289 E
External Queue
12.79071998596191412.790719985961914
991037J1464 G
External Queue
55.5587844848632855.55878448486328
991192J1610 G
External Queue
12.41325283050537112.413252830505371
991197J1626
External Queue
11.04912090301513711.049120903015137
991267J1714
External Queue
7.36608076095581057.3660807609558105
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.2680.268
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.1090.109
CBM West 2LTFEXP_CBM-W2->PJM
CBM
13.35513.355
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
7.5837.583
G-007ALTFEXP_G-007A->PJM
CMTX
0.2540.254
VTFLTFEXP_VFT->PJM
CMTX
0.6780.678
LGEELTFEXP_LGEE->PJM
CLTF
0.3450.345
CPLELTFEXP_CPLE->PJM
CLTF
0.560.56
TVALTFEXP_TVA->PJM
CLTF
2.3712.371
MECLTFEXP_MEC->PJM
CLTF
1.9821.982
LAGNLTFEXP_LAGN->PJM
CLTF
3.3833.383
SIGELTFEXP_SIGE->PJM
CLTF
0.1230.123

Details for AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line l/o COMED_P4_023-65-BT3-4___SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT3-4___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:101.28 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2134.01
MW Contribution:22.56
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT3-4___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.5 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2159.6
MW Contribution:22.74
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
272363ESS H440 ; R
Adder
1.55294117647058831.32
962012AG1-044 E
Adder
0.0364705882352941160.031
962781AG1-127 C
Adder
4.1094117647058823.493
962782AG1-127 E
Adder
2.73529411764705932.325
965091AG1-374 C
50/50
23.86423.864
965092AG1-374 E
50/50
15.90915.909
965911AG1-460 C
Adder
0.90470588235294120.769
965912AG1-460 E
Adder
1.35764705882352941.154
966091AG1-478 C
50/50
1.5961.596
966092AG1-478 E
50/50
0.4020.402
966441AG1-513 C
Adder
0.289411764705882370.246
966442AG1-513 E
Adder
0.434117647058823550.369
290051GSG-6; E
Adder
6.1741176470588245.248
290261S-027 E
50/50
21.63721.637
290265S-028 E
50/50
21.50421.504
295109WESTBROOK E
Adder
3.30588235294117672.81
295111SUBLETTE E
Adder
1.60705882352941191.366
933911AD1-013 C
Adder
1.08705882352941190.924
933912AD1-013 E
Adder
1.73647058823529421.476
934721AD1-100 C
50/50
7.0217.021
934722AD1-100 E
50/50
213.311213.311
936771AD2-100 C
Adder
9.1988235294117657.819
936772AD2-100 E
Adder
6.1329411764705885.213
936971AD2-131 C
Adder
0.60588235294117650.515
936972AD2-131 E
Adder
3.04470588235294142.588
937002AD2-134 E
Adder
5.9705882352941185.075
937312AD2-172 E
Adder
1.88588235294117661.603
942111AE2-223 C
50/50
2.7532.753
942112AE2-223 E
50/50
18.42618.426
942481AE2-261 C
Adder
13.53411764705882311.504
942482AE2-261 E
Adder
9.022352941176477.669
959081AF2-199 C
Adder
4.0670588235294123.457
959082AF2-199 E
Adder
2.03294117647058851.728
959341AF2-225 C
50/50
8.8958.895
959342AF2-225 E
50/50
12.28412.284
959611AF2-252 C
50/50
2.6522.652
959612AF2-252 E
50/50
3.9773.977
960611AF2-352 C
50/50
2.6522.652
960612AF2-352 E
50/50
3.9773.977
960751AF2-366 C
Adder
4.0976470588235293.483
960752AF2-366 E
Adder
2.7317647058823532.322
274654BRAIDWOOD;1U
50/50
40.83940.839
274655BRAIDWOOD;2U
50/50
39.5839.58
274660LASCO STA;1U
50/50
30.94930.949
274661LASCO STA;2U
50/50
31.05431.054
274847GR RIDGE ;BU
50/50
0.6510.651
274853TWINGROVE;U1
50/50
0.7540.754
274854TWINGROVE;U2
50/50
0.7760.776
274859EASYR;U1 E
Adder
0.242352941176470580.206
274863CAYUGA RI;1U
50/50
0.7780.778
274864CAYUGA RI;2U
50/50
0.7780.778
274871GR RIDGE ;2U
50/50
0.2420.242
274887PILOT HIL;1U
50/50
0.9060.906
274888KELLY CRK;1U
50/50
0.9060.906
276173Z2-081
50/50
0.1950.195
276591L-013 2
Adder
2.0388235294117651.733
276615W2-048 GEN
Adder
4.76941176470588254.054
276621X2-022 GEN
Adder
16.32352941176470713.875
293061N-015 E
50/50
17.43817.438
293715O-029 E
Adder
5.9070588235294125.021
293716O-029 E
Adder
3.2388235294117652.753
293717O-029 E
Adder
2.97647058823529382.53
293771O-035 E
Adder
4.8894117647058824.156
294392P-010 E
50/50
22.14622.146
294401BSHIL;1U E
Adder
5.837647058823534.962
294410BSHIL;2U E
Adder
5.837647058823534.962
294763P-046 E
Adder
5.2423529411764714.456
917502Z2-087 E
50/50
24.56824.568
925582AC1-033 E
Adder
6.3988235294117655.439
933411AC2-154 C
50/50
3.0093.009
933412AC2-154 E
50/50
4.9094.909
940502AE2-035 E
Adder
1.88588235294117661.603
957381AF2-032 C
Adder
1.03764705882352940.882
957382AF2-032 E
Adder
0.488235294117647050.415
957471AF2-041 C
Adder
12.210.37
957472AF2-041 E
Adder
6.15.185
274674JOLIET 9 ;6U
Adder
21.00705882352941617.856
274890CAYUG;1U E
50/50
25.37825.378
274891CAYUG;2U E
50/50
25.37825.378
925772AC1-053 E
Adder
16.23058823529411813.796
934101AD2-000 1
Adder
3.35058823529411762.848
270681BRIGHTSTK; R
50/50
0.60.6
275149KELLYCK ;1E
50/50
22.1722.17
276174W4-005 E
Adder
25.67529411764706321.824
276655AB2-047 C1
50/50
0.3750.375
276656AB2-047 C2
50/50
0.3750.375
293516O-009 E
Adder
11.422352941176479.709
293519PILOT HIL;1E
50/50
22.1722.17
916212CRESCENT ;1U
Adder
3.43529411764705862.92
924048AB2-047 E1
50/50
15.23515.235
924049AB2-047 E2
50/50
15.47515.475
927208AC1-214 E1
Adder
2.31764705882352961.97
927209AC1-214 E2
Adder
2.31764705882352961.97
990901L-005 E
Adder
8.6705882352941197.37
290108LEEDK;1U E
Adder
14.22470588235294112.091
916221Z1-073 E
Adder
4.3505882352941183.698
924266AB2-070 E
Adder
15.06235294117647212.803
926821AC1-168 C
Adder
0.91882352941176480.781
926822AC1-168 E
Adder
6.1682352941176485.243
936371AD2-047 C
50/50
5.3845.384
936372AD2-047 E
50/50
26.28926.289
936461AD2-060 C
50/50
3.1673.167
936511AD2-066 C
Adder
5.464.641
936512AD2-066 E
Adder
3.643.094
943121AE2-341 C
Adder
8.175294117647066.949
943122AE2-341 E
Adder
4.0141176470588233.412
943591AF1-030 C
Adder
5.4364705882352954.621
943592AF1-030 E
Adder
2.68941176470588242.286
959091AF2-200 C
Adder
8.1329411764705886.913
959092AF2-200 E
Adder
5.4223529411764714.609
960141AF2-305_AG1-
Adder
0.880.748
960591AF2-350 C
50/50
9.5019.501
960592AF2-350 E
50/50
6.3346.334
938861AE1-114 C
Adder
2.2247058823529411.891
938862AE1-114 E
Adder
7.5917647058823546.453
939351AE1-166 C
50/50
23.76923.769
939352AE1-166 E
50/50
21.94121.941
939401AE1-172 C
50/50
10.82510.825
939402AE1-172 E
50/50
50.68150.681
939741AE1-205 C
50/50
11.8611.86
939742AE1-205 E
50/50
16.37916.379
946671AF1-331 C
Adder
1.4117647058823531.2
962691AG1-118 C
Adder
13.01176470588235511.06
962692AG1-118 E
Adder
8.6741176470588237.373
941551AE2-152 C
50/50
27.42627.426
941552AE2-152 E
50/50
18.28418.284
944221AF1-090 C
Adder
2.31882352941176471.971
944222AF1-090 E
Adder
10.8564705882352959.228
958011AF2-095 C
50/50
13.68113.681
958012AF2-095 E
50/50
9.1219.121
920272AA2-123 E
Adder
1.53529411764705871.305
276170Z1-108 E
Adder
1.52941176470588251.3
276626AG1-044 E
Adder
0.043529411764705880.037
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.4110.411
CBM West 1LTFEXP_CBM-W1->PJM
CBM
46.48346.483
CBM West 2LTFEXP_CBM-W2->PJM
CBM
14.14414.144
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
G-007PJM->LTFIMP_G-007
CMTX_NF
1.3341.334
NYPJM->LTFIMP_NY
CLTF
0.720.72
WECLTFEXP_WEC->PJM
CLTF
1.9551.955
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.2630.263
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.1250.125
TVALTFEXP_TVA->PJM
CLTF
1.4311.431
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.2360.236
MECLTFEXP_MEC->PJM
CLTF
8.1628.162
BlueGrassPJM->LTFIMP_BlueG
CLTF
0.6110.611
LAGNLTFEXP_LAGN->PJM
CLTF
2.9732.973
SIGELTFEXP_SIGE->PJM
CLTF
0.0690.069
O66PJM->LTFIMP_O-066
CMTX_NF
8.5648.564

Details for AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line l/o COMED_P4_023-65-BT2-3___SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT2-3___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:101.11 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2130.34
MW Contribution:22.56
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT2-3___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.32 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2155.86
MW Contribution:22.74
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
272363ESS H440 ; R
Adder
1.55294117647058831.32
962012AG1-044 E
Adder
0.0364705882352941160.031
962781AG1-127 C
Adder
4.1094117647058823.493
962782AG1-127 E
Adder
2.73529411764705932.325
965091AG1-374 C
50/50
23.86423.864
965092AG1-374 E
50/50
15.90915.909
965911AG1-460 C
Adder
0.90470588235294120.769
965912AG1-460 E
Adder
1.35764705882352941.154
966091AG1-478 C
50/50
1.5961.596
966092AG1-478 E
50/50
0.4020.402
966441AG1-513 C
Adder
0.289411764705882370.246
966442AG1-513 E
Adder
0.434117647058823550.369
290051GSG-6; E
Adder
6.1741176470588245.248
290261S-027 E
50/50
21.63721.637
290265S-028 E
50/50
21.50421.504
295109WESTBROOK E
Adder
3.30588235294117672.81
295111SUBLETTE E
Adder
1.60705882352941191.366
933911AD1-013 C
Adder
1.08705882352941190.924
933912AD1-013 E
Adder
1.73647058823529421.476
934721AD1-100 C
50/50
7.0217.021
934722AD1-100 E
50/50
213.311213.311
936771AD2-100 C
Adder
9.1988235294117657.819
936772AD2-100 E
Adder
6.1329411764705885.213
936971AD2-131 C
Adder
0.60588235294117650.515
936972AD2-131 E
Adder
3.04470588235294142.588
937002AD2-134 E
Adder
5.9705882352941185.075
937312AD2-172 E
Adder
1.88588235294117661.603
942111AE2-223 C
50/50
2.7532.753
942112AE2-223 E
50/50
18.42618.426
942481AE2-261 C
Adder
13.53411764705882311.504
942482AE2-261 E
Adder
9.022352941176477.669
959081AF2-199 C
Adder
4.0670588235294123.457
959082AF2-199 E
Adder
2.03294117647058851.728
959341AF2-225 C
50/50
8.8958.895
959342AF2-225 E
50/50
12.28412.284
959611AF2-252 C
50/50
2.6522.652
959612AF2-252 E
50/50
3.9773.977
960611AF2-352 C
50/50
2.6522.652
960612AF2-352 E
50/50
3.9773.977
960751AF2-366 C
Adder
4.0976470588235293.483
960752AF2-366 E
Adder
2.7317647058823532.322
274654BRAIDWOOD;1U
50/50
40.83940.839
274655BRAIDWOOD;2U
50/50
39.5839.58
274660LASCO STA;1U
50/50
30.94930.949
274661LASCO STA;2U
50/50
31.05431.054
274847GR RIDGE ;BU
50/50
0.6510.651
274853TWINGROVE;U1
50/50
0.7540.754
274854TWINGROVE;U2
50/50
0.7760.776
274859EASYR;U1 E
Adder
0.242352941176470580.206
274863CAYUGA RI;1U
50/50
0.7780.778
274864CAYUGA RI;2U
50/50
0.7780.778
274871GR RIDGE ;2U
50/50
0.2420.242
274887PILOT HIL;1U
50/50
0.9060.906
274888KELLY CRK;1U
50/50
0.9060.906
276173Z2-081
50/50
0.1950.195
276591L-013 2
Adder
2.0388235294117651.733
276615W2-048 GEN
Adder
4.76941176470588254.054
276621X2-022 GEN
Adder
16.32352941176470713.875
293061N-015 E
50/50
17.43817.438
293715O-029 E
Adder
5.9070588235294125.021
293716O-029 E
Adder
3.2388235294117652.753
293717O-029 E
Adder
2.97647058823529382.53
293771O-035 E
Adder
4.8894117647058824.156
294392P-010 E
50/50
22.14622.146
294401BSHIL;1U E
Adder
5.837647058823534.962
294410BSHIL;2U E
Adder
5.837647058823534.962
294763P-046 E
Adder
5.2423529411764714.456
917502Z2-087 E
50/50
24.56824.568
925582AC1-033 E
Adder
6.3988235294117655.439
933411AC2-154 C
50/50
3.0093.009
933412AC2-154 E
50/50
4.9094.909
940502AE2-035 E
Adder
1.88588235294117661.603
957381AF2-032 C
Adder
1.03764705882352940.882
957382AF2-032 E
Adder
0.488235294117647050.415
957471AF2-041 C
Adder
12.210.37
957472AF2-041 E
Adder
6.15.185
274674JOLIET 9 ;6U
Adder
21.00705882352941617.856
274890CAYUG;1U E
50/50
25.37825.378
274891CAYUG;2U E
50/50
25.37825.378
925772AC1-053 E
Adder
16.23058823529411813.796
934101AD2-000 1
Adder
3.35058823529411762.848
270681BRIGHTSTK; R
50/50
0.60.6
275149KELLYCK ;1E
50/50
22.1722.17
276174W4-005 E
Adder
25.67529411764706321.824
276655AB2-047 C1
50/50
0.3750.375
276656AB2-047 C2
50/50
0.3750.375
293516O-009 E
Adder
11.422352941176479.709
293519PILOT HIL;1E
50/50
22.1722.17
916212CRESCENT ;1U
Adder
3.43529411764705862.92
924048AB2-047 E1
50/50
15.23515.235
924049AB2-047 E2
50/50
15.47515.475
927208AC1-214 E1
Adder
2.31764705882352961.97
927209AC1-214 E2
Adder
2.31764705882352961.97
990901L-005 E
Adder
8.6705882352941197.37
290108LEEDK;1U E
Adder
14.22470588235294112.091
916221Z1-073 E
Adder
4.3505882352941183.698
924266AB2-070 E
Adder
15.06235294117647212.803
926821AC1-168 C
Adder
0.91882352941176480.781
926822AC1-168 E
Adder
6.1682352941176485.243
936371AD2-047 C
50/50
5.3845.384
936372AD2-047 E
50/50
26.28926.289
936461AD2-060 C
50/50
3.1673.167
936511AD2-066 C
Adder
5.464.641
936512AD2-066 E
Adder
3.643.094
943121AE2-341 C
Adder
8.175294117647066.949
943122AE2-341 E
Adder
4.0141176470588233.412
943591AF1-030 C
Adder
5.4364705882352954.621
943592AF1-030 E
Adder
2.68941176470588242.286
959091AF2-200 C
Adder
8.1329411764705886.913
959092AF2-200 E
Adder
5.4223529411764714.609
960141AF2-305_AG1-
Adder
0.880.748
960591AF2-350 C
50/50
9.5019.501
960592AF2-350 E
50/50
6.3346.334
938861AE1-114 C
Adder
2.2247058823529411.891
938862AE1-114 E
Adder
7.5917647058823546.453
939351AE1-166 C
50/50
23.76923.769
939352AE1-166 E
50/50
21.94121.941
939401AE1-172 C
50/50
10.82510.825
939402AE1-172 E
50/50
50.68150.681
939741AE1-205 C
50/50
11.8611.86
939742AE1-205 E
50/50
16.37916.379
946671AF1-331 C
Adder
1.4117647058823531.2
962691AG1-118 C
Adder
13.01176470588235511.06
962692AG1-118 E
Adder
8.6741176470588237.373
941551AE2-152 C
50/50
27.42627.426
941552AE2-152 E
50/50
18.28418.284
944221AF1-090 C
Adder
2.31882352941176471.971
944222AF1-090 E
Adder
10.8564705882352959.228
958011AF2-095 C
50/50
13.68113.681
958012AF2-095 E
50/50
9.1219.121
920272AA2-123 E
Adder
1.53529411764705871.305
276170Z1-108 E
Adder
1.52941176470588251.3
276626AG1-044 E
Adder
0.043529411764705880.037
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.4110.411
CBM West 1LTFEXP_CBM-W1->PJM
CBM
46.48346.483
CBM West 2LTFEXP_CBM-W2->PJM
CBM
14.14414.144
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
G-007PJM->LTFIMP_G-007
CMTX_NF
1.3341.334
NYPJM->LTFIMP_NY
CLTF
0.720.72
WECLTFEXP_WEC->PJM
CLTF
1.9551.955
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.2630.263
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.1250.125
TVALTFEXP_TVA->PJM
CLTF
1.4311.431
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.2360.236
MECLTFEXP_MEC->PJM
CLTF
8.1628.162
BlueGrassPJM->LTFIMP_BlueG
CLTF
0.6110.611
LAGNLTFEXP_LAGN->PJM
CLTF
2.9732.973
SIGELTFEXP_SIGE->PJM
CLTF
0.0690.069
O66PJM->LTFIMP_O-066
CMTX_NF
8.5648.564

Details for AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line l/o COMED_P4_023-65-BT4-5___SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT4-5___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:101.04 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2129.0
MW Contribution:22.56
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_023-65-BT4-5___SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:102.25 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2154.5
MW Contribution:22.74
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
272363ESS H440 ; R
Adder
1.55294117647058831.32
962012AG1-044 E
Adder
0.0364705882352941160.031
962781AG1-127 C
Adder
4.1094117647058823.493
962782AG1-127 E
Adder
2.73529411764705932.325
965091AG1-374 C
50/50
23.86423.864
965092AG1-374 E
50/50
15.90915.909
965911AG1-460 C
Adder
0.90470588235294120.769
965912AG1-460 E
Adder
1.35764705882352941.154
966091AG1-478 C
50/50
1.5961.596
966092AG1-478 E
50/50
0.4020.402
966441AG1-513 C
Adder
0.289411764705882370.246
966442AG1-513 E
Adder
0.434117647058823550.369
290051GSG-6; E
Adder
6.1741176470588245.248
290261S-027 E
50/50
21.63721.637
290265S-028 E
50/50
21.50421.504
295109WESTBROOK E
Adder
3.30588235294117672.81
295111SUBLETTE E
Adder
1.60705882352941191.366
933911AD1-013 C
Adder
1.08705882352941190.924
933912AD1-013 E
Adder
1.73647058823529421.476
934721AD1-100 C
50/50
7.0217.021
934722AD1-100 E
50/50
213.311213.311
936771AD2-100 C
Adder
9.1988235294117657.819
936772AD2-100 E
Adder
6.1329411764705885.213
936971AD2-131 C
Adder
0.60588235294117650.515
936972AD2-131 E
Adder
3.04470588235294142.588
937002AD2-134 E
Adder
5.9705882352941185.075
937312AD2-172 E
Adder
1.88588235294117661.603
942111AE2-223 C
50/50
2.7532.753
942112AE2-223 E
50/50
18.42618.426
942481AE2-261 C
Adder
13.53411764705882311.504
942482AE2-261 E
Adder
9.022352941176477.669
959081AF2-199 C
Adder
4.0670588235294123.457
959082AF2-199 E
Adder
2.03294117647058851.728
959341AF2-225 C
50/50
8.8958.895
959342AF2-225 E
50/50
12.28412.284
959611AF2-252 C
50/50
2.6522.652
959612AF2-252 E
50/50
3.9773.977
960611AF2-352 C
50/50
2.6522.652
960612AF2-352 E
50/50
3.9773.977
960751AF2-366 C
Adder
4.0976470588235293.483
960752AF2-366 E
Adder
2.7317647058823532.322
274654BRAIDWOOD;1U
50/50
40.83940.839
274655BRAIDWOOD;2U
50/50
39.5839.58
274660LASCO STA;1U
50/50
30.94930.949
274661LASCO STA;2U
50/50
31.05431.054
274847GR RIDGE ;BU
50/50
0.6510.651
274853TWINGROVE;U1
50/50
0.7540.754
274854TWINGROVE;U2
50/50
0.7760.776
274859EASYR;U1 E
Adder
0.242352941176470580.206
274863CAYUGA RI;1U
50/50
0.7780.778
274864CAYUGA RI;2U
50/50
0.7780.778
274871GR RIDGE ;2U
50/50
0.2420.242
274887PILOT HIL;1U
50/50
0.9060.906
274888KELLY CRK;1U
50/50
0.9060.906
276173Z2-081
50/50
0.1950.195
276591L-013 2
Adder
2.0388235294117651.733
276615W2-048 GEN
Adder
4.76941176470588254.054
276621X2-022 GEN
Adder
16.32352941176470713.875
293061N-015 E
50/50
17.43817.438
293715O-029 E
Adder
5.9070588235294125.021
293716O-029 E
Adder
3.2388235294117652.753
293717O-029 E
Adder
2.97647058823529382.53
293771O-035 E
Adder
4.8894117647058824.156
294392P-010 E
50/50
22.14622.146
294401BSHIL;1U E
Adder
5.837647058823534.962
294410BSHIL;2U E
Adder
5.837647058823534.962
294763P-046 E
Adder
5.2423529411764714.456
917502Z2-087 E
50/50
24.56824.568
925582AC1-033 E
Adder
6.3988235294117655.439
933411AC2-154 C
50/50
3.0093.009
933412AC2-154 E
50/50
4.9094.909
940502AE2-035 E
Adder
1.88588235294117661.603
957381AF2-032 C
Adder
1.03764705882352940.882
957382AF2-032 E
Adder
0.488235294117647050.415
957471AF2-041 C
Adder
12.210.37
957472AF2-041 E
Adder
6.15.185
274674JOLIET 9 ;6U
Adder
21.00705882352941617.856
274890CAYUG;1U E
50/50
25.37825.378
274891CAYUG;2U E
50/50
25.37825.378
925772AC1-053 E
Adder
16.23058823529411813.796
934101AD2-000 1
Adder
3.35058823529411762.848
270681BRIGHTSTK; R
50/50
0.60.6
275149KELLYCK ;1E
50/50
22.1722.17
276174W4-005 E
Adder
25.67529411764706321.824
276655AB2-047 C1
50/50
0.3750.375
276656AB2-047 C2
50/50
0.3750.375
293516O-009 E
Adder
11.422352941176479.709
293519PILOT HIL;1E
50/50
22.1722.17
916212CRESCENT ;1U
Adder
3.43529411764705862.92
924048AB2-047 E1
50/50
15.23515.235
924049AB2-047 E2
50/50
15.47515.475
927208AC1-214 E1
Adder
2.31764705882352961.97
927209AC1-214 E2
Adder
2.31764705882352961.97
990901L-005 E
Adder
8.6705882352941197.37
290108LEEDK;1U E
Adder
14.22470588235294112.091
916221Z1-073 E
Adder
4.3505882352941183.698
924266AB2-070 E
Adder
15.06235294117647212.803
926821AC1-168 C
Adder
0.91882352941176480.781
926822AC1-168 E
Adder
6.1682352941176485.243
936371AD2-047 C
50/50
5.3845.384
936372AD2-047 E
50/50
26.28926.289
936461AD2-060 C
50/50
3.1673.167
936511AD2-066 C
Adder
5.464.641
936512AD2-066 E
Adder
3.643.094
943121AE2-341 C
Adder
8.175294117647066.949
943122AE2-341 E
Adder
4.0141176470588233.412
943591AF1-030 C
Adder
5.4364705882352954.621
943592AF1-030 E
Adder
2.68941176470588242.286
959091AF2-200 C
Adder
8.1329411764705886.913
959092AF2-200 E
Adder
5.4223529411764714.609
960141AF2-305_AG1-
Adder
0.880.748
960591AF2-350 C
50/50
9.5019.501
960592AF2-350 E
50/50
6.3346.334
938861AE1-114 C
Adder
2.2247058823529411.891
938862AE1-114 E
Adder
7.5917647058823546.453
939351AE1-166 C
50/50
23.76923.769
939352AE1-166 E
50/50
21.94121.941
939401AE1-172 C
50/50
10.82510.825
939402AE1-172 E
50/50
50.68150.681
939741AE1-205 C
50/50
11.8611.86
939742AE1-205 E
50/50
16.37916.379
946671AF1-331 C
Adder
1.4117647058823531.2
962691AG1-118 C
Adder
13.01176470588235511.06
962692AG1-118 E
Adder
8.6741176470588237.373
941551AE2-152 C
50/50
27.42627.426
941552AE2-152 E
50/50
18.28418.284
944221AF1-090 C
Adder
2.31882352941176471.971
944222AF1-090 E
Adder
10.8564705882352959.228
958011AF2-095 C
50/50
13.68113.681
958012AF2-095 E
50/50
9.1219.121
920272AA2-123 E
Adder
1.53529411764705871.305
276170Z1-108 E
Adder
1.52941176470588251.3
276626AG1-044 E
Adder
0.043529411764705880.037
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.4110.411
CBM West 1LTFEXP_CBM-W1->PJM
CBM
46.48346.483
CBM West 2LTFEXP_CBM-W2->PJM
CBM
14.14414.144
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
G-007PJM->LTFIMP_G-007
CMTX_NF
1.3341.334
NYPJM->LTFIMP_NY
CLTF
0.720.72
WECLTFEXP_WEC->PJM
CLTF
1.9551.955
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.2630.263
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.1250.125
TVALTFEXP_TVA->PJM
CLTF
1.4311.431
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.2360.236
MECLTFEXP_MEC->PJM
CLTF
8.1628.162
BlueGrassPJM->LTFIMP_BlueG
CLTF
0.6110.611
LAGNLTFEXP_LAGN->PJM
CLTF
2.9732.973
SIGELTFEXP_SIGE->PJM
CLTF
0.0690.069
O66PJM->LTFIMP_O-066
CMTX_NF
8.5648.564
CONTINGENCY 'AEP_P7-1_#11014___SRT-A-1'
 OPEN BRANCH FROM BUS 243217 TO BUS 247712 CKT 1   /*05DEQUIN     345.0 - 05SULLIVAN   345.0
 OPEN BRANCH FROM BUS 243217 TO BUS 963840 CKT 1   /*05DEQUIN     345.0 - AG1-237 TP   345.0
END
CONTINGENCY 'AEP_P7-1_#11042___SRT-A'
 OPEN BRANCH FROM BUS 243878 TO BUS 255205 CKT 1   /*05MEADOW     345.0 - 17REYNOLDS   345.0
 OPEN BRANCH FROM BUS 243878 TO BUS 255205 CKT 2   /*05MEADOW     345.0 - 17REYNOLDS   345.0
END
CONTINGENCY 'COMED_P4_LAT-45-BT15____SRT-A'
 TRIP BRANCH FROM BUS 270796 TO BUS 348856 CKT 1   /*KINCAID  ; B 345.0 - 7LATHAM      345.0
 TRIP BRANCH FROM BUS 348856 TO BUS 270685 CKT 1   /*7LATHAM      345.0 - CHESTNUT ; B 345.0
END
CONTINGENCY 'COMED_P4_LAT-45-BT11____SRT-A'
 TRIP BRANCH FROM BUS 270796 TO BUS 348856 CKT 1   /*KINCAID  ; B 345.0 - 7LATHAM      345.0
 TRIP BRANCH FROM BUS 348856 TO BUS 348849 CKT 1   /*7LATHAM      345.0 - 4LATHAM 2    138.0
END
CONTINGENCY 'COMED_P4_021-45-BT5-7___SRT-A'
 TRIP BRANCH FROM BUS 270796 TO BUS 347955 CKT 1   /*KINCAID  ; B 345.0 - 7AUSTIN      345.0
 TRIP BRANCH FROM BUS 270796 TO BUS 348856 CKT 1   /*KINCAID  ; B 345.0 - 7LATHAM      345.0
END
CONTINGENCY 'COMED_P4_023-65-BT3-4___SRT-A'
 TRIP BRANCH FROM BUS 270607 TO BUS 270630 CKT 1   /*COLLINS  ;   765.0 - PLANO    ;   765.0
 TRIP BRANCH FROM BUS 275168 TO BUS 270607 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ;   765.0
 TRIP BRANCH FROM BUS 275168 TO BUS 270697 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ; R 345.0
 TRIP BRANCH FROM BUS 275168 TO BUS 275268 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ;2C  33.0
END
CONTINGENCY 'COMED_P4_023-65-BT2-3___SRT-A'
 TRIP BRANCH FROM BUS 270607 TO BUS 270630 CKT 1   /*COLLINS  ;   765.0 - PLANO    ;   765.0
 TRIP BRANCH FROM BUS 270644 TO BUS 270607 CKT 1   /*WILTON   ;   765.0 - COLLINS  ;   765.0
END
CONTINGENCY 'COMED_P4_023-65-BT4-5___SRT-A'
 TRIP BRANCH FROM BUS 270644 TO BUS 270607 CKT 1   /*WILTON   ;   765.0 - COLLINS  ;   765.0
 TRIP BRANCH FROM BUS 275168 TO BUS 270607 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ;   765.0
 TRIP BRANCH FROM BUS 275168 TO BUS 270697 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ; R 345.0
 TRIP BRANCH FROM BUS 275168 TO BUS 275268 CKT 1   /*COLLINS  ;2M 345.0 - COLLINS  ;2C  33.0
END
243221 to 249504 ckt 1
276664 to 348847 ckt 1
934720 to 270926 ckt 1

The following flowgates were eliminated after considering the topology reinforcements required by the cycle.

StudyAreaFacility DescriptionContingency NameContingency TypeDC|ACFinal Cycle LoadingRating (MVA)Rating TypeMVA to MitigateMW ContributionDetails
GD1CE
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
COMED_P4_012-45-BT12-14_SRT-A
BreakerAC138.89 %2107.0STE2926.4161.36
GD1CE
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
COMED_P4_012-45-BT14-15_SRT-A
BreakerAC134.23 %2107.0STE2828.3360.54
GD1CE
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
COMED_P4_012-45-BT12-14_SRT-A
BreakerAC130.94 %2107.0STE2758.9361.36
GD1CE
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
COMED_P4_012-45-BT14-15_SRT-A
BreakerAC126.18 %2107.0STE2658.5660.54
GD1CE
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
COMED_P4_012-45-BT12-14_SRT-A
BreakerAC139.91 %1837.0STE2570.1961.43
GD1CE
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
COMED_P4_012-45-BT14-15_SRT-A
BreakerAC135.76 %1837.0STE2493.9260.61

Details for AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT12-14_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT12-14_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:138.89 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2926.41
MW Contribution:61.36
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.79774.797
965092AG1-374 E
50/50
49.86549.865
965911AG1-460 C
50/50
2.4622.462
965912AG1-460 E
50/50
3.6943.694
290261S-027 E
50/50
67.81667.816
290265S-028 E
50/50
67.40167.401
936771AD2-100 C
50/50
25.02825.028
936772AD2-100 E
50/50
16.68616.686
936971AD2-131 C
50/50
1.6491.649
936972AD2-131 E
50/50
8.2838.283
942111AE2-223 C
50/50
8.7168.716
942112AE2-223 E
50/50
58.3358.33
942481AE2-261 C
50/50
36.81436.814
942482AE2-261 E
50/50
24.54324.543
959341AF2-225 C
50/50
28.15928.159
959342AF2-225 E
50/50
38.88738.887
959611AF2-252 C
50/50
8.3118.311
959612AF2-252 E
50/50
12.46612.466
960611AF2-352 C
50/50
8.3118.311
960612AF2-352 E
50/50
12.46612.466
274650KINCAID ;1U
50/50
18.79818.798
274651KINCAID ;2U
50/50
18.79318.793
274853TWINGROVE;U1
50/50
2.3552.355
274854TWINGROVE;U2
50/50
2.4232.423
274863CAYUGA RI;1U
50/50
2.282.28
274864CAYUGA RI;2U
50/50
2.282.28
274880RADFORD R;1U
50/50
2.1692.169
276615W2-048 GEN
50/50
13.48613.486
276621X2-022 GEN
50/50
46.15946.159
917502Z2-087 E
50/50
77.77477.774
957381AF2-032 C
50/50
2.8242.824
957382AF2-032 E
50/50
1.3291.329
274890CAYUG;1U E
50/50
74.65174.651
274891CAYUG;2U E
50/50
74.65174.651
925771AC1-053 C
50/50
1.1181.118
925772AC1-053 E
50/50
46.7246.72
270681BRIGHTSTK; R
50/50
1.8921.892
276174W4-005 E
50/50
76.07176.071
276655AB2-047 C1
50/50
1.1831.183
276656AB2-047 C2
50/50
1.1831.183
924048AB2-047 E1
50/50
48.22948.229
924049AB2-047 E2
50/50
48.98948.989
276668AB2-070 C
50/50
1.1751.175
924266AB2-070 E
50/50
43.6943.69
935141AD1-148 C
50/50
1.4641.464
960141AF2-305_AG1-
50/50
2.5532.553
960261AF2-317 C
50/50
0.6160.616
939401AE1-172 C
50/50
30.72830.728
939402AE1-172 E
50/50
143.861143.861
939741AE1-205 C
50/50
37.54637.546
939742AE1-205 E
50/50
51.84951.849
944221AF1-090 C
50/50
6.3156.315
944222AF1-090 E
50/50
29.56329.563
965331AG1-398 C
50/50
0.3190.319
990057J1201
External Queue
5.1005477905273445.100547790527344
990672J1360
External Queue
58.1994018554687558.19940185546875
992572J1022
External Queue
30.93273544311523430.932735443115234
954822J955
External Queue
185.20172119140625185.20172119140625
956282J1115 C
External Queue
7.6581492424011237.658149242401123
956283J1115 E
External Queue
41.4325485229492241.43254852294922
956452J1139
External Queue
17.96224403381347717.962244033813477
990353J1289 C
External Queue
3.84125280380249023.8412528038024902
990354J1289 E
External Queue
20.78216171264648420.782161712646484
991037J1464 G
External Queue
89.274391174316489.2743911743164
991192J1610 G
External Queue
16.27079582214355516.270795822143555
991197J1626
External Queue
15.69323825836181615.693238258361816
991217J1653
External Queue
15.16272640228271515.162726402282715
991267J1714
External Queue
10.46215915679931610.462159156799316
991278J1725 C
External Queue
1.57692360877990721.5769236087799072
991279J1725 E
External Queue
8.5315608978271488.531560897827148
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8120.812
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.9770.977
CBM West 2LTFEXP_CBM-W2->PJM
CBM
36.07136.071
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
21.10821.108
G-007ALTFEXP_G-007A->PJM
CMTX
1.9011.901
VTFLTFEXP_VFT->PJM
CMTX
5.1065.106
LGEELTFEXP_LGEE->PJM
CLTF
1.561.56
CPLELTFEXP_CPLE->PJM
CLTF
1.691.69
TVALTFEXP_TVA->PJM
CLTF
5.2445.244
MECLTFEXP_MEC->PJM
CLTF
2.8282.828
LAGNLTFEXP_LAGN->PJM
CLTF
6.8336.833
SIGELTFEXP_SIGE->PJM
CLTF
0.4550.455

Details for AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT14-15_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT14-15_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:134.23 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2828.33
MW Contribution:60.54
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.56574.565
965092AG1-374 E
50/50
49.7149.71
965911AG1-460 C
50/50
2.432.43
965912AG1-460 E
50/50
3.6453.645
290261S-027 E
50/50
67.60567.605
290265S-028 E
50/50
67.19167.191
936771AD2-100 C
50/50
24.69424.694
936772AD2-100 E
50/50
16.46316.463
936971AD2-131 C
50/50
1.6271.627
936972AD2-131 E
50/50
8.1738.173
942111AE2-223 C
50/50
8.6958.695
942112AE2-223 E
50/50
58.18758.187
942481AE2-261 C
50/50
36.32636.326
942482AE2-261 E
50/50
24.21824.218
959341AF2-225 C
50/50
28.0928.09
959342AF2-225 E
50/50
38.79138.791
959611AF2-252 C
50/50
8.2858.285
959612AF2-252 E
50/50
12.42712.427
960611AF2-352 C
50/50
8.2858.285
960612AF2-352 E
50/50
12.42712.427
274650KINCAID ;1U
50/50
18.5518.55
274651KINCAID ;2U
50/50
18.54418.544
274853TWINGROVE;U1
50/50
2.3482.348
274854TWINGROVE;U2
50/50
2.4152.415
274863CAYUGA RI;1U
50/50
2.282.28
274864CAYUGA RI;2U
50/50
2.282.28
274880RADFORD R;1U
50/50
2.1542.154
276615W2-048 GEN
50/50
13.34913.349
276621X2-022 GEN
50/50
45.68945.689
917502Z2-087 E
50/50
77.58377.583
957381AF2-032 C
50/50
2.7862.786
957382AF2-032 E
50/50
1.3111.311
274890CAYUG;1U E
50/50
74.65874.658
274891CAYUG;2U E
50/50
74.65874.658
925771AC1-053 C
50/50
1.1081.108
925772AC1-053 E
50/50
46.30746.307
270681BRIGHTSTK; R
50/50
1.8881.888
276174W4-005 E
50/50
75.52575.525
276655AB2-047 C1
50/50
1.181.18
276656AB2-047 C2
50/50
1.181.18
924048AB2-047 E1
50/50
48.1148.11
924049AB2-047 E2
50/50
48.86848.868
276668AB2-070 C
50/50
1.1651.165
924266AB2-070 E
50/50
43.32743.327
935141AD1-148 C
50/50
1.4491.449
960141AF2-305_AG1-
50/50
2.5312.531
960261AF2-317 C
50/50
0.610.61
939401AE1-172 C
50/50
30.74930.749
939402AE1-172 E
50/50
143.96143.96
939741AE1-205 C
50/50
37.45437.454
939742AE1-205 E
50/50
51.72251.722
944221AF1-090 C
50/50
6.2286.228
944222AF1-090 E
50/50
29.15729.157
965331AG1-398 C
50/50
0.3160.316
990057J1201
External Queue
5.0432229042053225.043222904205322
990672J1360
External Queue
57.9174308776855557.91743087768555
992572J1022
External Queue
30.77455520629882830.774555206298828
954822J955
External Queue
182.9218292236328182.9218292236328
956282J1115 C
External Queue
7.6141042709350597.614104270935059
956283J1115 E
External Queue
41.1942558288574241.19425582885742
956452J1139
External Queue
17.8977870941162117.89778709411621
990353J1289 C
External Queue
3.72011947631835943.7201194763183594
990354J1289 E
External Queue
20.12680053710937520.126800537109375
991037J1464 G
External Queue
87.4738616943359487.47386169433594
991192J1610 G
External Queue
15.9657325744628915.96573257446289
991197J1626
External Queue
15.53428649902343815.534286499023438
991267J1714
External Queue
10.3561906814575210.35619068145752
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8050.805
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.9970.997
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.24435.244
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.85920.859
G-007ALTFEXP_G-007A->PJM
CMTX
1.9361.936
VTFLTFEXP_VFT->PJM
CMTX
5.1995.199
LGEELTFEXP_LGEE->PJM
CLTF
1.5511.551
CPLELTFEXP_CPLE->PJM
CLTF
1.6751.675
TVALTFEXP_TVA->PJM
CLTF
5.1355.135
MECLTFEXP_MEC->PJM
CLTF
2.4732.473
LAGNLTFEXP_LAGN->PJM
CLTF
6.6476.647
SIGELTFEXP_SIGE->PJM
CLTF
0.450.45

Details for LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT12-14_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT12-14_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:130.94 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2758.93
MW Contribution:61.36
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.79774.797
965092AG1-374 E
50/50
49.86549.865
965911AG1-460 C
50/50
2.4622.462
965912AG1-460 E
50/50
3.6943.694
290261S-027 E
50/50
67.81667.816
290265S-028 E
50/50
67.40167.401
936771AD2-100 C
50/50
25.02825.028
936772AD2-100 E
50/50
16.68616.686
936971AD2-131 C
50/50
1.6491.649
936972AD2-131 E
50/50
8.2838.283
942111AE2-223 C
50/50
8.7168.716
942112AE2-223 E
50/50
58.3358.33
942481AE2-261 C
50/50
36.81436.814
942482AE2-261 E
50/50
24.54324.543
959341AF2-225 C
50/50
28.15928.159
959342AF2-225 E
50/50
38.88738.887
959611AF2-252 C
50/50
8.3118.311
959612AF2-252 E
50/50
12.46612.466
960611AF2-352 C
50/50
8.3118.311
960612AF2-352 E
50/50
12.46612.466
274650KINCAID ;1U
50/50
18.79818.798
274651KINCAID ;2U
50/50
18.79318.793
274853TWINGROVE;U1
50/50
2.3552.355
274854TWINGROVE;U2
50/50
2.4232.423
274863CAYUGA RI;1U
50/50
2.282.28
274864CAYUGA RI;2U
50/50
2.282.28
274880RADFORD R;1U
50/50
2.1692.169
276615W2-048 GEN
50/50
13.48613.486
276621X2-022 GEN
50/50
46.15946.159
917502Z2-087 E
50/50
77.77477.774
957381AF2-032 C
50/50
2.8242.824
957382AF2-032 E
50/50
1.3291.329
274890CAYUG;1U E
50/50
74.65174.651
274891CAYUG;2U E
50/50
74.65174.651
925771AC1-053 C
50/50
1.1181.118
925772AC1-053 E
50/50
46.7246.72
270681BRIGHTSTK; R
50/50
1.8921.892
276174W4-005 E
50/50
76.07176.071
276655AB2-047 C1
50/50
1.1831.183
276656AB2-047 C2
50/50
1.1831.183
924048AB2-047 E1
50/50
48.22948.229
924049AB2-047 E2
50/50
48.98948.989
276668AB2-070 C
50/50
1.1751.175
924266AB2-070 E
50/50
43.6943.69
935141AD1-148 C
50/50
1.4641.464
960141AF2-305_AG1-
50/50
2.5532.553
960261AF2-317 C
50/50
0.6160.616
939741AE1-205 C
50/50
37.54637.546
939742AE1-205 E
50/50
51.84951.849
944221AF1-090 C
50/50
6.3156.315
944222AF1-090 E
50/50
29.56329.563
965331AG1-398 C
50/50
0.3190.319
990057J1201
External Queue
5.1005477905273445.100547790527344
990672J1360
External Queue
58.1994018554687558.19940185546875
992572J1022
External Queue
30.93273544311523430.932735443115234
954822J955
External Queue
185.20172119140625185.20172119140625
956282J1115 C
External Queue
7.6581492424011237.658149242401123
956283J1115 E
External Queue
41.4325485229492241.43254852294922
956452J1139
External Queue
17.96224403381347717.962244033813477
990353J1289 C
External Queue
3.84125280380249023.8412528038024902
990354J1289 E
External Queue
20.78216171264648420.782161712646484
991037J1464 G
External Queue
89.274391174316489.2743911743164
991192J1610 G
External Queue
16.27079582214355516.270795822143555
991197J1626
External Queue
15.69323825836181615.693238258361816
991217J1653
External Queue
15.16272640228271515.162726402282715
991267J1714
External Queue
10.46215915679931610.462159156799316
991278J1725 C
External Queue
1.57692360877990721.5769236087799072
991279J1725 E
External Queue
8.5315608978271488.531560897827148
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8120.812
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.9770.977
CBM West 2LTFEXP_CBM-W2->PJM
CBM
36.07136.071
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
21.10821.108
G-007ALTFEXP_G-007A->PJM
CMTX
1.9011.901
VTFLTFEXP_VFT->PJM
CMTX
5.1065.106
LGEELTFEXP_LGEE->PJM
CLTF
1.561.56
CPLELTFEXP_CPLE->PJM
CLTF
1.691.69
TVALTFEXP_TVA->PJM
CLTF
5.2445.244
MECLTFEXP_MEC->PJM
CLTF
2.8282.828
LAGNLTFEXP_LAGN->PJM
CLTF
6.8336.833
SIGELTFEXP_SIGE->PJM
CLTF
0.4550.455

Details for LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT14-15_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT14-15_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:126.18 %
Rating:2107.0 MVA
Rating Type:STE
MVA to Mitigate:2658.56
MW Contribution:60.54
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.56574.565
965092AG1-374 E
50/50
49.7149.71
965911AG1-460 C
50/50
2.432.43
965912AG1-460 E
50/50
3.6453.645
290261S-027 E
50/50
67.60567.605
290265S-028 E
50/50
67.19167.191
936771AD2-100 C
50/50
24.69424.694
936772AD2-100 E
50/50
16.46316.463
936971AD2-131 C
50/50
1.6271.627
936972AD2-131 E
50/50
8.1738.173
942111AE2-223 C
50/50
8.6958.695
942112AE2-223 E
50/50
58.18758.187
942481AE2-261 C
50/50
36.32636.326
942482AE2-261 E
50/50
24.21824.218
959341AF2-225 C
50/50
28.0928.09
959342AF2-225 E
50/50
38.79138.791
959611AF2-252 C
50/50
8.2858.285
959612AF2-252 E
50/50
12.42712.427
960611AF2-352 C
50/50
8.2858.285
960612AF2-352 E
50/50
12.42712.427
274650KINCAID ;1U
50/50
18.5518.55
274651KINCAID ;2U
50/50
18.54418.544
274853TWINGROVE;U1
50/50
2.3482.348
274854TWINGROVE;U2
50/50
2.4152.415
274863CAYUGA RI;1U
50/50
2.282.28
274864CAYUGA RI;2U
50/50
2.282.28
274880RADFORD R;1U
50/50
2.1542.154
276615W2-048 GEN
50/50
13.34913.349
276621X2-022 GEN
50/50
45.68945.689
917502Z2-087 E
50/50
77.58377.583
957381AF2-032 C
50/50
2.7862.786
957382AF2-032 E
50/50
1.3111.311
274890CAYUG;1U E
50/50
74.65874.658
274891CAYUG;2U E
50/50
74.65874.658
925771AC1-053 C
50/50
1.1081.108
925772AC1-053 E
50/50
46.30746.307
270681BRIGHTSTK; R
50/50
1.8881.888
276174W4-005 E
50/50
75.52575.525
276655AB2-047 C1
50/50
1.181.18
276656AB2-047 C2
50/50
1.181.18
924048AB2-047 E1
50/50
48.1148.11
924049AB2-047 E2
50/50
48.86848.868
276668AB2-070 C
50/50
1.1651.165
924266AB2-070 E
50/50
43.32743.327
935141AD1-148 C
50/50
1.4491.449
960141AF2-305_AG1-
50/50
2.5312.531
960261AF2-317 C
50/50
0.610.61
939741AE1-205 C
50/50
37.45437.454
939742AE1-205 E
50/50
51.72251.722
944221AF1-090 C
50/50
6.2286.228
944222AF1-090 E
50/50
29.15729.157
965331AG1-398 C
50/50
0.3160.316
990057J1201
External Queue
5.0432229042053225.043222904205322
990672J1360
External Queue
57.9174308776855557.91743087768555
992572J1022
External Queue
30.77455520629882830.774555206298828
954822J955
External Queue
182.9218292236328182.9218292236328
956282J1115 C
External Queue
7.6141042709350597.614104270935059
956283J1115 E
External Queue
41.1942558288574241.19425582885742
956452J1139
External Queue
17.8977870941162117.89778709411621
990353J1289 C
External Queue
3.72011947631835943.7201194763183594
990354J1289 E
External Queue
20.12680053710937520.126800537109375
991037J1464 G
External Queue
87.4738616943359487.47386169433594
991192J1610 G
External Queue
15.9657325744628915.96573257446289
991197J1626
External Queue
15.53428649902343815.534286499023438
991267J1714
External Queue
10.3561906814575210.35619068145752
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8050.805
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.9970.997
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.24435.244
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.85920.859
G-007ALTFEXP_G-007A->PJM
CMTX
1.9361.936
VTFLTFEXP_VFT->PJM
CMTX
5.1995.199
LGEELTFEXP_LGEE->PJM
CLTF
1.5511.551
CPLELTFEXP_CPLE->PJM
CLTF
1.6751.675
TVALTFEXP_TVA->PJM
CLTF
5.1355.135
MECLTFEXP_MEC->PJM
CLTF
2.4732.473
LAGNLTFEXP_LAGN->PJM
CLTF
6.6476.647
SIGELTFEXP_SIGE->PJM
CLTF
0.450.45

Details for PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT12-14_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT12-14_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:139.91 %
Rating:1837.0 MVA
Rating Type:STE
MVA to Mitigate:2570.19
MW Contribution:61.43
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.8474.84
965092AG1-374 E
50/50
49.89349.893
965911AG1-460 C
50/50
2.4652.465
965912AG1-460 E
50/50
3.6983.698
290261S-027 E
50/50
67.85567.855
290265S-028 E
50/50
67.43967.439
936771AD2-100 C
50/50
25.05825.058
936772AD2-100 E
50/50
16.70516.705
936971AD2-131 C
50/50
1.6511.651
936972AD2-131 E
50/50
8.2938.293
942111AE2-223 C
50/50
8.7218.721
942112AE2-223 E
50/50
58.36158.361
942481AE2-261 C
50/50
36.85636.856
942482AE2-261 E
50/50
24.57124.571
959341AF2-225 C
50/50
28.17428.174
959342AF2-225 E
50/50
38.90738.907
959611AF2-252 C
50/50
8.3168.316
959612AF2-252 E
50/50
12.47312.473
960611AF2-352 C
50/50
8.3168.316
960612AF2-352 E
50/50
12.47312.473
274650KINCAID ;1U
50/50
18.8218.82
274651KINCAID ;2U
50/50
18.81418.814
274853TWINGROVE;U1
50/50
2.3562.356
274854TWINGROVE;U2
50/50
2.4242.424
274880RADFORD R;1U
50/50
2.1712.171
276615W2-048 GEN
50/50
13.49913.499
276621X2-022 GEN
50/50
46.20246.202
917502Z2-087 E
50/50
77.81577.815
957381AF2-032 C
50/50
2.8272.827
957382AF2-032 E
50/50
1.331.33
925771AC1-053 C
50/50
1.1191.119
925772AC1-053 E
50/50
46.76146.761
270681BRIGHTSTK; R
50/50
1.8931.893
276174W4-005 E
50/50
76.13276.132
276655AB2-047 C1
50/50
1.1831.183
276656AB2-047 C2
50/50
1.1831.183
924048AB2-047 E1
50/50
48.25448.254
924049AB2-047 E2
50/50
49.01449.014
276668AB2-070 C
50/50
1.1761.176
924266AB2-070 E
50/50
43.72743.727
935141AD1-148 C
50/50
1.4651.465
960141AF2-305_AG1-
50/50
2.5552.555
960261AF2-317 C
50/50
0.6160.616
939741AE1-205 C
50/50
37.56637.566
939742AE1-205 E
50/50
51.87651.876
944221AF1-090 C
50/50
6.3236.323
944222AF1-090 E
50/50
29.60229.602
965331AG1-398 C
50/50
0.3190.319
990057J1201
External Queue
5.1005477905273445.100547790527344
990672J1360
External Queue
58.1994018554687558.19940185546875
992572J1022
External Queue
30.93273544311523430.932735443115234
954822J955
External Queue
185.20172119140625185.20172119140625
956282J1115 C
External Queue
7.6581492424011237.658149242401123
956283J1115 E
External Queue
41.4325485229492241.43254852294922
956452J1139
External Queue
17.96224403381347717.962244033813477
990353J1289 C
External Queue
3.84125280380249023.8412528038024902
990354J1289 E
External Queue
20.78216171264648420.782161712646484
991037J1464 G
External Queue
89.274391174316489.2743911743164
991192J1610 G
External Queue
16.27079582214355516.270795822143555
991197J1626
External Queue
15.69323825836181615.693238258361816
991217J1653
External Queue
15.16272640228271515.162726402282715
991267J1714
External Queue
10.46215915679931610.462159156799316
991278J1725 C
External Queue
1.57692360877990721.5769236087799072
991279J1725 E
External Queue
8.5315608978271488.531560897827148
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8230.823
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.0081.008
CBM West 2LTFEXP_CBM-W2->PJM
CBM
36.22536.225
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
21.34821.348
G-007ALTFEXP_G-007A->PJM
CMTX
1.9581.958
VTFLTFEXP_VFT->PJM
CMTX
5.2585.258
LGEELTFEXP_LGEE->PJM
CLTF
1.5741.574
CPLELTFEXP_CPLE->PJM
CLTF
1.7121.712
TVALTFEXP_TVA->PJM
CLTF
5.2775.277
MECLTFEXP_MEC->PJM
CLTF
2.8662.866
LAGNLTFEXP_LAGN->PJM
CLTF
6.8746.874
SIGELTFEXP_SIGE->PJM
CLTF
0.4580.458

Details for PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line l/o COMED_P4_012-45-BT14-15_SRT-A


This cycle required topology changing upgrades. This base run flowgate was eliminated as a result of the topology changing upgrades.

Base Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P4_012-45-BT14-15_SRT-A
Contingency Type:Breaker
DC|AC:AC
Final Cycle Loading:135.76 %
Rating:1837.0 MVA
Rating Type:STE
MVA to Mitigate:2493.92
MW Contribution:60.61
Impact of Topology Modeling:
Elimination
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.60774.607
965092AG1-374 E
50/50
49.73849.738
965911AG1-460 C
50/50
2.4332.433
965912AG1-460 E
50/50
3.6493.649
290261S-027 E
50/50
67.64367.643
290265S-028 E
50/50
67.22967.229
936771AD2-100 C
50/50
24.72424.724
936772AD2-100 E
50/50
16.48216.482
936971AD2-131 C
50/50
1.6291.629
936972AD2-131 E
50/50
8.1828.182
942111AE2-223 C
50/50
8.6998.699
942112AE2-223 E
50/50
58.21858.218
942481AE2-261 C
50/50
36.36836.368
942482AE2-261 E
50/50
24.24624.246
959341AF2-225 C
50/50
28.10528.105
959342AF2-225 E
50/50
38.81238.812
959611AF2-252 C
50/50
8.298.29
959612AF2-252 E
50/50
12.43412.434
960611AF2-352 C
50/50
8.298.29
960612AF2-352 E
50/50
12.43412.434
274650KINCAID ;1U
50/50
18.57118.571
274651KINCAID ;2U
50/50
18.56518.565
274853TWINGROVE;U1
50/50
2.3492.349
274854TWINGROVE;U2
50/50
2.4162.416
274880RADFORD R;1U
50/50
2.1562.156
276615W2-048 GEN
50/50
13.36213.362
276621X2-022 GEN
50/50
45.73345.733
917502Z2-087 E
50/50
77.62477.624
957381AF2-032 C
50/50
2.792.79
957382AF2-032 E
50/50
1.3131.313
925771AC1-053 C
50/50
1.1091.109
925772AC1-053 E
50/50
46.34746.347
270681BRIGHTSTK; R
50/50
1.8891.889
276174W4-005 E
50/50
75.58675.586
276655AB2-047 C1
50/50
1.181.18
276656AB2-047 C2
50/50
1.181.18
924048AB2-047 E1
50/50
48.13648.136
924049AB2-047 E2
50/50
48.89448.894
276668AB2-070 C
50/50
1.1661.166
924266AB2-070 E
50/50
43.36443.364
935141AD1-148 C
50/50
1.4511.451
960141AF2-305_AG1-
50/50
2.5342.534
960261AF2-317 C
50/50
0.610.61
939741AE1-205 C
50/50
37.47437.474
939742AE1-205 E
50/50
51.74951.749
944221AF1-090 C
50/50
6.2366.236
944222AF1-090 E
50/50
29.19629.196
965331AG1-398 C
50/50
0.3170.317
990057J1201
External Queue
5.0432229042053225.043222904205322
990672J1360
External Queue
57.9174308776855557.91743087768555
992572J1022
External Queue
30.77455520629882830.774555206298828
954822J955
External Queue
182.9218292236328182.9218292236328
956282J1115 C
External Queue
7.6141042709350597.614104270935059
956283J1115 E
External Queue
41.1942558288574241.19425582885742
956452J1139
External Queue
17.8977870941162117.89778709411621
990353J1289 C
External Queue
3.72011947631835943.7201194763183594
990354J1289 E
External Queue
20.12680053710937520.126800537109375
991037J1464 G
External Queue
87.4738616943359487.47386169433594
991192J1610 G
External Queue
15.9657325744628915.96573257446289
991197J1626
External Queue
15.53428649902343815.534286499023438
991217J1653
External Queue
14.12166404724121114.121664047241211
991267J1714
External Queue
10.3561906814575210.35619068145752
991278J1725 C
External Queue
1.46865308284759521.4686530828475952
991279J1725 E
External Queue
7.9457898139953617.945789813995361
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8160.816
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.0281.028
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.39835.398
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
21.09921.099
G-007ALTFEXP_G-007A->PJM
CMTX
1.9921.992
VTFLTFEXP_VFT->PJM
CMTX
5.3515.351
LGEELTFEXP_LGEE->PJM
CLTF
1.5651.565
CPLELTFEXP_CPLE->PJM
CLTF
1.6981.698
TVALTFEXP_TVA->PJM
CLTF
5.1685.168
MECLTFEXP_MEC->PJM
CLTF
2.5112.511
LAGNLTFEXP_LAGN->PJM
CLTF
6.6886.688
SIGELTFEXP_SIGE->PJM
CLTF
0.4530.453
CONTINGENCY 'COMED_P4_012-45-BT12-14_SRT-A'
 TRIP BRANCH FROM BUS 270717 TO BUS 276657 CKT 1   /*DRESDEN  ; R 345.0 - AB1-122 TAP1 345.0
 TRIP BRANCH FROM BUS 270853 TO BUS 270717 CKT 1   /*PONTIAC  ; R 345.0 - DRESDEN  ; R 345.0
END
CONTINGENCY 'COMED_P4_012-45-BT14-15_SRT-A'
 TRIP BRANCH FROM BUS 270697 TO BUS 270717 CKT 1   /*COLLINS  ; R 345.0 - DRESDEN  ; R 345.0
 TRIP BRANCH FROM BUS 270853 TO BUS 270717 CKT 1   /*PONTIAC  ; R 345.0 - DRESDEN  ; R 345.0
END
939400 to 934720 ckt 1
270704 to 939400 ckt 1
270852 to 270704 ckt 1

Summer Potential Congestion due to Local Energy Deliverability

PJM also studied the delivery of the energy portion of this interconnection request. Any problems identified below are likely to result in operational restrictions to the project under study. The developer can proceed with network upgrades to eliminate the operational restriction at their discretion by submitting an Upgrade Request into the New Service Request process.

Note: Only the most severely overloaded conditions are listed below. There is no guarantee of full delivery of energy for this project by fixing only the conditions listed in this section. With an Upgrade Request, a subsequent analysis will be performed which shall study all overload conditions associated with the overloaded element(s) identified.

The following flowgates remain after considering the topology reinforcements required by the cycle.

StudyAreaFacility DescriptionContingency NameContingency TypeDC|ACFinal Cycle LoadingRating (MVA)Rating TypeMVA to MitigateMW ContributionDetails
GD1AMIL/CE
7BROKAW-MCLEAN ; R 345.0 kV Ckt 1 line
COMED_P1-2_345-L8002___-S_SRT-A
OPAC106.91 %1793.0B1916.8857.28
GD1CE
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Base Case
OPAC122.51 %1364.0A1671.0617.69
GD1CE
AD2-100 TP-AF1-090 TP 345.0 kV Ckt 1 line
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
OPAC103.46 %1201.0B1242.5692.14
GD1CE
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
COMED_P1-2_345-L8014__R-S_SRT-A
OPAC184.61 %1528.0B2820.8660.49
GD1CE
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Base Case
OPAC148.95 %1364.0A2031.743.0
GD1AMIL/CE
AF1-090 TP-7PANA 345.0 kV Ckt 1 line
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
OPAC112.35 %1201.0B1349.3692.14
GD1CE
BLUEMOUND; B-PONTIAC ; B 345.0 kV Ckt 1 line
COMED_P1-2_345-L8001___-S_SRT-A
OPAC130.87 %1528.0B1999.7149.56
GD1AMIL/CE
KINCAID ; B-7AUSTIN 345.0 kV Ckt 1 line
COMED_P1-2_345-L2105___-S_SRT-A-4
OPAC102.61 %1319.0B1353.48144.32
GD1CE
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
COMED_P1-2_345-L8014__R-S_SRT-A
OPAC173.48 %1528.0B2650.760.49
GD1CE
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Base Case
OPAC138.35 %1364.0A1887.0943.0
GD1CE
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
COMED_P1-2_345-L8002___-S_SRT-A
OPAC141.56 %1726.0B2443.2757.19
GD1CE
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
Base Case
OPAC113.98 %1553.0A1770.1539.07
GD1CE
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
COMED_P1-2_345-L8014__R-S_SRT-A
OPAC162.71 %1528.0B2486.2460.56
GD1CE
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Base Case
OPAC130.93 %1334.0A1746.5543.07
GD1CE
PONTIAC ; R-DRESDEN ; R 345.0 kV Ckt 1 line
COMED_P1-2_345-L11212_B-S_SRT-A-2
OPAC146.66 %1656.0B2428.7252.97

Details for 7BROKAW-MCLEAN ; R 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8002___-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Increase to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
7BROKAW-MCLEAN ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8002___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:106.91 %
Rating:1793.0 MVA
Rating Type:B
MVA to Mitigate:1916.88
MW Contribution:57.28
Impact of Topology Modeling:
Increase

Base Case Flowgate

Area:AMIL/CE
Facility Description:
7BROKAW-MCLEAN ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8002___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:106.87 %
Rating:1793.0 MVA
Rating Type:B
MVA to Mitigate:1916.13
MW Contribution:57.29
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
39.65439.654
965092AG1-374 E
50/50
26.43626.436
965911AG1-460 C
50/50
2.2992.299
965912AG1-460 E
50/50
3.4483.448
966091AG1-478 C
Adder
-1.3894117647058823-1.181
290261S-027 E
50/50
35.95335.953
290265S-028 E
50/50
35.73335.733
936771AD2-100 C
50/50
23.39223.392
936772AD2-100 E
50/50
15.59515.595
936971AD2-131 C
50/50
1.5411.541
936972AD2-131 E
50/50
7.7427.742
942481AE2-261 C
50/50
34.36634.366
942482AE2-261 E
50/50
22.91122.911
959611AF2-252 C
50/50
4.4064.406
959612AF2-252 E
50/50
6.6096.609
960611AF2-352 C
50/50
4.4064.406
960612AF2-352 E
50/50
6.6096.609
274650KINCAID ;1U
50/50
17.60217.602
274651KINCAID ;2U
50/50
17.57717.577
274853TWINGROVE;U1
50/50
1.2531.253
274854TWINGROVE;U2
50/50
1.2891.289
274880RADFORD R;1U
50/50
1.6421.642
276615W2-048 GEN
50/50
14.26114.261
276621X2-022 GEN
50/50
48.8148.81
957381AF2-032 C
50/50
2.6352.635
957382AF2-032 E
50/50
1.241.24
925771AC1-053 C
50/50
1.2351.235
925772AC1-053 E
50/50
51.42651.426
934101AD2-000 1
Adder
-4.918823529411765-4.181
276174W4-005 E
50/50
57.3857.38
276668AB2-070 C
50/50
1.3191.319
924266AB2-070 E
50/50
48.89148.891
935141AD1-148 C
50/50
1.5531.553
960141AF2-305_AG1-
50/50
2.8562.856
960261AF2-317 C
50/50
0.6540.654
944221AF1-090 C
50/50
5.9265.926
944222AF1-090 E
50/50
27.74227.742
965331AG1-398 C
50/50
0.3590.359
990057J1201
External Queue
4.9176421165466314.917642116546631
990272J1263 G
External Queue
33.9719581604003933.97195816040039
990672J1360
External Queue
60.49187850952148460.491878509521484
992572J1022
External Queue
35.3864402770996135.38644027709961
954822J955
External Queue
174.5455780029297174.5455780029297
956282J1115 C
External Queue
6.8979806900024416.897980690002441
956283J1115 E
External Queue
37.3198432922363337.31984329223633
956452J1139
External Queue
19.0915393829345719.09153938293457
990353J1289 C
External Queue
3.5035357475280763.503535747528076
990354J1289 E
External Queue
18.95502662658691418.955026626586914
991037J1464 G
External Queue
83.029075622558683.0290756225586
991192J1610 G
External Queue
15.35129261016845715.351292610168457
991197J1626
External Queue
15.28699398040771515.286993980407715
991217J1653
External Queue
13.46406650543212913.464066505432129
991267J1714
External Queue
10.19132995605468810.191329956054688
991278J1725 C
External Queue
1.40026295185089111.4002629518508911
991279J1725 E
External Queue
7.575781822204597.57578182220459
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.830.83
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.2061.206
CBM West 2LTFEXP_CBM-W2->PJM
CBM
34.41934.419
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
21.16921.169
G-007ALTFEXP_G-007A->PJM
CMTX
2.3192.319
VTFLTFEXP_VFT->PJM
CMTX
6.2296.229
LGEELTFEXP_LGEE->PJM
CLTF
1.6041.604
CPLELTFEXP_CPLE->PJM
CLTF
1.7271.727
TVALTFEXP_TVA->PJM
CLTF
5.0055.005
MECLTFEXP_MEC->PJM
CLTF
1.5021.502
LAGNLTFEXP_LAGN->PJM
CLTF
6.3376.337
SIGELTFEXP_SIGE->PJM
CLTF
0.4550.455
MDUPJM->LTFIMP_MDU
CLTF
0.0230.023

Details for AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line l/o Base Case


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:122.51 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:1671.06
MW Contribution:17.69
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AD1-100 TAP-WILTON ; B 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:123.55 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:1685.18
MW Contribution:17.81
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
19.95319.953
965092AG1-374 E
50/50
13.30213.302
965911AG1-460 C
Adder
0.71058823529411760.604
965912AG1-460 E
Adder
1.06470588235294120.905
966091AG1-478 C
Adder
1.12235294117647060.954
966092AG1-478 E
Adder
0.28235294117647060.24
290261S-027 E
50/50
18.09118.091
290265S-028 E
50/50
17.9817.98
934721AD1-100 C
50/50
6.5466.546
934722AD1-100 E
50/50
198.856198.856
936771AD2-100 C
Adder
7.2094117647058836.128
936772AD2-100 E
Adder
4.8070588235294124.086
936971AD2-131 C
Adder
0.475294117647058870.404
936972AD2-131 E
Adder
2.38588235294117632.028
942111AE2-223 C
50/50
2.312.31
942112AE2-223 E
50/50
15.45815.458
942481AE2-261 C
Adder
10.6152941176470599.023
942482AE2-261 E
Adder
7.0764705882352946.015
959341AF2-225 C
50/50
7.4627.462
959342AF2-225 E
50/50
10.30510.305
959611AF2-252 C
50/50
2.2172.217
959612AF2-252 E
50/50
3.3253.325
960611AF2-352 C
50/50
2.2172.217
960612AF2-352 E
50/50
3.3253.325
274654BRAIDWOOD;1U
50/50
35.71935.719
274655BRAIDWOOD;2U
50/50
34.57234.572
274660LASCO STA;1U
50/50
23.36923.369
274661LASCO STA;2U
50/50
23.4523.45
274847GR RIDGE ;BU
50/50
0.4750.475
274853TWINGROVE;U1
50/50
0.630.63
274854TWINGROVE;U2
50/50
0.6480.648
274863CAYUGA RI;1U
50/50
0.6930.693
274864CAYUGA RI;2U
50/50
0.6930.693
274871GR RIDGE ;2U
50/50
0.1770.177
274887PILOT HIL;1U
50/50
0.7710.771
274888KELLY CRK;1U
50/50
0.7710.771
276615W2-048 GEN
Adder
3.81058823529411763.239
276621X2-022 GEN
Adder
13.04117647058823711.085
293061N-015 E
50/50
12.72212.722
294392P-010 E
50/50
16.15716.157
917502Z2-087 E
50/50
20.6120.61
933411AC2-154 C
50/50
2.562.56
933412AC2-154 E
50/50
4.1774.177
957381AF2-032 C
Adder
0.81411764705882350.692
957382AF2-032 E
Adder
0.38352941176470590.326
274890CAYUG;1U E
50/50
22.61422.614
274891CAYUG;2U E
50/50
22.61422.614
925772AC1-053 E
Adder
13.06941176470588311.109
270681BRIGHTSTK; R
50/50
0.5030.503
275149KELLYCK ;1E
50/50
18.86218.862
276174W4-005 E
Adder
20.91647058823529517.779
276655AB2-047 C1
50/50
0.3150.315
276656AB2-047 C2
50/50
0.3150.315
293519PILOT HIL;1E
50/50
18.86218.862
924048AB2-047 E1
50/50
12.78112.781
924049AB2-047 E2
50/50
12.98212.982
924266AB2-070 E
Adder
12.17058823529411910.345
926821AC1-168 C
Adder
0.59529411764705890.506
926822AC1-168 E
Adder
3.99529411764705873.396
936371AD2-047 C
50/50
4.5814.581
936372AD2-047 E
50/50
22.36722.367
936461AD2-060 C
50/50
2.6952.695
960141AF2-305_AG1-
Adder
0.71058823529411760.604
960591AF2-350 C
50/50
8.0848.084
960592AF2-350 E
50/50
5.3895.389
939351AE1-166 C
50/50
22.15822.158
939352AE1-166 E
50/50
20.45420.454
939401AE1-172 C
50/50
9.8279.827
939402AE1-172 E
50/50
46.00746.007
939741AE1-205 C
50/50
9.959.95
939742AE1-205 E
50/50
13.7413.74
941551AE2-152 C
50/50
25.56725.567
941552AE2-152 E
50/50
17.04517.045
944221AF1-090 C
Adder
1.81294117647058831.541
944222AF1-090 E
Adder
8.4882352941176477.215
958011AF2-095 C
50/50
11.6411.64
958012AF2-095 E
50/50
7.767.76
956282J1115 C
External Queue
1.80339312553405761.8033931255340576
956283J1115 E
External Queue
9.7568187713623059.756818771362305
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
0.1960.196
CBM West 1LTFEXP_CBM-W1->PJM
CBM
19.23219.232
CBM West 2LTFEXP_CBM-W2->PJM
CBM
10.09110.091
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
G-007PJM->LTFIMP_G-007
CMTX_NF
0.7730.773
NYPJM->LTFIMP_NY
CLTF
0.4180.418
WECLTFEXP_WEC->PJM
CLTF
0.7530.753
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.1160.116
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.0480.048
TVALTFEXP_TVA->PJM
CLTF
1.0661.066
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.0640.064
MECLTFEXP_MEC->PJM
CLTF
4.254.25
BlueGrassPJM->LTFIMP_BlueG
CLTF
0.1150.115
LAGNLTFEXP_LAGN->PJM
CLTF
1.9731.973
SIGELTFEXP_SIGE->PJM
CLTF
0.0670.067
O66PJM->LTFIMP_O-066
CMTX_NF
4.964.96

Details for AD2-100 TP-AF1-090 TP 345.0 kV Ckt 1 line l/o EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AD2-100 TP-AF1-090 TP 345.0 kV Ckt 1 line
Contingency Name:
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:103.46 %
Rating:1201.0 MVA
Rating Type:B
MVA to Mitigate:1242.56
MW Contribution:92.14
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AD2-100 TP-AF1-090 TP 345.0 kV Ckt 1 line
Contingency Name:
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:104.43 %
Rating:1201.0 MVA
Rating Type:B
MVA to Mitigate:1254.23
MW Contribution:92.14
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
19.87419.874
965092AG1-374 E
50/50
13.24913.249
965911AG1-460 C
50/50
3.6983.698
965912AG1-460 E
50/50
5.5475.547
290021O50 E
Adder
8.8917647058823547.558
290261S-027 E
50/50
18.01918.019
290265S-028 E
50/50
17.90917.909
936771AD2-100 C
50/50
47.69547.695
936772AD2-100 E
50/50
31.79731.797
936971AD2-131 C
50/50
3.1423.142
936972AD2-131 E
50/50
15.78515.785
942111AE2-223 C
Adder
1.7964705882352941.527
942112AE2-223 E
Adder
12.02588235294117610.222
942481AE2-261 C
50/50
55.28655.286
942482AE2-261 E
50/50
36.85736.857
958491AF2-143 C
Adder
4.93999999999999954.199
958492AF2-143 E
Adder
3.29294117647058832.799
959341AF2-225 C
Adder
5.8058823529411764.935
959342AF2-225 E
Adder
8.017647058823536.815
959611AF2-252 C
50/50
2.2082.208
959612AF2-252 E
50/50
3.3123.312
960611AF2-352 C
50/50
2.2082.208
960612AF2-352 E
50/50
3.3123.312
274650KINCAID ;1U
50/50
25.63925.639
274651KINCAID ;2U
50/50
25.48325.483
274853TWINGROVE;U1
50/50
0.6280.628
274854TWINGROVE;U2
50/50
0.6460.646
274880RADFORD R;1U
50/50
1.0791.079
276615W2-048 GEN
50/50
10.85110.851
276621X2-022 GEN
50/50
37.1437.14
293771O-035 E
Adder
3.9788235294117653.382
294401BSHIL;1U E
Adder
4.9564705882352954.213
294410BSHIL;2U E
Adder
4.9564705882352954.213
917502Z2-087 E
Adder
16.03411764705882413.629
925582AC1-033 E
Adder
5.4317647058823534.617
957381AF2-032 C
50/50
3.8383.838
957382AF2-032 E
50/50
1.8061.806
274890CAYUG;1U E
Adder
8.577647058823537.291
274891CAYUG;2U E
Adder
8.577647058823537.291
925771AC1-053 C
50/50
0.7330.733
925772AC1-053 E
50/50
30.53230.532
938851AE1-113 C
Adder
3.6682352941176473.118
938852AE1-113 E
Adder
13.00352941176470811.053
934101AD2-000 1
Adder
2.45058823529411772.083
276174W4-005 E
50/50
37.70537.705
916212CRESCENT ;1U
Adder
2.7952941176470592.376
924048AB2-047 E1
Adder
9.9435294117647068.452
924049AB2-047 E2
Adder
10.1000000000000018.585
927208AC1-214 E1
Adder
1.88588235294117661.603
927209AC1-214 E2
Adder
1.88588235294117661.603
990901L-005 E
Adder
7.8164705882352946.644
276668AB2-070 C
50/50
0.6950.695
924266AB2-070 E
50/50
25.75725.757
926821AC1-168 C
Adder
0.62352941176470590.53
926822AC1-168 E
Adder
4.1882352941176473.56
935141AD1-148 C
50/50
1.1821.182
936292AD2-038 E
Adder
6.78352941176470655.766
936511AD2-066 C
Adder
3.75411764705882333.191
936512AD2-066 E
Adder
2.50235294117647022.127
942421AE2-255 C
Adder
1.38941176470588231.181
942422AE2-255 E
Adder
4.1682352941176483.543
942651AE2-281 C
Adder
0.38470588235294120.327
942652AE2-281 E
Adder
2.362.006
960141AF2-305_AG1-
50/50
1.5051.505
960261AF2-317 C
50/50
0.4970.497
939321AE1-163 C
Adder
2.68941176470588242.286
939322AE1-163 E
Adder
16.5214.042
939401AE1-172 C
Adder
2.92.465
939402AE1-172 E
Adder
13.57647058823529411.54
939741AE1-205 C
Adder
7.7411764705882356.58
939742AE1-205 E
Adder
10.6894117647058829.086
965331AG1-398 C
50/50
0.1890.189
990052J1200
External Queue
1.41204094886779791.4120409488677979
990057J1201
External Queue
-9.25894546508789-9.25894546508789
990272J1263 G
External Queue
-30.302364349365234-30.302364349365234
954822J955
External Queue
262.798095703125262.798095703125
956282J1115 C
External Queue
3.6276452541351323.627645254135132
956283J1115 E
External Queue
19.62648963928222719.626489639282227
990353J1289 C
External Queue
5.3797941207885745.379794120788574
990354J1289 E
External Queue
29.1060657501220729.10606575012207
990752J1383
External Queue
12.49752521514892612.497525215148926
991037J1464 G
External Queue
126.0054931640625126.0054931640625
991192J1610 G
External Queue
16.49483489990234416.494834899902344
991217J1653
External Queue
13.88190269470214813.881902694702148
991278J1725 C
External Queue
1.44371783733367921.4437178373336792
991279J1725 E
External Queue
7.810883998870857.81088399887085
991303J1755 C
External Queue
1.3241155147552491.324115514755249
991304J1755 E
External Queue
7.1638789176940927.163878917694092
LTFEXP_AC1-056LTFEXP_AC1-056->LTFIMP_AC1-056
CLTF
2.5412.541
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
1.1141.114
CBM West 1LTFEXP_CBM-W1->PJM
CBM
35.35535.355
G-007PJM->LTFIMP_G-007
CMTX_NF
0.9760.976
NYPJM->LTFIMP_NY
CLTF
0.4980.498
WECLTFEXP_WEC->PJM
CLTF
1.3471.347
COTTONWOODPJM->LTFIMP_COTTONWOOD
CLTF
4.9624.962
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.8960.896
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.5690.569
PRAIRIEPJM->LTFIMP_PRAIRIE
CLTF
17.01817.018
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
1.0421.042
MECLTFEXP_MEC->PJM
CLTF
3.7833.783
BlueGrassPJM->LTFIMP_BlueG
CLTF
3.3633.363
O66PJM->LTFIMP_O-066
CMTX_NF
6.2466.246

Details for AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8014__R-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:184.61 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2820.86
MW Contribution:60.49
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:184.83 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2824.16
MW Contribution:60.51
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.55374.553
965092AG1-374 E
50/50
49.70249.702
965911AG1-460 C
50/50
2.4282.428
965912AG1-460 E
50/50
3.6423.642
290261S-027 E
50/50
67.59467.594
290265S-028 E
50/50
67.1867.18
936771AD2-100 C
50/50
24.67224.672
936772AD2-100 E
50/50
16.44816.448
936971AD2-131 C
50/50
1.6251.625
936972AD2-131 E
50/50
8.1658.165
942111AE2-223 C
50/50
8.6948.694
942112AE2-223 E
50/50
58.18158.181
942481AE2-261 C
50/50
36.29636.296
942482AE2-261 E
50/50
24.19724.197
959341AF2-225 C
50/50
28.08728.087
959342AF2-225 E
50/50
38.78738.787
959611AF2-252 C
50/50
8.2848.284
959612AF2-252 E
50/50
12.42512.425
960611AF2-352 C
50/50
8.2848.284
960612AF2-352 E
50/50
12.42512.425
274650KINCAID ;1U
50/50
18.59918.599
274651KINCAID ;2U
50/50
18.59318.593
274853TWINGROVE;U1
50/50
2.3552.355
274854TWINGROVE;U2
50/50
2.4232.423
274863CAYUGA RI;1U
50/50
2.2882.288
274864CAYUGA RI;2U
50/50
2.2882.288
274880RADFORD R;1U
50/50
2.162.16
276615W2-048 GEN
50/50
13.34113.341
276621X2-022 GEN
50/50
45.66245.662
917502Z2-087 E
50/50
77.57477.574
957381AF2-032 C
50/50
2.7842.784
957382AF2-032 E
50/50
1.311.31
274890CAYUG;1U E
50/50
74.66374.663
274891CAYUG;2U E
50/50
74.66374.663
925771AC1-053 C
50/50
1.1121.112
925772AC1-053 E
50/50
46.28246.282
270681BRIGHTSTK; R
50/50
1.8941.894
276174W4-005 E
50/50
75.49175.491
276655AB2-047 C1
50/50
1.1841.184
276656AB2-047 C2
50/50
1.1841.184
924048AB2-047 E1
50/50
48.10548.105
924049AB2-047 E2
50/50
48.86348.863
276668AB2-070 C
50/50
1.1691.169
924266AB2-070 E
50/50
43.30643.306
935141AD1-148 C
50/50
1.4531.453
960141AF2-305_AG1-
50/50
2.532.53
960261AF2-317 C
50/50
0.6110.611
939401AE1-172 C
50/50
30.75230.752
939402AE1-172 E
50/50
143.975143.975
939741AE1-205 C
50/50
37.4537.45
939742AE1-205 E
50/50
51.71651.716
944221AF1-090 C
50/50
6.2216.221
944222AF1-090 E
50/50
29.12729.127
965331AG1-398 C
50/50
0.3180.318
990057J1201
External Queue
5.042254924774175.04225492477417
990672J1360
External Queue
57.9190864562988357.91908645629883
992572J1022
External Queue
30.77639770507812530.776397705078125
954822J955
External Queue
182.93093872070312182.93093872070312
956282J1115 C
External Queue
7.6152963638305667.615296363830566
956283J1115 E
External Queue
41.20070648193359441.200706481933594
956452J1139
External Queue
17.89180946350097717.891809463500977
990353J1289 C
External Queue
3.71972036361694343.7197203636169434
990354J1289 E
External Queue
20.1246414184570320.12464141845703
991037J1464 G
External Queue
87.4726562587.47265625
991192J1610 G
External Queue
15.96595001220703115.965950012207031
991197J1626
External Queue
15.52988243103027315.529882431030273
991267J1714
External Queue
10.35325527191162110.353255271911621
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.7950.795
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.0171.017
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.08535.085
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.57620.576
G-007ALTFEXP_G-007A->PJM
CMTX
1.9791.979
VTFLTFEXP_VFT->PJM
CMTX
5.3165.316
LGEELTFEXP_LGEE->PJM
CLTF
1.5361.536
CPLELTFEXP_CPLE->PJM
CLTF
1.6531.653
TVALTFEXP_TVA->PJM
CLTF
5.0975.097
MECLTFEXP_MEC->PJM
CLTF
2.4482.448
LAGNLTFEXP_LAGN->PJM
CLTF
6.6036.603
SIGELTFEXP_SIGE->PJM
CLTF
0.4480.448

Details for AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line l/o Base Case


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:148.95 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:2031.7
MW Contribution:43.0
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
AE1-172 TP-AD1-100 TAP 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:149.2 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:2035.04
MW Contribution:43.02
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
51.8651.86
965092AG1-374 E
50/50
34.57434.574
965911AG1-460 C
50/50
1.7261.726
965912AG1-460 E
50/50
2.5892.589
290261S-027 E
50/50
47.0247.02
290265S-028 E
50/50
46.73246.732
936771AD2-100 C
50/50
17.54417.544
936772AD2-100 E
50/50
11.69611.696
936971AD2-131 C
50/50
1.1561.156
936972AD2-131 E
50/50
5.8065.806
942111AE2-223 C
50/50
6.0176.017
942112AE2-223 E
50/50
40.26540.265
942481AE2-261 C
50/50
25.80225.802
942482AE2-261 E
50/50
17.20117.201
959341AF2-225 C
50/50
19.43819.438
959342AF2-225 E
50/50
26.84326.843
959611AF2-252 C
50/50
5.7625.762
959612AF2-252 E
50/50
8.6438.643
960611AF2-352 C
50/50
5.7625.762
960612AF2-352 E
50/50
8.6438.643
274650KINCAID ;1U
50/50
13.22113.221
274651KINCAID ;2U
50/50
13.21713.217
274853TWINGROVE;U1
50/50
1.6391.639
274854TWINGROVE;U2
50/50
1.6851.685
274863CAYUGA RI;1U
50/50
1.8911.891
274864CAYUGA RI;2U
50/50
1.8911.891
274880RADFORD R;1U
50/50
1.5151.515
276615W2-048 GEN
50/50
9.4099.409
276621X2-022 GEN
50/50
32.20332.203
917502Z2-087 E
50/50
53.68753.687
957381AF2-032 C
50/50
1.9791.979
957382AF2-032 E
50/50
0.9310.931
274890CAYUG;1U E
50/50
61.70461.704
274891CAYUG;2U E
50/50
61.70461.704
925771AC1-053 C
50/50
0.7820.782
925772AC1-053 E
50/50
32.53332.533
270681BRIGHTSTK; R
50/50
1.3111.311
276174W4-005 E
50/50
52.93852.938
276655AB2-047 C1
50/50
0.8190.819
276656AB2-047 C2
50/50
0.8190.819
924048AB2-047 E1
50/50
33.29233.292
924049AB2-047 E2
50/50
33.81633.816
276668AB2-070 C
50/50
0.820.82
924266AB2-070 E
50/50
30.39830.398
935141AD1-148 C
50/50
1.0251.025
960141AF2-305_AG1-
50/50
1.7761.776
960261AF2-317 C
50/50
0.4310.431
939401AE1-172 C
50/50
27.14827.148
939402AE1-172 E
50/50
127.102127.102
939741AE1-205 C
50/50
25.91825.918
939742AE1-205 E
50/50
35.79135.791
944221AF1-090 C
50/50
4.4284.428
944222AF1-090 E
50/50
20.7320.73
965331AG1-398 C
50/50
0.2230.223
990057J1201
External Queue
3.4138700962066653.413870096206665
990672J1360
External Queue
39.17244720458984439.172447204589844
992572J1022
External Queue
20.8601760864257820.86017608642578
954822J955
External Queue
126.01707458496094126.01707458496094
956282J1115 C
External Queue
5.2040543556213385.204054355621338
956283J1115 E
External Queue
28.155267715454128.1552677154541
956452J1139
External Queue
11.79978656768798811.799786567687988
990353J1289 C
External Queue
2.6532003879547122.653200387954712
990354J1289 E
External Queue
14.35449409484863314.354494094848633
991037J1464 G
External Queue
61.12026977539062561.120269775390625
991192J1610 G
External Queue
11.13379478454589811.133794784545898
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.5260.526
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.5230.523
CBM West 2LTFEXP_CBM-W2->PJM
CBM
25.825.8
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
13.9613.96
G-007ALTFEXP_G-007A->PJM
CMTX
1.0491.049
VTFLTFEXP_VFT->PJM
CMTX
2.8132.813
LGEELTFEXP_LGEE->PJM
CLTF
1.021.02
CPLELTFEXP_CPLE->PJM
CLTF
1.0941.094
TVALTFEXP_TVA->PJM
CLTF
3.73.7
MECLTFEXP_MEC->PJM
CLTF
3.233.23
LAGNLTFEXP_LAGN->PJM
CLTF
4.9884.988
SIGELTFEXP_SIGE->PJM
CLTF
0.310.31

Details for AF1-090 TP-7PANA 345.0 kV Ckt 1 line l/o EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Increase to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
AF1-090 TP-7PANA 345.0 kV Ckt 1 line
Contingency Name:
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:112.35 %
Rating:1201.0 MVA
Rating Type:B
MVA to Mitigate:1349.36
MW Contribution:92.14
Impact of Topology Modeling:
Increase

Base Case Flowgate

Area:AMIL/CE
Facility Description:
AF1-090 TP-7PANA 345.0 kV Ckt 1 line
Contingency Name:
EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:112.25 %
Rating:1201.0 MVA
Rating Type:B
MVA to Mitigate:1348.18
MW Contribution:92.14
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
19.87419.874
965092AG1-374 E
50/50
13.24913.249
965911AG1-460 C
50/50
3.6983.698
965912AG1-460 E
50/50
5.5475.547
290021O50 E
Adder
8.8917647058823547.558
290261S-027 E
50/50
18.01918.019
290265S-028 E
50/50
17.90917.909
936771AD2-100 C
50/50
47.69547.695
936772AD2-100 E
50/50
31.79731.797
936971AD2-131 C
50/50
3.1423.142
936972AD2-131 E
50/50
15.78515.785
942111AE2-223 C
Adder
1.7964705882352941.527
942112AE2-223 E
Adder
12.02588235294117610.222
942481AE2-261 C
50/50
55.28655.286
942482AE2-261 E
50/50
36.85736.857
958491AF2-143 C
Adder
4.93999999999999954.199
958492AF2-143 E
Adder
3.29294117647058832.799
959341AF2-225 C
Adder
5.8058823529411764.935
959342AF2-225 E
Adder
8.017647058823536.815
959611AF2-252 C
50/50
2.2082.208
959612AF2-252 E
50/50
3.3123.312
960611AF2-352 C
50/50
2.2082.208
960612AF2-352 E
50/50
3.3123.312
274650KINCAID ;1U
50/50
25.63925.639
274651KINCAID ;2U
50/50
25.48325.483
274853TWINGROVE;U1
50/50
0.6280.628
274854TWINGROVE;U2
50/50
0.6460.646
274880RADFORD R;1U
50/50
1.0791.079
276615W2-048 GEN
50/50
10.85110.851
276621X2-022 GEN
50/50
37.1437.14
293771O-035 E
Adder
3.9788235294117653.382
294401BSHIL;1U E
Adder
4.9564705882352954.213
294410BSHIL;2U E
Adder
4.9564705882352954.213
917502Z2-087 E
Adder
16.03411764705882413.629
925582AC1-033 E
Adder
5.4317647058823534.617
957381AF2-032 C
50/50
3.8383.838
957382AF2-032 E
50/50
1.8061.806
274890CAYUG;1U E
Adder
8.577647058823537.291
274891CAYUG;2U E
Adder
8.577647058823537.291
925771AC1-053 C
50/50
0.7330.733
925772AC1-053 E
50/50
30.53230.532
938851AE1-113 C
Adder
3.6682352941176473.118
938852AE1-113 E
Adder
13.00352941176470811.053
276174W4-005 E
50/50
37.70537.705
916212CRESCENT ;1U
Adder
2.7952941176470592.376
924048AB2-047 E1
Adder
9.9435294117647068.452
924049AB2-047 E2
Adder
10.1000000000000018.585
927208AC1-214 E1
Adder
1.88588235294117661.603
927209AC1-214 E2
Adder
1.88588235294117661.603
990901L-005 E
Adder
7.8164705882352946.644
276668AB2-070 C
50/50
0.6950.695
924266AB2-070 E
50/50
25.75725.757
926821AC1-168 C
Adder
0.62352941176470590.53
926822AC1-168 E
Adder
4.1882352941176473.56
935141AD1-148 C
50/50
1.1821.182
936292AD2-038 E
Adder
6.78352941176470655.766
942421AE2-255 C
Adder
1.38941176470588231.181
942422AE2-255 E
Adder
4.1682352941176483.543
942651AE2-281 C
Adder
0.38470588235294120.327
942652AE2-281 E
Adder
2.362.006
960141AF2-305_AG1-
50/50
1.5051.505
960261AF2-317 C
50/50
0.4970.497
939321AE1-163 C
Adder
2.68941176470588242.286
939322AE1-163 E
Adder
16.5214.042
939401AE1-172 C
Adder
2.92.465
939402AE1-172 E
Adder
13.57647058823529411.54
939741AE1-205 C
Adder
7.7411764705882356.58
939742AE1-205 E
Adder
10.6894117647058829.086
944221AF1-090 C
50/50
20.58320.583
944222AF1-090 E
50/50
96.36896.368
965331AG1-398 C
50/50
0.1890.189
990052J1200
External Queue
1.41204094886779791.4120409488677979
990057J1201
External Queue
-9.25894546508789-9.25894546508789
990272J1263 G
External Queue
-30.302364349365234-30.302364349365234
954822J955
External Queue
262.798095703125262.798095703125
956282J1115 C
External Queue
3.6276452541351323.627645254135132
956283J1115 E
External Queue
19.62648963928222719.626489639282227
990353J1289 C
External Queue
5.3797941207885745.379794120788574
990354J1289 E
External Queue
29.1060657501220729.10606575012207
990752J1383
External Queue
12.49752521514892612.497525215148926
991037J1464 G
External Queue
126.0054931640625126.0054931640625
991192J1610 G
External Queue
16.49483489990234416.494834899902344
991217J1653
External Queue
13.88190269470214813.881902694702148
991278J1725 C
External Queue
1.44371783733367921.4437178373336792
991279J1725 E
External Queue
7.810883998870857.81088399887085
991303J1755 C
External Queue
1.3241155147552491.324115514755249
991304J1755 E
External Queue
7.1638789176940927.163878917694092
LTFEXP_AC1-056LTFEXP_AC1-056->LTFIMP_AC1-056
CLTF
2.5412.541
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
1.1141.114
CBM West 1LTFEXP_CBM-W1->PJM
CBM
35.35535.355
G-007PJM->LTFIMP_G-007
CMTX_NF
0.9760.976
NYPJM->LTFIMP_NY
CLTF
0.4980.498
WECLTFEXP_WEC->PJM
CLTF
1.3471.347
COTTONWOODPJM->LTFIMP_COTTONWOOD
CLTF
4.9624.962
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.8960.896
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.5690.569
PRAIRIEPJM->LTFIMP_PRAIRIE
CLTF
17.01817.018
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
1.0421.042
MECLTFEXP_MEC->PJM
CLTF
3.7833.783
BlueGrassPJM->LTFIMP_BlueG
CLTF
3.3633.363
O66PJM->LTFIMP_O-066
CMTX_NF
6.2466.246

Details for BLUEMOUND; B-PONTIAC ; B 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8001___-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
BLUEMOUND; B-PONTIAC ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8001___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:130.87 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:1999.71
MW Contribution:49.56
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
BLUEMOUND; B-PONTIAC ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8001___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:131.04 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2002.29
MW Contribution:49.57
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
102.264102.264
965092AG1-374 E
50/50
68.17668.176
965911AG1-460 C
50/50
1.9891.989
965912AG1-460 E
50/50
2.9832.983
290261S-027 E
50/50
92.7292.72
290265S-028 E
50/50
92.15292.152
936771AD2-100 C
50/50
20.16820.168
936772AD2-100 E
50/50
13.44513.445
936971AD2-131 C
50/50
1.3281.328
936972AD2-131 E
50/50
6.6756.675
942111AE2-223 C
50/50
3.1433.143
942112AE2-223 E
50/50
21.03621.036
942481AE2-261 C
50/50
29.73329.733
942482AE2-261 E
50/50
19.82219.822
959341AF2-225 C
50/50
10.15510.155
959342AF2-225 E
50/50
14.02414.024
959611AF2-252 C
50/50
11.36311.363
959612AF2-252 E
50/50
17.04417.044
960611AF2-352 C
50/50
11.36311.363
960612AF2-352 E
50/50
17.04417.044
274650KINCAID ;1U
50/50
15.24815.248
274651KINCAID ;2U
50/50
15.26815.268
274853TWINGROVE;U1
50/50
3.2313.231
274854TWINGROVE;U2
50/50
3.3243.324
274880RADFORD R;1U
50/50
2.3142.314
276615W2-048 GEN
50/50
8.9088.908
276621X2-022 GEN
50/50
30.4930.49
917502Z2-087 E
50/50
28.04828.048
957381AF2-032 C
50/50
2.2832.283
957382AF2-032 E
50/50
1.0741.074
925771AC1-053 C
50/50
0.6850.685
925772AC1-053 E
50/50
28.50428.504
934101AD2-000 1
Adder
-3.7282352941176473-3.169
270681BRIGHTSTK; R
50/50
0.6850.685
276174W4-005 E
50/50
80.84980.849
276655AB2-047 C1
50/50
0.4280.428
276656AB2-047 C2
50/50
0.4280.428
924048AB2-047 E1
50/50
17.39317.393
924049AB2-047 E2
50/50
17.66717.667
276668AB2-070 C
50/50
0.6940.694
924266AB2-070 E
50/50
25.72325.723
935141AD1-148 C
50/50
0.970.97
960141AF2-305_AG1-
50/50
1.5031.503
960261AF2-317 C
50/50
0.4080.408
939741AE1-205 C
50/50
13.5413.54
939742AE1-205 E
50/50
18.69818.698
944221AF1-090 C
50/50
5.0485.048
944222AF1-090 E
50/50
23.63523.635
965331AG1-398 C
50/50
0.1890.189
990057J1201
External Queue
4.1351647377014164.135164737701416
990672J1360
External Queue
42.3807716369628942.38077163696289
992572J1022
External Queue
18.27711677551269518.277116775512695
954822J955
External Queue
152.35496520996094152.35496520996094
956282J1115 C
External Queue
6.8694295883178716.869429588317871
956283J1115 E
External Queue
37.16537475585937537.165374755859375
956452J1139
External Queue
12.93864536285400412.938645362854004
990353J1289 C
External Queue
3.04548382759094243.0454838275909424
990354J1289 E
External Queue
16.47684860229492216.476848602294922
991037J1464 G
External Queue
72.3532562255859472.35325622558594
991192J1610 G
External Queue
12.97992897033691412.979928970336914
991197J1626
External Queue
12.67362022399902312.673620223999023
991267J1714
External Queue
8.4490795135498058.449079513549805
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.6310.631
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.8630.863
CBM West 2LTFEXP_CBM-W2->PJM
CBM
26.51726.517
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
16.22316.223
G-007ALTFEXP_G-007A->PJM
CMTX
1.6691.669
VTFLTFEXP_VFT->PJM
CMTX
4.4844.484
LGEELTFEXP_LGEE->PJM
CLTF
1.1951.195
CPLELTFEXP_CPLE->PJM
CLTF
1.3131.313
TVALTFEXP_TVA->PJM
CLTF
3.9413.941
MECLTFEXP_MEC->PJM
CLTF
1.3441.344
LAGNLTFEXP_LAGN->PJM
CLTF
5.0515.051
SIGELTFEXP_SIGE->PJM
CLTF
0.3440.344
MDUPJM->LTFIMP_MDU
CLTF
0.0070.007

Details for KINCAID ; B-7AUSTIN 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L2105___-S_SRT-A-4


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Increase to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:AMIL/CE
Facility Description:
KINCAID ; B-7AUSTIN 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L2105___-S_SRT-A-4
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:102.61 %
Rating:1319.0 MVA
Rating Type:B
MVA to Mitigate:1353.48
MW Contribution:144.32
Impact of Topology Modeling:
Increase

Base Case Flowgate

Area:AMIL/CE
Facility Description:
KINCAID ; B-7AUSTIN 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L2105___-S_SRT-A-4
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:102.31 %
Rating:1319.0 MVA
Rating Type:B
MVA to Mitigate:1349.48
MW Contribution:144.3
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
31.13131.131
965092AG1-374 E
50/50
20.75420.754
965911AG1-460 C
50/50
5.7925.792
965912AG1-460 E
50/50
8.6888.688
290261S-027 E
50/50
28.22528.225
290265S-028 E
50/50
28.05228.052
936771AD2-100 C
50/50
60.81760.817
936772AD2-100 E
50/50
40.54540.545
936971AD2-131 C
50/50
4.0064.006
936972AD2-131 E
50/50
20.12820.128
942111AE2-223 C
50/50
2.6722.672
942112AE2-223 E
50/50
17.88217.882
942481AE2-261 C
50/50
86.59286.592
942482AE2-261 E
50/50
57.72857.728
959341AF2-225 C
50/50
8.6338.633
959342AF2-225 E
50/50
11.92111.921
959611AF2-252 C
50/50
3.4593.459
959612AF2-252 E
50/50
5.1885.188
960611AF2-352 C
50/50
3.4593.459
960612AF2-352 E
50/50
5.1885.188
274650KINCAID ;1U
50/50
43.85343.853
274651KINCAID ;2U
50/50
43.97343.973
274853TWINGROVE;U1
50/50
0.9840.984
274854TWINGROVE;U2
50/50
1.0121.012
274880RADFORD R;1U
50/50
1.8161.816
276615W2-048 GEN
50/50
17.52417.524
276621X2-022 GEN
50/50
59.97859.978
917502Z2-087 E
50/50
23.84223.842
957381AF2-032 C
50/50
6.5646.564
957382AF2-032 E
50/50
3.0893.089
274890CAYUG;1U E
Adder
11.249.554
274891CAYUG;2U E
Adder
11.249.554
925771AC1-053 C
50/50
1.1831.183
925772AC1-053 E
50/50
49.26549.265
270681BRIGHTSTK; R
50/50
0.5820.582
276174W4-005 E
50/50
63.44763.447
276655AB2-047 C1
50/50
0.3640.364
276656AB2-047 C2
50/50
0.3640.364
924048AB2-047 E1
50/50
14.78514.785
924049AB2-047 E2
50/50
15.01815.018
276668AB2-070 C
50/50
1.1211.121
924266AB2-070 E
50/50
41.54241.542
935141AD1-148 C
50/50
1.9091.909
960141AF2-305_AG1-
50/50
2.4272.427
960261AF2-317 C
50/50
0.8030.803
939401AE1-172 C
Adder
3.58823529411764673.05
939402AE1-172 E
Adder
16.80117647058823514.281
939741AE1-205 C
50/50
11.5111.51
939742AE1-205 E
50/50
15.89515.895
944221AF1-090 C
50/50
16.9916.99
944222AF1-090 E
50/50
79.54479.544
965331AG1-398 C
50/50
0.3050.305
990057J1201
External Queue
-5.927830219268799-5.927830219268799
990672J1360
External Queue
39.93161773681640639.931617736816406
992572J1022
External Queue
19.09696197509765619.096961975097656
956282J1115 C
External Queue
7.1962552070617687.196255207061768
956283J1115 E
External Queue
38.9335861206054738.93358612060547
LTFEXP_AC1-056LTFEXP_AC1-056->LTFIMP_AC1-056
CLTF
3.6163.616
LTFEXP_AC1-131LTFEXP_AC1-131->LTFIMP_AC1-131
CLTF
1.1961.196
G-007PJM->LTFIMP_G-007
CMTX_NF
0.80.8
NYPJM->LTFIMP_NY
CLTF
0.4010.401
WECLTFEXP_WEC->PJM
CLTF
0.3780.378
COTTONWOODPJM->LTFIMP_COTTONWOOD
CLTF
8.7418.741
HAMLETPJM->LTFIMP_HAMLET
CLTF
0.9820.982
CATAWBAPJM->LTFIMP_CATAWBA
CLTF
0.6350.635
PRAIRIEPJM->LTFIMP_PRAIRIE
CLTF
19.73919.739
TRIMBLEPJM->LTFIMP_TRIMBLE
CLTF
0.7180.718
BlueGrassPJM->LTFIMP_BlueG
CLTF
2.3542.354
O66PJM->LTFIMP_O-066
CMTX_NF
5.1175.117
MDUPJM->LTFIMP_MDU
CLTF
0.2940.294

Details for LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8014__R-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:173.48 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2650.7
MW Contribution:60.49
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:173.7 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2654.2
MW Contribution:60.51
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.55374.553
965092AG1-374 E
50/50
49.70249.702
965911AG1-460 C
50/50
2.4282.428
965912AG1-460 E
50/50
3.6423.642
290261S-027 E
50/50
67.59467.594
290265S-028 E
50/50
67.1867.18
936771AD2-100 C
50/50
24.67224.672
936772AD2-100 E
50/50
16.44816.448
936971AD2-131 C
50/50
1.6251.625
936972AD2-131 E
50/50
8.1658.165
942111AE2-223 C
50/50
8.6948.694
942112AE2-223 E
50/50
58.18158.181
942481AE2-261 C
50/50
36.29636.296
942482AE2-261 E
50/50
24.19724.197
959341AF2-225 C
50/50
28.08728.087
959342AF2-225 E
50/50
38.78738.787
959611AF2-252 C
50/50
8.2848.284
959612AF2-252 E
50/50
12.42512.425
960611AF2-352 C
50/50
8.2848.284
960612AF2-352 E
50/50
12.42512.425
274650KINCAID ;1U
50/50
18.59918.599
274651KINCAID ;2U
50/50
18.59318.593
274853TWINGROVE;U1
50/50
2.3552.355
274854TWINGROVE;U2
50/50
2.4232.423
274863CAYUGA RI;1U
50/50
2.2882.288
274864CAYUGA RI;2U
50/50
2.2882.288
274880RADFORD R;1U
50/50
2.162.16
276615W2-048 GEN
50/50
13.34113.341
276621X2-022 GEN
50/50
45.66245.662
917502Z2-087 E
50/50
77.57477.574
957381AF2-032 C
50/50
2.7842.784
957382AF2-032 E
50/50
1.311.31
274890CAYUG;1U E
50/50
74.66374.663
274891CAYUG;2U E
50/50
74.66374.663
925771AC1-053 C
50/50
1.1121.112
925772AC1-053 E
50/50
46.28246.282
270681BRIGHTSTK; R
50/50
1.8941.894
276174W4-005 E
50/50
75.49175.491
276655AB2-047 C1
50/50
1.1841.184
276656AB2-047 C2
50/50
1.1841.184
924048AB2-047 E1
50/50
48.10548.105
924049AB2-047 E2
50/50
48.86348.863
276668AB2-070 C
50/50
1.1691.169
924266AB2-070 E
50/50
43.30643.306
935141AD1-148 C
50/50
1.4531.453
960141AF2-305_AG1-
50/50
2.532.53
960261AF2-317 C
50/50
0.6110.611
939741AE1-205 C
50/50
37.4537.45
939742AE1-205 E
50/50
51.71651.716
944221AF1-090 C
50/50
6.2216.221
944222AF1-090 E
50/50
29.12729.127
965331AG1-398 C
50/50
0.3180.318
990057J1201
External Queue
5.042254924774175.04225492477417
990672J1360
External Queue
57.9190864562988357.91908645629883
992572J1022
External Queue
30.77639770507812530.776397705078125
954822J955
External Queue
182.93093872070312182.93093872070312
956282J1115 C
External Queue
7.6152963638305667.615296363830566
956283J1115 E
External Queue
41.20070648193359441.200706481933594
956452J1139
External Queue
17.89180946350097717.891809463500977
990353J1289 C
External Queue
3.71972036361694343.7197203636169434
990354J1289 E
External Queue
20.1246414184570320.12464141845703
991037J1464 G
External Queue
87.4726562587.47265625
991192J1610 G
External Queue
15.96595001220703115.965950012207031
991197J1626
External Queue
15.52988243103027315.529882431030273
991267J1714
External Queue
10.35325527191162110.353255271911621
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.7950.795
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.0171.017
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.08535.085
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.57620.576
G-007ALTFEXP_G-007A->PJM
CMTX
1.9791.979
VTFLTFEXP_VFT->PJM
CMTX
5.3165.316
LGEELTFEXP_LGEE->PJM
CLTF
1.5361.536
CPLELTFEXP_CPLE->PJM
CLTF
1.6531.653
TVALTFEXP_TVA->PJM
CLTF
5.0975.097
MECLTFEXP_MEC->PJM
CLTF
2.4482.448
LAGNLTFEXP_LAGN->PJM
CLTF
6.6036.603
SIGELTFEXP_SIGE->PJM
CLTF
0.4480.448

Details for LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line l/o Base Case


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:138.35 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:1887.09
MW Contribution:43.0
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:138.6 %
Rating:1364.0 MVA
Rating Type:A
MVA to Mitigate:1890.45
MW Contribution:43.02
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
51.8651.86
965092AG1-374 E
50/50
34.57434.574
965911AG1-460 C
50/50
1.7261.726
965912AG1-460 E
50/50
2.5892.589
290261S-027 E
50/50
47.0247.02
290265S-028 E
50/50
46.73246.732
936771AD2-100 C
50/50
17.54417.544
936772AD2-100 E
50/50
11.69611.696
936971AD2-131 C
50/50
1.1561.156
936972AD2-131 E
50/50
5.8065.806
942111AE2-223 C
50/50
6.0176.017
942112AE2-223 E
50/50
40.26540.265
942481AE2-261 C
50/50
25.80225.802
942482AE2-261 E
50/50
17.20117.201
959341AF2-225 C
50/50
19.43819.438
959342AF2-225 E
50/50
26.84326.843
959611AF2-252 C
50/50
5.7625.762
959612AF2-252 E
50/50
8.6438.643
960611AF2-352 C
50/50
5.7625.762
960612AF2-352 E
50/50
8.6438.643
274650KINCAID ;1U
50/50
13.22113.221
274651KINCAID ;2U
50/50
13.21713.217
274853TWINGROVE;U1
50/50
1.6391.639
274854TWINGROVE;U2
50/50
1.6851.685
274863CAYUGA RI;1U
50/50
1.8911.891
274864CAYUGA RI;2U
50/50
1.8911.891
274880RADFORD R;1U
50/50
1.5151.515
276615W2-048 GEN
50/50
9.4099.409
276621X2-022 GEN
50/50
32.20332.203
917502Z2-087 E
50/50
53.68753.687
957381AF2-032 C
50/50
1.9791.979
957382AF2-032 E
50/50
0.9310.931
274890CAYUG;1U E
50/50
61.70461.704
274891CAYUG;2U E
50/50
61.70461.704
925771AC1-053 C
50/50
0.7820.782
925772AC1-053 E
50/50
32.53332.533
270681BRIGHTSTK; R
50/50
1.3111.311
276174W4-005 E
50/50
52.93852.938
276655AB2-047 C1
50/50
0.8190.819
276656AB2-047 C2
50/50
0.8190.819
924048AB2-047 E1
50/50
33.29233.292
924049AB2-047 E2
50/50
33.81633.816
276668AB2-070 C
50/50
0.820.82
924266AB2-070 E
50/50
30.39830.398
935141AD1-148 C
50/50
1.0251.025
960141AF2-305_AG1-
50/50
1.7761.776
960261AF2-317 C
50/50
0.4310.431
939741AE1-205 C
50/50
25.91825.918
939742AE1-205 E
50/50
35.79135.791
944221AF1-090 C
50/50
4.4284.428
944222AF1-090 E
50/50
20.7320.73
965331AG1-398 C
50/50
0.2230.223
990057J1201
External Queue
3.4138700962066653.413870096206665
990672J1360
External Queue
39.17244720458984439.172447204589844
992572J1022
External Queue
20.8601760864257820.86017608642578
954822J955
External Queue
126.01707458496094126.01707458496094
956282J1115 C
External Queue
5.2040543556213385.204054355621338
956283J1115 E
External Queue
28.155267715454128.1552677154541
956452J1139
External Queue
11.79978656768798811.799786567687988
990353J1289 C
External Queue
2.6532003879547122.653200387954712
990354J1289 E
External Queue
14.35449409484863314.354494094848633
991037J1464 G
External Queue
61.12026977539062561.120269775390625
991192J1610 G
External Queue
11.13379478454589811.133794784545898
991217J1653
External Queue
10.73551654815673810.735516548156738
991278J1725 C
External Queue
1.1164938211441041.116493821144104
991279J1725 E
External Queue
6.0405178070068366.040517807006836
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.5260.526
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.5230.523
CBM West 2LTFEXP_CBM-W2->PJM
CBM
25.825.8
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
13.9613.96
G-007ALTFEXP_G-007A->PJM
CMTX
1.0491.049
VTFLTFEXP_VFT->PJM
CMTX
2.8132.813
LGEELTFEXP_LGEE->PJM
CLTF
1.021.02
CPLELTFEXP_CPLE->PJM
CLTF
1.0941.094
TVALTFEXP_TVA->PJM
CLTF
3.73.7
MECLTFEXP_MEC->PJM
CLTF
3.233.23
LAGNLTFEXP_LAGN->PJM
CLTF
4.9884.988
SIGELTFEXP_SIGE->PJM
CLTF
0.310.31

Details for MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8002___-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8002___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:141.56 %
Rating:1726.0 MVA
Rating Type:B
MVA to Mitigate:2443.27
MW Contribution:57.19
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8002___-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:141.71 %
Rating:1726.0 MVA
Rating Type:B
MVA to Mitigate:2445.98
MW Contribution:57.2
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
39.59939.599
965092AG1-374 E
50/50
26.39926.399
965911AG1-460 C
50/50
2.2952.295
965912AG1-460 E
50/50
3.4433.443
290261S-027 E
50/50
35.90335.903
290265S-028 E
50/50
35.68335.683
936771AD2-100 C
50/50
23.35423.354
936772AD2-100 E
50/50
15.56915.569
936971AD2-131 C
50/50
1.5381.538
936972AD2-131 E
50/50
7.7297.729
942111AE2-223 C
50/50
11.44811.448
942112AE2-223 E
50/50
76.61476.614
942481AE2-261 C
50/50
34.31134.311
942482AE2-261 E
50/50
22.87422.874
959341AF2-225 C
50/50
36.98636.986
959342AF2-225 E
50/50
51.07651.076
959611AF2-252 C
50/50
4.44.4
959612AF2-252 E
50/50
6.66.6
960611AF2-352 C
50/50
4.44.4
960612AF2-352 E
50/50
6.66.6
274650KINCAID ;1U
50/50
17.57417.574
274651KINCAID ;2U
50/50
17.54917.549
274853TWINGROVE;U1
50/50
1.2511.251
274854TWINGROVE;U2
50/50
1.2871.287
274880RADFORD R;1U
50/50
1.641.64
276615W2-048 GEN
50/50
14.24414.244
276621X2-022 GEN
50/50
48.75448.754
917502Z2-087 E
50/50
102.151102.151
957381AF2-032 C
50/50
2.6312.631
957382AF2-032 E
50/50
1.2381.238
925771AC1-053 C
50/50
1.2341.234
925772AC1-053 E
50/50
51.37351.373
934101AD2-000 1
Adder
-4.932941176470588-4.193
270681BRIGHTSTK; R
50/50
2.4942.494
276174W4-005 E
50/50
57.357.3
276655AB2-047 C1
50/50
1.5591.559
276656AB2-047 C2
50/50
1.5591.559
924048AB2-047 E1
50/50
63.34663.346
924049AB2-047 E2
50/50
64.34464.344
276668AB2-070 C
50/50
1.3181.318
924266AB2-070 E
50/50
48.84348.843
935141AD1-148 C
50/50
1.5521.552
960141AF2-305_AG1-
50/50
2.8542.854
960261AF2-317 C
50/50
0.6530.653
939741AE1-205 C
50/50
49.31449.314
939742AE1-205 E
50/50
68.10168.101
944221AF1-090 C
50/50
5.9155.915
944222AF1-090 E
50/50
27.69227.692
965331AG1-398 C
50/50
0.3580.358
990057J1201
External Queue
4.9176421165466314.917642116546631
990672J1360
External Queue
60.49187850952148460.491878509521484
992572J1022
External Queue
35.3864402770996135.38644027709961
954822J955
External Queue
174.5455780029297174.5455780029297
956282J1115 C
External Queue
6.8979806900024416.897980690002441
956283J1115 E
External Queue
37.3198432922363337.31984329223633
956452J1139
External Queue
19.0915393829345719.09153938293457
990353J1289 C
External Queue
3.5035357475280763.503535747528076
990354J1289 E
External Queue
18.95502662658691418.955026626586914
991037J1464 G
External Queue
83.029075622558683.0290756225586
991192J1610 G
External Queue
15.35129261016845715.351292610168457
991197J1626
External Queue
15.28699398040771515.286993980407715
991267J1714
External Queue
10.19132995605468810.191329956054688
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8170.817
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.1661.166
CBM West 2LTFEXP_CBM-W2->PJM
CBM
34.21934.219
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.85720.857
G-007ALTFEXP_G-007A->PJM
CMTX
2.2462.246
VTFLTFEXP_VFT->PJM
CMTX
6.0326.032
LGEELTFEXP_LGEE->PJM
CLTF
1.5861.586
CPLELTFEXP_CPLE->PJM
CLTF
1.6981.698
TVALTFEXP_TVA->PJM
CLTF
4.9634.963
MECLTFEXP_MEC->PJM
CLTF
1.4531.453
LAGNLTFEXP_LAGN->PJM
CLTF
6.2836.283
SIGELTFEXP_SIGE->PJM
CLTF
0.4520.452
MDUPJM->LTFIMP_MDU
CLTF
0.0260.026

Details for MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line l/o Base Case


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:113.98 %
Rating:1553.0 MVA
Rating Type:A
MVA to Mitigate:1770.15
MW Contribution:39.07
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
MCLEAN ; R-PONTIAC ; R 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:114.08 %
Rating:1553.0 MVA
Rating Type:A
MVA to Mitigate:1771.63
MW Contribution:39.07
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965911AG1-460 C
50/50
1.5681.568
965912AG1-460 E
50/50
2.3522.352
936771AD2-100 C
50/50
16.00316.003
936772AD2-100 E
50/50
10.66910.669
936971AD2-131 C
50/50
1.0541.054
936972AD2-131 E
50/50
5.2965.296
942111AE2-223 C
50/50
12.34112.341
942112AE2-223 E
50/50
82.5982.59
942481AE2-261 C
50/50
23.44323.443
942482AE2-261 E
50/50
15.62815.628
959341AF2-225 C
50/50
39.87139.871
959342AF2-225 E
50/50
55.0655.06
274650KINCAID ;1U
50/50
11.99511.995
274651KINCAID ;2U
50/50
11.9511.95
276615W2-048 GEN
50/50
12.02312.023
276621X2-022 GEN
50/50
41.15241.152
917502Z2-087 E
50/50
110.12110.12
957381AF2-032 C
50/50
1.7961.796
957382AF2-032 E
50/50
0.8450.845
925771AC1-053 C
50/50
1.11.1
925772AC1-053 E
50/50
45.77945.779
270681BRIGHTSTK; R
50/50
2.6892.689
276655AB2-047 C1
50/50
1.6811.681
276656AB2-047 C2
50/50
1.6811.681
924048AB2-047 E1
50/50
68.28768.287
924049AB2-047 E2
50/50
69.36369.363
276668AB2-070 C
50/50
1.1991.199
924266AB2-070 E
50/50
44.44344.443
935141AD1-148 C
50/50
1.311.31
960141AF2-305_AG1-
50/50
2.5972.597
960261AF2-317 C
50/50
0.5510.551
939741AE1-205 C
50/50
53.16153.161
939742AE1-205 E
50/50
73.41373.413
944221AF1-090 C
50/50
4.0934.093
944222AF1-090 E
50/50
19.16219.162
965331AG1-398 C
50/50
0.3260.326
990672J1360
External Queue
48.02544784545898448.025447845458984
992572J1022
External Queue
32.4380149841308632.43801498413086
954822J955
External Queue
118.52450561523438118.52450561523438
956282J1115 C
External Queue
4.1183066368103034.118306636810303
956283J1115 E
External Queue
22.28109550476074222.281095504760742
956452J1139
External Queue
15.44843292236328115.448432922363281
991037J1464 G
External Queue
56.4606170654296956.46061706542969
991192J1610 G
External Queue
10.70410060882568410.704100608825684
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.6090.609
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.8940.894
CBM West 2LTFEXP_CBM-W2->PJM
CBM
25.47225.472
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
15.48515.485
G-007ALTFEXP_G-007A->PJM
CMTX
1.7191.719
VTFLTFEXP_VFT->PJM
CMTX
4.6184.618
LGEELTFEXP_LGEE->PJM
CLTF
1.2031.203
CPLELTFEXP_CPLE->PJM
CLTF
1.2661.266
TVALTFEXP_TVA->PJM
CLTF
3.6313.631
MECLTFEXP_MEC->PJM
CLTF
0.9360.936
LAGNLTFEXP_LAGN->PJM
CLTF
4.5564.556
SIGELTFEXP_SIGE->PJM
CLTF
0.340.34
MDUPJM->LTFIMP_MDU
CLTF
0.0280.028

Details for PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L8014__R-S_SRT-A


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:162.71 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2486.24
MW Contribution:60.56
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L8014__R-S_SRT-A
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:162.93 %
Rating:1528.0 MVA
Rating Type:B
MVA to Mitigate:2489.6
MW Contribution:60.58
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
74.59574.595
965092AG1-374 E
50/50
49.7349.73
965911AG1-460 C
50/50
2.4312.431
965912AG1-460 E
50/50
3.6463.646
290261S-027 E
50/50
67.63367.633
290265S-028 E
50/50
67.21867.218
936771AD2-100 C
50/50
24.70224.702
936772AD2-100 E
50/50
16.46816.468
936971AD2-131 C
50/50
1.6271.627
936972AD2-131 E
50/50
8.1758.175
942111AE2-223 C
50/50
8.6988.698
942112AE2-223 E
50/50
58.21158.211
942481AE2-261 C
50/50
36.33836.338
942482AE2-261 E
50/50
24.22524.225
959341AF2-225 C
50/50
28.10228.102
959342AF2-225 E
50/50
38.80838.808
959611AF2-252 C
50/50
8.2888.288
959612AF2-252 E
50/50
12.43212.432
960611AF2-352 C
50/50
8.2888.288
960612AF2-352 E
50/50
12.43212.432
274650KINCAID ;1U
50/50
18.62118.621
274651KINCAID ;2U
50/50
18.61518.615
274853TWINGROVE;U1
50/50
2.3572.357
274854TWINGROVE;U2
50/50
2.4242.424
274880RADFORD R;1U
50/50
2.1622.162
276615W2-048 GEN
50/50
13.35413.354
276621X2-022 GEN
50/50
45.70545.705
917502Z2-087 E
50/50
77.61577.615
957381AF2-032 C
50/50
2.7872.787
957382AF2-032 E
50/50
1.3121.312
925771AC1-053 C
50/50
1.1131.113
925772AC1-053 E
50/50
46.32346.323
270681BRIGHTSTK; R
50/50
1.8951.895
276174W4-005 E
50/50
75.55275.552
276655AB2-047 C1
50/50
1.1851.185
276656AB2-047 C2
50/50
1.1851.185
924048AB2-047 E1
50/50
48.1348.13
924049AB2-047 E2
50/50
48.88948.889
276668AB2-070 C
50/50
1.171.17
924266AB2-070 E
50/50
43.34343.343
935141AD1-148 C
50/50
1.4551.455
960141AF2-305_AG1-
50/50
2.5322.532
960261AF2-317 C
50/50
0.6120.612
939741AE1-205 C
50/50
37.46937.469
939742AE1-205 E
50/50
51.74351.743
944221AF1-090 C
50/50
6.2296.229
944222AF1-090 E
50/50
29.16529.165
965331AG1-398 C
50/50
0.3180.318
990057J1201
External Queue
5.042254924774175.04225492477417
990672J1360
External Queue
57.9190864562988357.91908645629883
992572J1022
External Queue
30.77639770507812530.776397705078125
954822J955
External Queue
182.93093872070312182.93093872070312
956282J1115 C
External Queue
7.6152963638305667.615296363830566
956283J1115 E
External Queue
41.20070648193359441.200706481933594
956452J1139
External Queue
17.89180946350097717.891809463500977
990353J1289 C
External Queue
3.71972036361694343.7197203636169434
990354J1289 E
External Queue
20.1246414184570320.12464141845703
991037J1464 G
External Queue
87.4726562587.47265625
991192J1610 G
External Queue
15.96595001220703115.965950012207031
991197J1626
External Queue
15.52988243103027315.529882431030273
991217J1653
External Queue
14.11637401580810514.116374015808105
991267J1714
External Queue
10.35325527191162110.353255271911621
991278J1725 C
External Queue
1.46810293197631841.4681029319763184
991279J1725 E
External Queue
7.9428133964538577.942813396453857
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.8050.805
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.0471.047
CBM West 2LTFEXP_CBM-W2->PJM
CBM
35.23835.238
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
20.81620.816
G-007ALTFEXP_G-007A->PJM
CMTX
2.0362.036
VTFLTFEXP_VFT->PJM
CMTX
5.4675.467
LGEELTFEXP_LGEE->PJM
CLTF
1.551.55
CPLELTFEXP_CPLE->PJM
CLTF
1.6751.675
TVALTFEXP_TVA->PJM
CLTF
5.135.13
MECLTFEXP_MEC->PJM
CLTF
2.4852.485
LAGNLTFEXP_LAGN->PJM
CLTF
6.6446.644
SIGELTFEXP_SIGE->PJM
CLTF
0.450.45

Details for PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line l/o Base Case


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:130.93 %
Rating:1334.0 MVA
Rating Type:A
MVA to Mitigate:1746.55
MW Contribution:43.07
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
PONTIAC ; B-LORETTO ; B 345.0 kV Ckt 1 line
Contingency Name:
Base Case
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:131.17 %
Rating:1334.0 MVA
Rating Type:A
MVA to Mitigate:1749.86
MW Contribution:43.09
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
51.90351.903
965092AG1-374 E
50/50
34.60234.602
965911AG1-460 C
50/50
1.7291.729
965912AG1-460 E
50/50
2.5932.593
290261S-027 E
50/50
47.05847.058
290265S-028 E
50/50
46.7746.77
936771AD2-100 C
50/50
17.57317.573
936772AD2-100 E
50/50
11.71511.715
936971AD2-131 C
50/50
1.1581.158
936972AD2-131 E
50/50
5.8165.816
942111AE2-223 C
50/50
6.0216.021
942112AE2-223 E
50/50
40.29640.296
942481AE2-261 C
50/50
25.84425.844
942482AE2-261 E
50/50
17.22917.229
959341AF2-225 C
50/50
19.45319.453
959342AF2-225 E
50/50
26.86426.864
959611AF2-252 C
50/50
5.7675.767
959612AF2-252 E
50/50
8.658.65
960611AF2-352 C
50/50
5.7675.767
960612AF2-352 E
50/50
8.658.65
274650KINCAID ;1U
50/50
13.24213.242
274651KINCAID ;2U
50/50
13.23813.238
274853TWINGROVE;U1
50/50
1.641.64
274854TWINGROVE;U2
50/50
1.6871.687
274880RADFORD R;1U
50/50
1.5171.517
276615W2-048 GEN
50/50
9.4219.421
276621X2-022 GEN
50/50
32.24632.246
917502Z2-087 E
50/50
53.72853.728
957381AF2-032 C
50/50
1.9821.982
957382AF2-032 E
50/50
0.9330.933
925771AC1-053 C
50/50
0.7830.783
925772AC1-053 E
50/50
32.57432.574
270681BRIGHTSTK; R
50/50
1.3121.312
276174W4-005 E
50/50
52.99952.999
276655AB2-047 C1
50/50
0.820.82
276656AB2-047 C2
50/50
0.820.82
924048AB2-047 E1
50/50
33.31733.317
924049AB2-047 E2
50/50
33.84233.842
276668AB2-070 C
50/50
0.8210.821
924266AB2-070 E
50/50
30.43530.435
935141AD1-148 C
50/50
1.0261.026
960141AF2-305_AG1-
50/50
1.7781.778
960261AF2-317 C
50/50
0.4320.432
939741AE1-205 C
50/50
25.93725.937
939742AE1-205 E
50/50
35.81835.818
944221AF1-090 C
50/50
4.4364.436
944222AF1-090 E
50/50
20.76820.768
965331AG1-398 C
50/50
0.2230.223
990057J1201
External Queue
3.4138700962066653.413870096206665
990672J1360
External Queue
39.17244720458984439.172447204589844
992572J1022
External Queue
20.8601760864257820.86017608642578
954822J955
External Queue
126.01707458496094126.01707458496094
956282J1115 C
External Queue
5.2040543556213385.204054355621338
956283J1115 E
External Queue
28.155267715454128.1552677154541
956452J1139
External Queue
11.79978656768798811.799786567687988
990353J1289 C
External Queue
2.6532003879547122.653200387954712
990354J1289 E
External Queue
14.35449409484863314.354494094848633
991037J1464 G
External Queue
61.12026977539062561.120269775390625
991192J1610 G
External Queue
11.13379478454589811.133794784545898
991197J1626
External Queue
10.41726875305175810.417268753051758
991217J1653
External Queue
10.73551654815673810.735516548156738
991267J1714
External Queue
6.9448456764221196.944845676422119
991278J1725 C
External Queue
1.1164938211441041.116493821144104
991279J1725 E
External Queue
6.0405178070068366.040517807006836
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.5360.536
CBM NorthLTFEXP_CBM-N->PJM
CBM
0.5540.554
CBM West 2LTFEXP_CBM-W2->PJM
CBM
25.95325.953
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
14.214.2
G-007ALTFEXP_G-007A->PJM
CMTX
1.1051.105
VTFLTFEXP_VFT->PJM
CMTX
2.9652.965
LGEELTFEXP_LGEE->PJM
CLTF
1.0341.034
CPLELTFEXP_CPLE->PJM
CLTF
1.1161.116
TVALTFEXP_TVA->PJM
CLTF
3.7323.732
MECLTFEXP_MEC->PJM
CLTF
3.2673.267
LAGNLTFEXP_LAGN->PJM
CLTF
5.035.03
SIGELTFEXP_SIGE->PJM
CLTF
0.3120.312

Details for PONTIAC ; R-DRESDEN ; R 345.0 kV Ckt 1 line l/o COMED_P1-2_345-L11212_B-S_SRT-A-2


This cycle required topology changing upgrades. After applying these topology changing upgrades to the study case, this flowgate was a Decrease to the base run which does not include the topology changing upgrades.

Topology Case Flowgate

Area:CE
Facility Description:
PONTIAC ; R-DRESDEN ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L11212_B-S_SRT-A-2
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:146.66 %
Rating:1656.0 MVA
Rating Type:B
MVA to Mitigate:2428.72
MW Contribution:52.97
Impact of Topology Modeling:
Decrease

Base Case Flowgate

Area:CE
Facility Description:
PONTIAC ; R-DRESDEN ; R 345.0 kV Ckt 1 line
Contingency Name:
COMED_P1-2_345-L11212_B-S_SRT-A-2
Contingency Type:OP
DC|AC:AC
Final Cycle Loading:146.79 %
Rating:1656.0 MVA
Rating Type:B
MVA to Mitigate:2430.89
MW Contribution:52.97
Bus #Bus NameTypeFull MW ContributionGenDeliv MW Contribution
965091AG1-374 C
50/50
66.64566.645
965092AG1-374 E
50/50
44.4344.43
965911AG1-460 C
50/50
2.1262.126
965912AG1-460 E
50/50
3.1893.189
290261S-027 E
50/50
60.42560.425
290265S-028 E
50/50
60.05560.055
936771AD2-100 C
50/50
21.59721.597
936772AD2-100 E
50/50
14.39814.398
936971AD2-131 C
50/50
1.4231.423
936972AD2-131 E
50/50
7.1487.148
942111AE2-223 C
50/50
7.8097.809
942112AE2-223 E
50/50
52.25852.258
942481AE2-261 C
50/50
31.78131.781
942482AE2-261 E
50/50
21.18721.187
959341AF2-225 C
50/50
25.22825.228
959342AF2-225 E
50/50
34.83934.839
959611AF2-252 C
50/50
7.4057.405
959612AF2-252 E
50/50
11.10811.108
960611AF2-352 C
50/50
7.4057.405
960612AF2-352 E
50/50
11.10811.108
274650KINCAID ;1U
50/50
16.28716.287
274651KINCAID ;2U
50/50
16.28116.281
274853TWINGROVE;U1
50/50
2.1062.106
274854TWINGROVE;U2
50/50
2.1662.166
274863CAYUGA RI;1U
50/50
1.6851.685
274864CAYUGA RI;2U
50/50
1.6851.685
274880RADFORD R;1U
50/50
1.9171.917
276615W2-048 GEN
50/50
11.77211.772
276621X2-022 GEN
50/50
40.2940.29
917502Z2-087 E
50/50
69.67869.678
957381AF2-032 C
50/50
2.4382.438
957382AF2-032 E
50/50
1.1471.147
274890CAYUG;1U E
50/50
55.00655.006
274891CAYUG;2U E
50/50
55.00655.006
925771AC1-053 C
50/50
0.9840.984
925772AC1-053 E
50/50
40.96740.967
934101AD2-000 1
Adder
-6.687058823529412-5.684
270681BRIGHTSTK; R
50/50
1.7011.701
276174W4-005 E
50/50
66.97466.974
276655AB2-047 C1
50/50
1.0641.064
276656AB2-047 C2
50/50
1.0641.064
924048AB2-047 E1
50/50
43.20843.208
924049AB2-047 E2
50/50
43.88943.889
276668AB2-070 C
50/50
1.0361.036
924266AB2-070 E
50/50
38.38438.384
935141AD1-148 C
50/50
1.2821.282
960141AF2-305_AG1-
50/50
2.2432.243
960261AF2-317 C
50/50
0.5390.539
939401AE1-172 C
50/50
20.57320.573
939402AE1-172 E
50/50
96.31896.318
939741AE1-205 C
50/50
33.63733.637
939742AE1-205 E
50/50
46.45246.452
944221AF1-090 C
50/50
5.4415.441
944222AF1-090 E
50/50
25.47425.474
965331AG1-398 C
50/50
0.2820.282
990057J1201
External Queue
4.6199717521667484.619971752166748
990672J1360
External Queue
53.1186676025390653.11866760253906
992572J1022
External Queue
28.17133712768554728.171337127685547
954822J955
External Queue
165.01107788085938165.01107788085938
956282J1115 C
External Queue
6.91972112655639656.9197211265563965
956283J1115 E
External Queue
37.4374656677246137.43746566772461
956452J1139
External Queue
16.77061462402343816.770614624023438
990353J1289 C
External Queue
3.24625945091247563.2462594509124756
990354J1289 E
External Queue
17.5630970001220717.56309700012207
991037J1464 G
External Queue
77.8676147460937577.86761474609375
991192J1610 G
External Queue
14.23944854736328114.239448547363281
991197J1626
External Queue
14.34616947174072314.346169471740723
991267J1714
External Queue
9.5641126632690439.564112663269043
LTFEXP_AA2-074LTFEXP_AA2-074->LTFIMP_AA2-074
CLTF
0.7430.743
CBM NorthLTFEXP_CBM-N->PJM
CBM
1.131.13
CBM West 2LTFEXP_CBM-W2->PJM
CBM
29.68829.688
CBM South 1LTFEXP_CBM-S1->PJM
CBM
00
CBM South 2LTFEXP_CBM-S2->PJM
CBM
18.81818.818
G-007ALTFEXP_G-007A->PJM
CMTX
2.1642.164
VTFLTFEXP_VFT->PJM
CMTX
5.8145.814
LGEELTFEXP_LGEE->PJM
CLTF
1.4321.432
CPLELTFEXP_CPLE->PJM
CLTF
1.5441.544
TVALTFEXP_TVA->PJM
CLTF
4.3714.371
MECLTFEXP_MEC->PJM
CLTF
0.3530.353
LAGNLTFEXP_LAGN->PJM
CLTF
5.4285.428
SIGELTFEXP_SIGE->PJM
CLTF
0.4020.402
MDUPJM->LTFIMP_MDU
CLTF
0.0880.088
CONTINGENCY 'COMED_P1-2_345-L8002___-S_SRT-A'
 TRIP BRANCH FROM BUS 270852 TO BUS 270668 CKT 1   /*PONTIAC  ; B 345.0 - BLUEMOUND; B 345.0
END
CONTINGENCY 'EXT_347945 7PANA 345 347955 7AUSTIN 345 1 _SRT-S'
 OPEN BRANCH FROM BUS 347945 TO BUS 347955 CKT 1   /*7PANA        345.0 - 7AUSTIN      345.0
END
CONTINGENCY 'COMED_P1-2_345-L8014__R-S_SRT-A'
 TRIP BRANCH FROM BUS 270853 TO BUS 270717 CKT 1   /*PONTIAC  ; R 345.0 - DRESDEN  ; R 345.0
END
CONTINGENCY 'COMED_P1-2_345-L8001___-S_SRT-A'
 TRIP BRANCH FROM BUS 270853 TO BUS 270819 CKT 1   /*PONTIAC  ; R 345.0 - MCLEAN ; R   345.0
END
CONTINGENCY 'COMED_P1-2_345-L2105___-S_SRT-A-4'
 TRIP BRANCH FROM BUS 944220 TO BUS 347945 CKT 1   /*AF1-090 TP   345.0 - 7PANA        345.0
END
CONTINGENCY 'COMED_P1-2_345-L11212_B-S_SRT-A-2'
 TRIP BRANCH FROM BUS 934720 TO BUS 939400 CKT 1   /*AD1-100 TAP  345.0 - AE1-172 TP   345.0
END
348847 to 270819 ckt 1
934720 to 270926 ckt 1
936770 to 944220 ckt 1
939400 to 934720 ckt 1
944220 to 347945 ckt 1
270668 to 270852 ckt 1
270796 to 347955 ckt 1
270704 to 939400 ckt 1
270819 to 270853 ckt 1
270852 to 270704 ckt 1
270853 to 270717 ckt 1

The following flowgates were eliminated after considering the topology reinforcements required by the cycle.

(No flowgates were eliminated after considering the topology reinforcements required by the cycle.)

Winter Peak Analysis

PJM will start performing Winter Peak analysis in Transition Cycle 2.

Winter Potential Congestion due to Local Energy Deliverability

PJM will start performing Winter Peak analysis in Transition Cycle 2.

Light Load Analysis

The New Service Request AE2-261 was evaluated as a 299.0 MW injection in the ComEd area.

Note: The capacity portion of Generation Interconnection Requests are evaluated for single or N-1 contingencies. The full energy output of Generation Interconnection Requests are evaluated for multiple facility contingencies (double circuit tower line, fault with a stuck breaker, and bus fault).

The following flowgates remain after considering the topology reinforcements required by the cycle.

(No impacts were found for this analysis)

The following flowgates were eliminated after considering the topology reinforcements required by the cycle.

(No flowgates were eliminated after considering the topology reinforcements required by the cycle.)

Light Load Potential Congestion due to Local Energy Deliverability

PJM also studied the delivery of the energy portion of this interconnection request. Any problems identified below are likely to result in operational restrictions to the project under study. The developer can proceed with network upgrades to eliminate the operational restriction at their discretion by submitting an Upgrade Request into the New Service Request process.

The following flowgates remain after considering the topology reinforcements required by the cycle.

(No impacts were found for this analysis)

The following flowgates were eliminated after considering the topology reinforcements required by the cycle.

(No flowgates were eliminated after considering the topology reinforcements required by the cycle.)

Short Circuit Analysis

Based on PJM’s Short Circuit Analysis, this project did not contribute >1% fault duty to previously identified overdutied breakers, nor did it cause any new overdutied breakers.

Stability Analysis

Analysis Complete - No Issues

Executive Summary

New Service Requests (projects) in PJM Transition Cycle 1, Cluster 07 are listed in Table 1 below. This report will cover the dynamic analysis of Cluster 07 projects.

This analysis is effectively a screening study to determine whether the addition of the cluster 07 projects will meet the dynamics requirements of the NERC, ComEd and PJM reliability standards.

The load flow scenario for the analysis was based on the RTEP 2027 summer peak load case, modified to include applicable projects. Cluster 07 projects have been dispatched online at maximum power output, with 1.0 voltage at the terminal bus.

Cluster 07 projects were tested for compliance with NERC, PJM, Transmission Owner and other applicable criteria. Steady-state condition and 110 contingencies were studied, each with a 20 second simulation time period. Studied faults included:

  1. Steady-state operation (20 second run).
  2. Three-phase faults with normal clearing time.
  3. Single-phase faults with stuck breaker.
  4. Three-phase faults single-phase delayed clearing due to a stuck breaker (IPO breaker with FD Logic).
  5. Three-phase faults with three-phase delayed clearing due to a stuck breaker (GO Breakers with A-contact Logic).
  6. Three-phase faults with single-phase delayed clearing due to a stuck breaker (GO Breakers with FD Logic).

No relevant high-speed reclosing (HSR) contingencies nor single-phase bus faults were identified for this study.

For all simulations, the queue project under study along with the rest of the PJM system were required to maintain synchronism and with all states returning to an acceptable new condition following the disturbance.

For all the fault contingencies tested on the 2027 peak load case:

  1. Cluster 07 projects were able to ride through the faults (except for faults where protective action trips a generator(s)),
  2. The system with Cluster 07 projects included is transiently stable and post-contingency oscillations were positively damped with a damping margin of at least 3% for interarea modes and 4% for local modes.
  3. Following fault clearing, all bus voltages recovered to a minimum of 0.7 per unit after 2.5 seconds (except where protective action isolates that bus).
  4. No transmission element tripped, other than those either directly connected or designed to trip as a consequence of that fault.

AE2-261, AG1-236, and AG1-460 meet the 0.95 leading and lagging PF requirement.

The IPCMD and IQCMD states in the REGCAU model of AE2-261, and AG1-236 showed erratic behavior for some contingencies in which these generators have been disconnected as part of the contingency event. Since the machine is disconnected and no active or reactive power is injected into the system, this behavior is likely fictitious and a limitation of the software. This does not cause instability in the system.

AG1-236 GEN exhibited slow reactive power recovery within the 20 second simulation window for several contingencies. This issue did not cause instability in the system and the models have been tuned to achieve a faster reactive power output settlement by updating Kp and Kc from REPCTA1 module in generator AG1-236.

The tripping of AD2-100 was identified in contingencies P4.68, P4.69, and P4.70, as well as during the Cluster 07 pre-project test. Therefore, it has been confirmed that the tripping of AD2-100 is not caused by the TC1 Cluster 07 queue projects. Tripping was avoided for all events by updating the undervoltage protection settings: Relay 93677405 was adjusted to 0.177 seconds (10 cycles, adding one cycle to the original P4 fault clearing time of 9 cycles).

No mitigations were found to be required.

 

Table 1: TC1 Cluster 07 Projects

 

 

 

 

 

 

 

Cluster

Project

Fuel Type

Transmission Owner

MFO

MWE

MWC

Point of Interconnection

07

AE2-261

Solar

ComEd

299

299

179.4

Kincaid-Pana 345 kV

AG1-460

Storage

ComEd

30

30

12

Kincaid-Pana 345 kV

AG1-236

Wind

ComEd

180

180

23.4

Lanesville- Brokaw

 

Reactive Power Analysis

The reactive power capability of AE2-261 meets the 0.95 leading and lagging PF requirement at the high side of the main transformer.

Steady-State Voltage Analysis

Steady State Voltage Analysis is Not Required.

New Service Request Dependencies

The New Service Requests below are listed in one or more dispatch for the overloads identified in this report. These projects contribute to the loading of the overloaded facilities identified in this report. The percent overload of a facility and cost allocation you may have towards a particular reinforcement could vary depending on the action of other projects. The status of each project at the time of the analysis is presented in the table. This list may change as other projects withdraw or modify their requests. This table is valid for load flow analyses only.

New Service Requests Dependencies
Project IDProject NameStatus
AA2-123Marengo 34kVIn Service
AB1-006Meadow Lake 345kVIn Service
AB1-087Sullivan 345kV #1Under Construction
AB1-088Sullivan 345kV #2Engineering & Procurement
AB2-047Brokaw-Pontiac MidpointIn Service
AB2-070Mt. Pulaski-BrokawIn Service
AC1-033Kewanee 138 kVIn Service
AC1-053Lanesville-BrokawPartially in Service - Under Construction
AC1-168Kewanee-StreatorSuspended
AC1-214Crescent RidgeIn Service
AC2-154Davis Creek 138kVEngineering & Procurement
AC2-157Sullivan 345 kVUnder Construction
AD1-013Twombly Road 138kVEngineering & Procurement
AD1-100Loretto-Wilton 345 kV & Braidwood-Davis Creek 345 kVUnder Construction
AD1-148Brokaw-LanesvilleIn Service
AD2-047Davis Creek 138 kVSuspended
AD2-060Davis Creek 138kVEngineering & Procurement
AD2-066Mazon-Crescent Ridge 138 kVUnder Construction
AD2-100Kincaid-Pana 345 kVSuspended
AD2-131Kincaid-Pana 345kVSuspended
AD2-134Shady OaksPartially in Service - Under Construction
AD2-172Lena 138kVIn Service
AE1-114Maryland-Lancaster 138 kVActive
AE1-166Loretto-Wilton 345 kV & Braidwood-Davis Creek 345 kVEngineering & Procurement
AE1-172Loretto-Wilton CenterActive
AE1-205McLean 345 kVEngineering & Procurement
AE2-035Lena 138 kVIn Service
AE2-152Loretto-Wilton 345 kV & Braidwood-Davis Creek 345 kVEngineering & Procurement
AE2-223McLean 345 kVActive
AE2-267Woodsdale 345 kVEngineering & Procurement
AE2-276Sullivan 345kVEngineering & Procurement
AE2-341Sandwich-Plano 138 kVActive
AF1-030Sandwich-Plano 138 kVActive
AF1-090Kincaid-PanaEngineering & Procurement
AF1-204Eugene 345 kVActive
AF1-207Reynolds-Olive #1 345 kVEngineering & Procurement
AF1-322Meadow Lake 345 kVEngineering & Procurement
AF1-331Twombley RoadEngineering & Procurement
AF2-032Kincaid 345 kVEngineering & Procurement
AF2-041Nelson-Electric Junction 345 kVActive
AF2-078Reynolds-Olive #1 345 kVEngineering & Procurement
AF2-095Davis Creek 138 kVActive
AF2-199Nelson-Electric Junction 345 kVActive
AF2-200Nelson-Electric Junction 345 kVActive
AF2-225McLean 345 kVActive
AF2-252Blue Mound 345 kVEngineering & Procurement
AF2-305Brokaw-Lanesville 345 kVIn Service
AF2-317Hill Topper 345 kVIn Service
AF2-350Kensington 138 kVActive
AF2-352Blue Mound 345 kVEngineering & Procurement
AF2-366Crego Rd 138 kVEngineering & Procurement
AG1-044Whiteside CountyIn Service
AG1-118Sugar Grove-Waterman 138kVActive
AG1-127Crego Rd 138 kVActive
AG1-226Dequine-Eugene 345 kVActive
AG1-237Dequine-Eugene 345 kVEngineering & Procurement
AG1-374Blue Mound 345 kVActive
AG1-398Brokaw-Lanesville 345 kVIn Service
AG1-460Kincaid-Pana 345 kVActive
AG1-478Wilmington 34.5 kVEngineering & Procurement
AG1-513Aurora 138 kVSuspended
AG1-555Dequine 345 kVEngineering & Procurement
W2-048Brokaw-LanesvilleIn Service
W4-005Blue Mound-LathamIn Service
X2-022Brokaw-LanesvilleIn Service
Y1-054Rochelle 138kVIn Service
Z1-073Mendota HillsIn Service
Z1-108McHenry 34kVIn Service
Z2-081Streator 34.5kVIn Service
Z2-087Pontiac MidPoint-Brokaw 345kVIn Service

Affected System - PJM Identified Violations

As part of PJM's analysis, PJM evaluated the potential impacts on tie line facilities between PJM and an affected system entity, which were identified per PJM planning analysis criteria. This upgrade may be required on the affected system portion of the tie line along with cost allocation of such upgrade if applicable, in coordination with the affected system. Depending on the affected system, this project may not be contingent on upgrade based on PJM planning analysis criteria, but may be contingent on this upgrade based on the Affected System Operator's planning criteria, provided in the Affected Systems Study Section, herein.

Midcontinent Independent System Operator, Inc. (MISO)Identified Impacts
AE2-261 System Reinforcements:
TOTrans Owner IDTitleCategoryAllocated Cost ($USD)
DEIDEI_TC1_16079Reconductor Eugene to Cayuga 345kV #1 line with 4000A conductor. New rating 2430 MVA.Cost Allocated$702,348
Grand Total:$702,348

System Reinforcement
Type
Load Flow
TO
DEI
RTEP ID / TO ID
(Pending) / DEI_TC1_16079
Title
Reconductor Eugene to Cayuga 345kV #1 line with 4000A conductor. New rating 2430 MVA.
Description
Reconductor Eugene to Cayuga 345kV #1 line with 4000A conductor. New rating 2430 MVA.
Total Cost ($USD)
$12,000,000
Allocated Cost ($USD)
$702,348
Time Estimate
8 Months

Contributor

FacilityContingency
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line(Any)
Rating SetRating TypeRating Value
(All)B2430.0 MVA
Cost Allocation
ProjectMW ImpactPercent AllocationAllocated Cost ($USD)
AE2-223 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
11.4 MW2.5%$303,039
AE2-261 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
26.3 MW5.9%$702,348
AF1-204135.5 MW30.1%$3,615,699
AF2-225 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
11.4 MW2.5%$303,039
AG1-226239.0 MW53.2%$6,379,906
AG1-37423.4 MW5.2%$625,508
AG1-460 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
2.6 MW0.6%$70,462

New York Independent System Operator (NYISO)No Impact
Tennessee Valley Authority (TVA)No Impact
Louisville Gas & Electric (LG&E)No Impact
Duke Energy Carolinas (DUKE)No Impact
Duke Energy Progress – East (CPLE)No Impact
Duke Energy Progress – West (CPLW)No Impact

Affected System - Non-PJM Identified Violations

In accordance with PJM Tariff Part VII, Subpart D, section 312.A.1.b and as outlined in PJM Manual 14H, Section 13, in Phase III of the Cycle, PJM coordinates with the Affected System Operators to conduct any studies required to determine the impact of the New Service Request on any Affected System and will include the Affected System Study results in Phase III System Impact Study, if available from the Affected System Operator.

If your project required an Affected System Study, the results are shown below from the Affected System Operator.

For more details, please refer to your Affected System Study report by the Affected System Operator. If the Affected System Operator identified the need for a system reinforcement on their system due to their planning criteria, Project Developer must follow the Affected System Operator Tariff for construction of the network upgrade. PJM will list any required network upgrades identified by the Affected System Operator in the PJM Project Developer’s GIA under Schedule F.

Midcontinent Independent System Operator, Inc. (MISO) Identified Impacts
Note: Please communicate with the Affected System Operator regarding the status of the Affected System Study for your project.
Impacted FacilityTransmission OwnerReinforcementCostCost Allocated to AE2-261Scenarios
  • Wvrich 69.0 - Rochester TP 69.0 CKT 1
DEI DEI: Rebuild 1 mile of Wvrich - Rochester TP 69 kV
DEI: Rebuild 1 mile of 69kV with 477ACSR/VR2 @
100/120C the ratings assume that NIPSCO terminal
upgrades would not limit our T-Line rating. $1.5M
NIPSCO: Rebuild line, NIPSCO owns 0.037 miles of
0.9 mile line. NIPSCO portion included in Argos to
Rochester tap mitigation/cost.
$1,500,000$25,339
  • NIPSCO LPC
  • Wvrich 69.0 - Rochester TP 69.0 CKT 1
NIPS NIPSCO: Rebuild line (.3miles)Wvrich - Rochester TP 69 kV
DEI: Rebuild 1 mile of 69kV with 477ACSR/VR2 @
100/120C the ratings assume that NIPSCO terminal
upgrades would not limit our T-Line rating. $1.5M
NIPSCO: Rebuild line, NIPSCO owns 0.037 miles of
0.9 mile line. NIPSCO portion included in Argos to
Rochester tap mitigation/cost.
$0$0
  • NIPSCO LPC
  • Argos 69.0 - Plymouth 69.0 CKT 1
NIPS Rebuild Argos - Plymouth 69 kV line
Rebuild line, approx 10 miles
$12,654,948$250,802
  • NIPSCO LPC
  • Argos 69.0 - Rochester TP 69.0 CKT 1
NIPS Rebuild Argos - Rochester TP 69 kV
Rebuild line, approx 3.2 miles
$4,049,583$68,408
  • NIPSCO LPC
  • CAP BANK 230.0 - Gallagher 230.0 CKT 0
DEI Install 144 MVAR cap bank at Gallagher sub.
Install 144 MVAR cap bank at Gallagher sub.
$3,000,000$125,348
  • MISO Voltage
  • CAP BANK 138.0 - Shoals 138.0 CKT 0
DEI Install 28.8 MVAR cap bank at Shoals sub
Install 28.8 MVAR cap bank at Shoals sub
$3,000,000$139,241
  • MISO Voltage
  • CAP BANK 138.0 - Avon East 138.0 CKT 0
DEI Install 28.8 MVAR cap bank at Avon East sub
Install 28.8 MVAR cap bank at Avon East sub
$3,000,000$124,528
  • MISO Voltage
  • Moro 138.0 - Laclede NTP 138.0 CKT 1
AMIL Rebuild Moro - Laclede138 kV
MTEP project 50119, line rebuild. Assigned to
DPP-2019 Central
$0$0
  • Contingent
  • Morrison Ditch 345.0 - Reynolds 345.0 CKT 1
NIPS LRTP-16: Morrison Ditch – Reynolds – Burr Oak
Install single circuit 345kV transmission line
from the existing Morrison Ditch
Substation, to the existing Reynolds Substation,
to the existing Burr Oak
Substation, to the existing Leesburg Substation,
to the existing Hiple Substation.
$0$0
  • Contingent
  • Greentown 765.0 - Sorenson 765.0 CKT 1
ITCT LRTP-33: Greentown - Sorenson - Lulu
Install single circuit 765kV transmission line
from the existing Greentown
Substation to the existing Sorenson Substation, to
the existing Lulu Substation.
$0$0
  • Contingent
  • Petersburg 345.0 - Pike County 345.0 CKT 1
DEI LRTP-35: Southwest Indiana-Kentucky
Install double circuit 345kV transmission line
from the existing Petersburg
Substation to the new Pike County Substation.
Install single circuit 345kV
transmission line from the new Pike County
Substation to the existing Duff
Substation, to the existing Culley Substation, to
the existing Reid EHV Substation.
$0$0
  • Contingent
  • Madison County 345.0 - Greensboro 345.0 CKT 1
DEI LRTP-36: Southeast Indiana
Install single circuit 345kV transmission line
from the new Madison County
Substation to the existing Greensboro Substation.
Install single circuit 138kV
transmission line from the existing Decatur County
Substation to the existing
Greensburg Substation. Install double circuit
138kV transmission line from the existing
Batesville Substation to the existing Hubbell
Substation, to the existing Greendale Substation,
to the existing Miami Fort Substation.
$0$0
  • Contingent
  • Maywood 345.0 - Belleau 345.0 CKT 1
AMIL LRTP-37: Maywood - Belleau - MRPD - Sioux - Bugle
Install single circuit 345kV transmission line
from the existing Maywood Substation to the
existing Belleau Substation, to the new MRPD
Substation, to the existing Sioux Substation, from
the new MRPD Substation to the existing Bugle
Substation.
$0$0
  • Contingent
  • Burr Oak 345.0 - Schahfer 345.0 CKT 1
NIPS LRTP-42: Burr Oak - Schahfer
Install single circuit 345kV transmission line
from the existing Burr Oak Substation to the
existing Schahfer Substation.
$0$0
  • Contingent
New York Independent System Operator (NYISO)Not required
Tennessee Valley Authority (TVA)Not required
Louisville Gas & Electric (LG&E)Not required
Duke Energy Carolinas (DUKE)Not required
Duke Energy Progress – East (CPLE)Not required
Duke Energy Progress – West (CPLW)Not required

System Reinforcements

Based on the Final System Impact Study analysis results, this project is contingent on and may have cost responsibility for the following System Reinforcements:

AE2-261 System Reinforcements:
TORTEP IDTitleCategoryAllocated Cost ($USD)Facilities Study
ComEdn9101.0Mitigate sag on the Brokaw to TSS 909 Deer Creek 345 kV line L90907.Cost Allocated$13,601,297
ComEdn9269.0Reconductorthe L11212 345 kV line.Cost Allocated$3,415,297
ComEdn9195.0Install a new 345 kV circuit breaker at Station 12 Dresden.Cost Allocated$493,549
Grand Total:$17,510,143

PJM evaluated the impact of topology changing reinforcements to mitigate the impacts driven by New Service Requests. PJM determined which reinforcements were eliminated as a result of modeling the topology changing reinforcements. PJM then grouped the topology changing and eliminated reinforcements by region and computed a discount factor to apply to reinforcements to reduce the cost of all these reinforcements down to the cost of contstructing only the topology changing reinforcements. For additional details, please click the icon below

Regional Topology Upgrade Conversion

Shown below are the details of the cost allocated, contingent, eliminated, topology and potential aggregate contributor reinforcements for this project. Please refer to the System Reinforcement table above and the information below for more detail.


System Reinforcement: n9101.0
Type
Load Flow
TO
ComEd
RTEP ID / TO ID
n9101.0 / CE_NUN_L18806
Title
Mitigate sag on the Brokaw to TSS 909 Deer Creek 345 kV line L90907.
Description
• Perform a sag mitigation study of 22.1 Miles of 345kV transmission line 90907 from Brokaw to TSS 909 Deer Creek.
Total Cost ($USD)
$14,966,004
Discounted Total Cost ($USD)
$14,966,004
Allocated Cost ($USD)
$13,601,297
Time Estimate
36 Months

Contributor

FacilityContingency
AB2-070_POI-7BROKAW 345.0 kV Ckt 1 line(Any)
Rating SetRating TypeRating Value
(All)A1501.0 MVA
(All)B1501.0 MVA
(All)C1612.0 MVA
(All)STE1525.0 MVA
Cost Allocation
ProjectMW ImpactPercent AllocationAllocated Cost ($USD)
AE2-261 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
68.6 MW90.9%$13,601,297
AG1-460 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
6.9 MW9.1%$1,364,707

System Reinforcement: n9269.0
Type
Load Flow
TO
ComEd
RTEP ID / TO ID
n9269.0 / CE_NUN_L11212.5
Title
Reconductorthe L11212 345 kV line.
Description
• Reconductor 18.4 Miles of 345kV transmission line 11212 from TSS 112 Wilton Center to TSS 905 Essex. • Upgrade L11212 motor-operated switch and all cable conductors at line termination structure to 2-1590 kcmil ACSR.
Total Cost ($USD)
$37,989,655
Discounted Total Cost ($USD)
$37,989,655
Allocated Cost ($USD)
$3,415,297
Time Estimate
42 Months

Contributor

FacilityContingency
WILTON ; B-AD1-100 TAP 345.0 kV Ckt 1 line(Any)
Rating SetRating TypeRating Value
(All)A1826.0 MVA
(All)B2011.0 MVA
(All)C2248.0 MVA
(All)STE2389.0 MVA
LORETTO ; B-AE1-172 TP 345.0 kV Ckt 1 line(Any)
Rating SetRating TypeRating Value
(All)A1826.0 MVA
(All)B2011.0 MVA
(All)C2248.0 MVA
(All)STE2389.0 MVA
Cost Allocation
ProjectMW ImpactPercent AllocationAllocated Cost ($USD)
AE1-17261.5 MW24.5%$9,312,878
AE2-223 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
21.2 MW8.4%$3,206,800
AE2-261 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
22.6 MW9.0%$3,415,297
AF2-041 Nelson-Electric Junction 345kV - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AF2-041, AF2-199, AF2-200
18.3 MW7.3%$2,770,727
AF2-09522.8 MW9.1%$3,452,545
AF2-199 Nelson-Electric Junction 345kV - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AF2-041, AF2-199, AF2-200
6.1 MW2.4%$923,626
AF2-200 Nelson-Electric Junction 345kV - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AF2-041, AF2-199, AF2-200
13.6 MW5.4%$2,052,419
AF2-225 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
21.2 MW8.4%$3,206,800
AG1-11821.7 MW8.6%$3,283,718
AG1-37439.8 MW15.9%$6,022,194
AG1-460 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
2.3 MW0.9%$342,650

System Reinforcement: n9195.0
Type
Load Flow
TO
ComEd
RTEP ID / TO ID
n9195.0 / CE_NUN_STA12_345 NEW CB
Title
Install a new 345 kV circuit breaker at Station 12 Dresden.
Description
• Upgrade the existing substation STA 12 Dresden by adding 345kV BT 14-15 circuit breaker and associated disconnect switches. • Upgrade relay & protection at 345kV substation STA 12 Dresden to support installation of 345kV BT 14-15
Total Cost ($USD)
$3,357,627
Discounted Total Cost ($USD)
$3,357,627
Allocated Cost ($USD)
$493,549
Time Estimate
45 Months

Contributor

FacilityContingency
(Any)COMED_P4_012-45-BT14-15_SRT-A
No new ratings for this Flowgate.
Cost Allocation
ProjectMW ImpactPercent AllocationAllocated Cost ($USD)
AE1-172174.7 MW21.2%$711,694
AE2-223 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
133.8 MW16.2%$545,043
AE2-261 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
121.2 MW14.7%$493,549
AF2-225 McLean 345kV (ComEd): This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-223, AF2-225
133.8 MW16.2%$545,043
AG1-374248.6 MW30.2%$1,012,774
AG1-460 Kincaid Pana Tap - ComEd: This project's cost allocation eligibility was based on the grouped impact of all New Service Requests which shared this POI within this cycle. The following project shared this POI:
AE2-261, AG1-460
12.2 MW1.5%$49,523

System Reinforcement
Type
Load Flow
TO
AEP
RTEP ID / TO ID
(Pending) / AEP_TC1_13727
Title
AEP SE rating is 1868 MVA
Description
AEP SE rating is 1868 MVA
Total Cost ($USD)
$0
Discounted Total Cost ($USD)
$0
Allocated Cost ($USD)
$0
Time Estimate
0 to 1 Months

Note: This reinforcement is fictitious and will not be cost allocated to projects. It is listed for information purposes only.

FacilityContingency
05EUGENE-08CAYSUB 345.0 kV Ckt 1 line(Any)
Rating SetRating TypeRating Value
(All)B1868.0 MVA

System Reinforcement: n6840
Type
Load Flow
TO
ComEd
RTEP ID / TO ID
n6840 / CE_NUN_Sta. 12 Dresden
Title
Install a new 345kV bus tie circuit breaker at Station 12 Dresden
Description
For Dresden stuck breaker (COMED_P4_012-45-BT12-14): The upgrade will be to install a new 345kV bus tie circuit breaker at Station 12 Dresden. The new 345kV breaker will be installed as BT CB 12-13. The ratings for L11212 will not change rather the contingency as stated above will be revised.
Total Cost ($USD)
$0
Discounted Total Cost ($USD)
$0
Allocated Cost ($USD)
$0
Time Estimate
Dec 18 2024

Not Contingent

Note: Based on PJM cost allocation criteria, AE2-261 does not receive cost allocation towards this upgrade which is already in-service.

FacilityContingency
(Any)COMED_P4_012-45-BT12-14_SRT-A
No new ratings for this Flowgate.

Conversion from Impacts into Topology or Eliminated Reinforcements into Region Topology Contingent Reinforcements for AE2-261


AE2-261 Contributions into Topology or Eliminated Reinforcements:
TypeTORTEP ID / TO IDTitleTopo or ElimMW ImpactPercent AllocationCategoryAllocated Cost ($USD)
Contributions into Topology or Eliminated Reinforcement Total:$0
AE2-261 Contingent Region Topology Upgrades:
TORTEP IDTitleCategoryAllocated Cost ($USD)
Region Topology Upgrade Total:$0

Attachments

AE2-261 One Line Diagram

AE2-261 One Line Diagram.pdf
The state in which the generator or merchant transmission facility is located.
The Transmission Owner of the facility where the New Service Request project interconnects to the transmission system.
Winter load flow analysis will be performed starting in Transition Cycle 2.