AF2-296 Final System Impact Study (Retool 2) Report

v2.00 released 2026-05-14 11:52

Madera 34.5 kV

12.0 MW Capacity / 20.0 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 CL-Belsena LLC, and the Transmission Provider (TP) is PJM Interconnection, LLC (PJM). The interconnected Transmission Owner (TO) is Mid-Atlantic Interstate Transmission, LLC.

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:

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Conduct any remaining analyses or updated analyses based on New Service Requests withdrawn during Decision Point III (DP3); and
Adjust the security obligation based on New Service Requests withdrawn during Decision Point III and/or during the Final Agreement Negotiation Phase.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

The AF2-296 Final System Impact Study (Retool 1) Report is available for download here.

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 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 Mid-Atlantic Interstate Transmission, LLC zone — Clearfield County, Pennsylvania. The installed facilities will have a total capability of 20.0 MW with 12.0 MW of this output being recognized by PJM as Capacity.

Project Information

New Service Request Number:: AF2-296
Project Name:: Madera 34.5 kV
Project Developer Name:: CL-Belsena LLC
State:: Pennsylvania
County:: Clearfield
Transmission Owner:: Mid-Atlantic Interstate Transmission, LLC
MFO:: 20.0
MWE:: 20.0
MWC:: 12.0
Fuel Type:: Solar
Basecase Study Year:: 2027

Physical Interconnection Facility Study

Not Required

A Physical Interconnection Facilities Study is not required for this project.

Point of Interconnection

AF2-296 will interconnect with the FirstEnergy Pennsylvania Electric Company (FE PA) distribution system at POI pole MC-9621, which is located on the 34.5kV Curwensville ckt#00147-22 out of Madera substation. AF2-296 is connecting to the non-FERC jurisdictional distribution system.

Attachment 1 shows a one-line diagram of the proposed interconnection facilities for the AF2-296 generation project to connect to the distribution system.

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 AF2-296 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
Description	Cost Allocated to AF2-296	Cost Subject to Security*
Transmission Owner Interconnection Facilities (TOIF)	$0	$0
Other Scope	$0	$0
Option To Build Oversight	$0	$0
Physical Interconnection Network Upgrades
Stand Alone Network Upgrades	$0	$0
Network Upgrades	$0	$0
System Reliability Network Upgrades
Steady State Thermal & Voltage (SP & LL)	$0	$0
Transient Stability	$0	$0
Short Circuit	$0	$0
Transmission Owner Analysis
SubRegional	$0	$0
Distribution	$0	$0
Affected System Reinforcements
AFS - PJM Violations	$0	$0
AFS - Non-PJM Violations	$0 **	$0 **
Total	$0	$0

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

** This value reflects the results at the time of the report posting and it is subject to change. AFS – Non-PJM Violations are not subject to Security. For latest AFS – Non-PJM Violations, please refer to the latest Affected System Study Report for your project.

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 AF2-296

Security has been calculated for the AF2-296 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 AF2-296

Project(s): AF2-296

Final Agreement Security (A):

$0

Portion of Costs Already Paid (B):

$0

Revised Net Security (C):

A - B = $0

Security on Hand with PJM (D):

$0

Additional Security Due at Agreement Execution (E):

C - D = $0

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

AF2-296 will interconnect with the FirstEnergy Pennsylvania Electric Company distribution system at POI pole MC-9621, which is located on the 34.5kV Curwensville ckt#00147-22 from Madera substation. AF2-296 is connecting to the non-FERC jurisdictional distribution system and updated physical interconnection costs will be provided by FirstEnergy Pennsylvania Electric Company as part of the state-level Facilities Study. The physical interconnection costs in this report have not been updated as part of the Phase 3 studies. This section is informational only and the FirstEnergy Pennsylvania Electric Company state-level Facilities Study covers the physical interconnection scope and costs.

No TO Interconnection Facilities or Physical Network Upgrades are required for this project.

Transmission Owner Analysis

TO performed an analysis of its underlying transmission system <100 kV system. New Service Request Project AF2-296 did not contribute to any overloads on the TO transmission <100 kV system.

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. FirstEnergy 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 AF2-296 was evaluated as a 20.0 MW (12.0 MW Capacity) injection in the PENELEC 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.

Study	Area	Facility Description	Contingency Name	Contingency Type	DC\|AC	Final Cycle Loading	Rating (MVA)	Rating Type	MVA to Mitigate	MW Contribution
GD1	PENELEC	26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line	PN_P2-3_PN-230-0347-2_SRT-A	Breaker	AC	111.13 %	980.0	B	1089.05	3.18
GD1	PENELEC	26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line	PN_P2-3_PN-230-0347-A_SRT-A	Breaker	AC	108.13 %	980.0	B	1059.68	3.04
GD1	PENELEC	26SHAWVL 1-26SHAWVL 1 115.0/230.0 kV Ckt 1A transformer	PN_P2-2_PN-230-014T_SRT-A	Bus	AC	104.41 %	201.0	B	209.87	5.57
GD1	PENELEC	26SHELOCTA-26KEYSTONE 230.0 kV Ckt 1 line	PN_P2-3_PN-230-0347-2_SRT-A	Breaker	AC	100.58 %	980.0	B	985.72	4.89

Details for 26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line l/o PN_P2-3_PN-230-0347-2_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:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-2_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:111.13 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:1089.05

MW Contribution:3.18

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-2_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:111.38 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:1091.53

MW Contribution:3.18

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
961971	AG1-040 C	Adder	1.703529411764706	1.448
961972	AG1-040 E	Adder	1.1352941176470588	0.965
962511	AG1-100 C	Adder	1.6305882352941177	1.386
962512	AG1-100 E	Adder	1.0870588235294119	0.924
962912	AG1-140 E	Adder	0.11529411764705882	0.098
963441	AG1-193 C	Adder	0.9400000000000001	0.799
963442	AG1-193 E	Adder	0.6270588235294118	0.533
963481	AG1-197 C	Adder	1.2894117647058825	1.096
963482	AG1-197 E	Adder	0.86	0.731
963491	AG1-198 C	Adder	0.9988235294117647	0.849
963492	AG1-198 E	Adder	0.6658823529411765	0.566
963992	AG1-253 E	Adder	0.18352941176470589	0.156
964201	AG1-281 C	50/50	3.259	3.259
964202	AG1-281 E	50/50	2.173	2.173
964391	AG1-301 C	Adder	2.2482352941176473	1.911
964392	AG1-301 E	Adder	1.4988235294117647	1.274
290086	Q-036 E	50/50	23.832	23.832
296332	R-032 E	50/50	19.403	19.403
942351	AE2-248 C	Adder	1.2647058823529411	1.075
942352	AE2-248 E	Adder	0.8435294117647059	0.717
942491	AE2-262 C	Adder	7.1764705882352935	6.1
942492	AE2-262 E	Adder	4.8223529411764705	4.099
942501	AE2-263 C	Adder	6.745882352941177	5.734
942502	AE2-263 E	Adder	4.503529411764706	3.828
942811	AE2-299 C	Adder	4.511764705882353	3.835
942812	AE2-299 E	Adder	18.04470588235294	15.338
942961	AE2-316 C	Adder	6.758823529411765	5.745
942962	AE2-316 E	Adder	8.005882352941176	6.805
943151	AE2-344 C	Adder	9.489411764705883	8.066
943152	AE2-344 E	Adder	6.325882352941177	5.377
943352	AF1-006 E	Adder	0.9305882352941177	0.791
943712	AF1-039 E O1	Adder	1.08	0.918
944261	AF1-094 C	Adder	1.6647058823529413	1.415
944262	AF1-094 E	Adder	1.1094117647058823	0.943
944691	AF1-134 C	Adder	1.910588235294118	1.624
944692	AF1-134 E	Adder	1.2729411764705885	1.082
944752	AF1-140 E	50/50	1.909	1.909
944781	AF1-143 C	50/50	14.195	14.195
944782	AF1-143 E	50/50	7.571	7.571
945021	AF1-167 C	Adder	1.1423529411764706	0.971
945022	AF1-167 E	Adder	0.7611764705882353	0.647
958742	AF2-165 E	Adder	1.1388235294117648	0.968
959471	AF2-238 C	Adder	2.1576470588235295	1.834
959472	AF2-238 E	Adder	1.4388235294117648	1.223
960031	AF2-294 C	Adder	1.6964705882352942	1.442
960032	AF2-294 E	Adder	1.1305882352941177	0.961
960051	AF2-296 C	Adder	1.910588235294118	1.624
960052	AF2-296 E	Adder	1.2729411764705885	1.082
200503	26C.SLOPE	50/50	2.457	2.457
200794	26CONEMAGH	50/50	0.501	0.501
200809	26SITHE	50/50	2.713	2.713
200834	26SW_E13_K22	50/50	0.023	0.023
200835	26ARN_Z1-066	50/50	1.893	1.893
200837	26HOMER C1	50/50	285.882	285.882
200838	26HOMER C2	50/50	237.195	237.195
200839	26HOMER C3	50/50	251.102	251.102
200846	26FORWARD	50/50	0.166	0.166
200852	26WARR RDG	Adder	0.4682352941176471	0.398
200864	K-013 E	50/50	8.319	8.319
200883	Q-053 E	50/50	8.547	8.547
200888	26HIGHLAND	50/50	0.412	0.412
200889	26STNY CRK	50/50	0.402	0.402
200890	26BF_G21_K23	50/50	0.185	0.185
200891	26CSLMN_L13	50/50	0.228	0.228
200892	26LOOKOUT	50/50	0.243	0.243
200894	26K02	Adder	7.817647058823529	6.645
200925	26R32	50/50	0.647	0.647
200945	26CT_V3-030	50/50	0.184	0.184
202225	26SCI_S29B	50/50	0.083	0.083
203349	26Z1-069 C	50/50	0.632	0.632
203999	P-047 E	Adder	16.461176470588235	13.992
236828	01GRAYMONT	Adder	0.5329411764705883	0.453
292350	K-023	50/50	6.066	6.066
292542	L-013 1	50/50	7.571	7.571
293301	N-039 E	50/50	16.373	16.373
293393	V3-030E	50/50	5.393	5.393
293603	O-018 E	50/50	16.943	16.943
293902	O-048 E	50/50	6.814	6.814
294515	O38_P22	50/50	15.58	15.58
294903	P-060 E	50/50	12.747	12.747
916202	Z1-069 E	50/50	16.5	16.5
940201	AE2-001 C	Adder	1.6011764705882354	1.361
940202	AE2-001 E	Adder	1.0682352941176472	0.908
940861	AE2-074 C	50/50	3.52	3.52
940862	AE2-074 E	50/50	4.634	4.634
941232	AE2-117 E	Adder	1.5235294117647058	1.295
941241	AE2-118 C	50/50	2.45	2.45
941242	AE2-118 E	50/50	1.633	1.633
941322	AE2-126 E	Adder	1.3729411764705883	1.167
941332	AE2-129 E	Adder	1.5247058823529414	1.296
941352	AE2-131 E	Adder	1.5247058823529414	1.296
941421	AE2-139 C	Adder	8.048235294117648	6.841
941422	AE2-139 E	Adder	5.365882352941177	4.561
946222	AF1-287 E	Adder	1.0905882352941176	0.927
946381	AF1-302 C	Adder	2.952941176470588	2.51
946382	AF1-302 E	Adder	3.9376470588235293	3.347
957451	AF2-039 C	Adder	1.3223529411764707	1.124
957452	AF2-039 E	Adder	0.8811764705882353	0.749
957941	AF2-088 C	Adder	0.6364705882352942	0.541
957942	AF2-088 E	Adder	0.42470588235294116	0.361
957981	AF2-092 C	50/50	2.141	2.141
957982	AF2-092 E	50/50	1.427	1.427
958362	AF2-130 E	Adder	1.188235294117647	1.01
200833	26SEWRDB34	50/50	34.274	34.274
200886	26ARWF_N39	50/50	0.464	0.464
200915	26CHSTN_FL	50/50	0.283	0.283
203034	26NA_O38_P22	50/50	0.381	0.381
959301	AF2-221 C	50/50	2.017	2.017
959302	AF2-221 E	50/50	2.785	2.785
913142	Y1-033 E OP1	Adder	5.9941176470588236	5.095
957012	AF2-002 E	50/50	1.274	1.274
203940	AF1-140 C	50/50	2.864	2.864
203946	AE2-131 C	Adder	2.287058823529412	1.944
203948	AG1-140 C	Adder	0.25411764705882356	0.216
203955	AF1-039 C O1	Adder	1.62	1.377
203962	AF1-287 C	Adder	1.6364705882352941	1.391
203963	AG1-253 C	Adder	0.38117647058823534	0.324
293432	R-040 E	50/50	0.426	0.426
294573	P-028 E	Adder	13.356470588235295	11.353
916004	26SW_E13_K22	50/50	2.285	2.285
957001	AF2-001 C	50/50	3.822	3.822
957002	AF2-001 E	50/50	2.548	2.548
957011	AF2-002 C	50/50	1.911	1.911
957561	AF2-050 C	50/50	8.813	8.813
957562	AF2-050 E	50/50	5.876	5.876
203961	AE2-224 C	50/50	2.88	2.88
942126	AE2-224 E	50/50	11.751	11.751
200905	26Q36	50/50	0.788	0.788
941191	AE2-113 C	50/50	13.125	13.125
941192	AE2-113 E	50/50	12.319	12.319
944182	AF1-086 E	Adder	13.949411764705882	11.857
944301	AF1-098 C	Adder	6.847058823529412	5.82
944302	AF1-098 E	Adder	4.564705882352941	3.88
944881	AF1-153 C	Adder	1.9211764705882353	1.633
944882	AF1-153 E	Adder	1.2811764705882354	1.089
946571	AF1-321 C	50/50	3.822	3.822
946572	AF1-321 E	50/50	2.548	2.548
962411	AG1-090 C	Adder	5.718823529411765	4.861
962412	AG1-090 E	Adder	12.390588235294118	10.532
965121	AG1-377 C	Adder	1.143529411764706	0.972
965122	AG1-377 E	Adder	2.668235294117647	2.268
965131	AG1-378 C	Adder	1.143529411764706	0.972
965132	AG1-378 E	Adder	2.668235294117647	2.268
966771	AG1-548 C	Adder	6.218823529411765	5.286
966772	AG1-548 E	Adder	14.510588235294117	12.334
203915	26BF_Z2-108	50/50	4.259	4.259
235003	AC1-025 E	Adder	0.23176470588235296	0.197
961581	Q1080_CY23	External Queue	40.350975036621094	40.350975036621094
CBM North	LTFEXP_CBM-N->PJM	CBM	9.163	9.163
G-007	PJM->LTFIMP_G-007	CMTX_NF	0.154	0.154
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	0.505	0.505
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.257	0.257
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.144	0.144
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	0.415	0.415
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.091	0.091
BlueGrass	PJM->LTFIMP_BlueG	CLTF	0.285	0.285
O66	PJM->LTFIMP_O-066	CMTX_NF	0.278	0.278
MDU	PJM->LTFIMP_MDU	CLTF	0.012	0.012
LTFEXP_AC1-056	LTFEXP_AC1-056->LTFIMP_AC1-056	CLTF	0.136	0.136
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.351	0.351

Details for 26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line l/o PN_P2-3_PN-230-0347-A_SRT-A

Topology Case Flowgate

Area:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-A_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:108.13 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:1059.68

MW Contribution:3.04

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-A_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:108.36 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:1061.88

MW Contribution:3.04

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
961971	AG1-040 C	Adder	1.724705882352941	1.466
961972	AG1-040 E	Adder	1.1494117647058824	0.977
962511	AG1-100 C	Adder	1.6517647058823528	1.404
962512	AG1-100 E	Adder	1.1011764705882354	0.936
962912	AG1-140 E	Adder	0.11647058823529413	0.099
963441	AG1-193 C	Adder	0.9494117647058824	0.807
963442	AG1-193 E	Adder	0.6329411764705883	0.538
963481	AG1-197 C	Adder	1.3058823529411767	1.11
963482	AG1-197 E	Adder	0.8705882352941177	0.74
963491	AG1-198 C	Adder	1.0082352941176471	0.857
963492	AG1-198 E	Adder	0.6717647058823529	0.571
963992	AG1-253 E	Adder	0.18588235294117647	0.158
964201	AG1-281 C	50/50	2.999	2.999
964202	AG1-281 E	50/50	2	2
964391	AG1-301 C	Adder	2.0435294117647063	1.737
964392	AG1-301 E	Adder	1.3623529411764705	1.158
290086	Q-036 E	Adder	22.28588235294118	18.943
296332	R-032 E	50/50	17.924	17.924
942351	AE2-248 C	Adder	1.2129411764705882	1.031
942352	AE2-248 E	Adder	0.8082352941176472	0.687
942491	AE2-262 C	Adder	6.957647058823529	5.914
942492	AE2-262 E	Adder	4.675294117647059	3.974
942501	AE2-263 C	Adder	6.541176470588235	5.56
942502	AE2-263 E	Adder	4.367058823529412	3.712
942811	AE2-299 C	Adder	4.565882352941176	3.881
942812	AE2-299 E	Adder	18.261176470588236	15.522
942961	AE2-316 C	Adder	6.741176470588236	5.73
942962	AE2-316 E	Adder	7.984705882352941	6.787
943151	AE2-344 C	Adder	9.607058823529412	8.166
943152	AE2-344 E	Adder	6.404705882352942	5.444
943352	AF1-006 E	Adder	0.9423529411764706	0.801
943712	AF1-039 E O1	Adder	1.0329411764705883	0.878
944261	AF1-094 C	Adder	1.68	1.428
944262	AF1-094 E	Adder	1.1199999999999999	0.952
944691	AF1-134 C	Adder	1.8247058823529412	1.551
944692	AF1-134 E	Adder	1.2164705882352942	1.034
944752	AF1-140 E	50/50	1.769	1.769
944781	AF1-143 C	50/50	13.571	13.571
944782	AF1-143 E	50/50	7.238	7.238
945021	AF1-167 C	Adder	1.1470588235294117	0.975
945022	AF1-167 E	Adder	0.7647058823529412	0.65
958742	AF2-165 E	Adder	1.143529411764706	0.972
959471	AF2-238 C	Adder	2.178823529411765	1.852
959472	AF2-238 E	Adder	1.4529411764705884	1.235
960031	AF2-294 C	Adder	1.7164705882352942	1.459
960032	AF2-294 E	Adder	1.1447058823529412	0.973
960051	AF2-296 C	Adder	1.8247058823529412	1.551
960052	AF2-296 E	Adder	1.2164705882352942	1.034
200503	26C.SLOPE	50/50	2.244	2.244
200794	26CONEMAGH	50/50	0.47	0.47
200809	26SITHE	50/50	2.769	2.769
200834	26SW_E13_K22	50/50	0.022	0.022
200835	26ARN_Z1-066	50/50	1.809	1.809
200837	26HOMER C1	50/50	291.812	291.812
200838	26HOMER C2	50/50	241.852	241.852
200839	26HOMER C3	50/50	256.032	256.032
200846	26FORWARD	50/50	0.159	0.159
200852	26WARR RDG	Adder	0.4258823529411765	0.362
200864	K-013 E	50/50	7.97	7.97
200883	Q-053 E	50/50	7.872	7.872
200888	26HIGHLAND	50/50	0.381	0.381
200889	26STNY CRK	50/50	0.382	0.382
200890	26BF_G21_K23	50/50	0.177	0.177
200891	26CSLMN_L13	50/50	0.218	0.218
200892	26LOOKOUT	50/50	0.233	0.233
200894	26K02	Adder	7.774117647058823	6.608
200925	26R32	50/50	0.597	0.597
202225	26SCI_S29B	50/50	0.079	0.079
203349	26Z1-069 C	50/50	0.64	0.64
203999	P-047 E	Adder	16.654117647058825	14.156
236828	01GRAYMONT	Adder	0.5117647058823529	0.435
292350	K-023	50/50	5.8	5.8
292542	L-013 1	50/50	7.238	7.238
293301	N-039 E	50/50	14.496	14.496
293393	V3-030E	Adder	5.0047058823529404	4.254
293603	O-018 E	50/50	15.652	15.652
293902	O-048 E	50/50	6.514	6.514
294515	O38_P22	50/50	13.794	13.794
294903	P-060 E	50/50	12.104	12.104
916202	Z1-069 E	50/50	16.694	16.694
940201	AE2-001 C	Adder	1.5388235294117647	1.308
940202	AE2-001 E	Adder	1.0258823529411765	0.872
940861	AE2-074 C	50/50	3.56	3.56
940862	AE2-074 E	50/50	4.686	4.686
941232	AE2-117 E	Adder	1.388235294117647	1.18
941241	AE2-118 C	Adder	2.222352941176471	1.889
941242	AE2-118 E	Adder	1.4811764705882353	1.259
941322	AE2-126 E	Adder	1.3447058823529412	1.143
941332	AE2-129 E	Adder	1.443529411764706	1.227
941352	AE2-131 E	Adder	1.443529411764706	1.227
941421	AE2-139 C	Adder	8.071764705882353	6.861
941422	AE2-139 E	Adder	5.381176470588235	4.574
946222	AF1-287 E	Adder	1.1047058823529412	0.939
946381	AF1-302 C	Adder	2.9447058823529413	2.503
946382	AF1-302 E	Adder	3.927058823529412	3.338
957451	AF2-039 C	Adder	1.2776470588235296	1.086
957452	AF2-039 E	Adder	0.851764705882353	0.724
957941	AF2-088 C	Adder	0.6152941176470589	0.523
957942	AF2-088 E	Adder	0.4094117647058823	0.348
957981	AF2-092 C	50/50	2.01	2.01
957982	AF2-092 E	50/50	1.34	1.34
958362	AF2-130 E	Adder	1.188235294117647	1.01
200833	26SEWRDB34	50/50	27.096	27.096
200886	26ARWF_N39	50/50	0.411	0.411
200915	26CHSTN_FL	50/50	0.261	0.261
203034	26NA_O38_P22	50/50	0.337	0.337
959301	AF2-221 C	50/50	1.894	1.894
959302	AF2-221 E	50/50	2.616	2.616
913142	Y1-033 E OP1	Adder	5.730588235294118	4.871
957012	AF2-002 E	50/50	1.222	1.222
203940	AF1-140 C	50/50	2.654	2.654
203946	AE2-131 C	Adder	2.1658823529411766	1.841
203948	AG1-140 C	Adder	0.2564705882352941	0.218
203955	AF1-039 C O1	Adder	1.5482352941176472	1.316
203962	AF1-287 C	Adder	1.6564705882352941	1.408
203963	AG1-253 C	Adder	0.3847058823529412	0.327
293432	R-040 E	50/50	0.407	0.407
294573	P-028 E	Adder	13.449411764705884	11.432
916004	26SW_E13_K22	50/50	2.184	2.184
957001	AF2-001 C	50/50	3.666	3.666
957002	AF2-001 E	50/50	2.444	2.444
957011	AF2-002 C	50/50	1.833	1.833
957561	AF2-050 C	50/50	7.751	7.751
957562	AF2-050 E	50/50	5.167	5.167
203961	AE2-224 C	50/50	2.533	2.533
942126	AE2-224 E	50/50	10.334	10.334
941191	AE2-113 C	50/50	13.165	13.165
941192	AE2-113 E	50/50	12.357	12.357
944182	AF1-086 E	Adder	13.205882352941176	11.225
944301	AF1-098 C	Adder	6.916470588235294	5.879
944302	AF1-098 E	Adder	4.6117647058823525	3.92
944881	AF1-153 C	Adder	1.8976470588235295	1.613
944882	AF1-153 E	Adder	1.2647058823529411	1.075
946571	AF1-321 C	50/50	3.666	3.666
946572	AF1-321 E	50/50	2.444	2.444
962411	AG1-090 C	Adder	5.415294117647059	4.603
962412	AG1-090 E	Adder	11.73294117647059	9.973
965121	AG1-377 C	Adder	1.0835294117647059	0.921
965122	AG1-377 E	Adder	2.527058823529412	2.148
965131	AG1-378 C	Adder	1.0835294117647059	0.921
965132	AG1-378 E	Adder	2.527058823529412	2.148
966771	AG1-548 C	Adder	6.27764705882353	5.336
966772	AG1-548 E	Adder	14.647058823529411	12.45
203915	26BF_Z2-108	50/50	4.071	4.071
235003	AC1-025 E	Adder	0.2211764705882353	0.188
961581	Q1080_CY23	External Queue	41.46616744995117	41.46616744995117
CBM North	LTFEXP_CBM-N->PJM	CBM	9.265	9.265
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	0.875	0.875
G-007	PJM->LTFIMP_G-007	CMTX_NF	0.179	0.179
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	0.409	0.409
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.236	0.236
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.13	0.13
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	0.287	0.287
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.063	0.063
BlueGrass	PJM->LTFIMP_BlueG	CLTF	0.197	0.197
O66	PJM->LTFIMP_O-066	CMTX_NF	0.437	0.437
MDU	PJM->LTFIMP_MDU	CLTF	0.007	0.007
LTFEXP_AC1-056	LTFEXP_AC1-056->LTFIMP_AC1-056	CLTF	0.085	0.085
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.326	0.326

Details for 26SHAWVL 1-26SHAWVL 1 115.0/230.0 kV Ckt 1A transformer l/o PN_P2-2_PN-230-014T_SRT-A

Topology Case Flowgate

Area:PENELEC

Facility Description:

26SHAWVL 1-26SHAWVL 1 115.0/230.0 kV Ckt 1A transformer

Contingency Name:

PN_P2-2_PN-230-014T_SRT-A

Contingency Type:Bus

DC|AC:AC

Final Cycle Loading:104.41 %

Rating:201.0 MVA

Rating Type:B

MVA to Mitigate:209.87

MW Contribution:5.57

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26SHAWVL 1-26SHAWVL 1 115.0/230.0 kV Ckt 1A transformer

Contingency Name:

PN_P2-2_PN-230-014T_SRT-A

Contingency Type:Bus

DC|AC:AC

Final Cycle Loading:105.49 %

Rating:201.0 MVA

Rating Type:B

MVA to Mitigate:212.03

MW Contribution:5.57

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
290086	Q-036 E	50/50	26.016	26.016
942491	AE2-262 C	Adder	-5.852941176470588	-4.975
942501	AE2-263 C	Adder	-5.50235294117647	-4.677
944691	AF1-134 C	50/50	3.344	3.344
944692	AF1-134 E	50/50	2.229	2.229
960051	AF2-296 C	50/50	3.344	3.344
960052	AF2-296 E	50/50	2.229	2.229
200715	26SHAWVL 1	50/50	12.278	12.278
200722	26SHAWVL 2	50/50	8.615	8.615
200883	Q-053 E	Adder	2.5741176470588236	2.188
200913	26SHAW-D	50/50	0.415	0.415
293393	V3-030E	Adder	2.182352941176471	1.855
941322	AE2-126 E	50/50	1.773	1.773
941332	AE2-129 E	50/50	2.542	2.542
941352	AE2-131 E	50/50	2.542	2.542
957451	AF2-039 C	50/50	3.425	3.425
957452	AF2-039 E	50/50	2.283	2.283
957941	AF2-088 C	50/50	1.649	1.649
957942	AF2-088 E	50/50	1.099	1.099
203946	AE2-131 C	50/50	3.812	3.812
203952	AE2-129 C	50/50	0.623	0.623
203954	AE2-126 C	50/50	0.435	0.435
200905	26Q36	50/50	0.86	0.86
944181	AF1-086 C	50/50	0.53	0.53
944182	AF1-086 E	50/50	15.191	15.191
962411	AG1-090 C	50/50	9.531	9.531
962412	AG1-090 E	50/50	20.651	20.651
965121	AG1-377 C	50/50	1.906	1.906
965122	AG1-377 E	50/50	4.448	4.448
965131	AG1-378 C	50/50	1.906	1.906
965132	AG1-378 E	50/50	4.448	4.448
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	1.999	1.999
CBM West 2	LTFEXP_CBM-W2->PJM	CBM	0.699	0.699
CBM South 1	LTFEXP_CBM-S1->PJM	CBM	0	0
CBM South 2	LTFEXP_CBM-S2->PJM	CBM	0.761	0.761
G-007	PJM->LTFIMP_G-007	CMTX_NF	0.496	0.496
NY	PJM->LTFIMP_NY	CLTF	0.415	0.415
LGEE	LTFEXP_LGEE->PJM	CLTF	0.068	0.068
WEC	LTFEXP_WEC->PJM	CLTF	0.039	0.039
CPLE	LTFEXP_CPLE->PJM	CLTF	0.06	0.06
TVA	LTFEXP_TVA->PJM	CLTF	0.14	0.14
MEC	LTFEXP_MEC->PJM	CLTF	0.18	0.18
LAGN	LTFEXP_LAGN->PJM	CLTF	0.176	0.176
SIGE	LTFEXP_SIGE->PJM	CLTF	0.012	0.012
O66	PJM->LTFIMP_O-066	CMTX_NF	3.339	3.339
LTFEXP_AA2-074	LTFEXP_AA2-074->LTFIMP_AA2-074	CLTF	0.029	0.029

Details for 26SHELOCTA-26KEYSTONE 230.0 kV Ckt 1 line l/o PN_P2-3_PN-230-0347-2_SRT-A

Topology Case Flowgate

Area:PENELEC

Facility Description:

26SHELOCTA-26KEYSTONE 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-2_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:100.58 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:985.72

MW Contribution:4.89

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26SHELOCTA-26KEYSTONE 230.0 kV Ckt 1 line

Contingency Name:

PN_P2-3_PN-230-0347-2_SRT-A

Contingency Type:Breaker

DC|AC:AC

Final Cycle Loading:101.15 %

Rating:980.0 MVA

Rating Type:B

MVA to Mitigate:991.25

MW Contribution:4.89

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
961971	AG1-040 C	Adder	1.8141176470588236	1.542
961972	AG1-040 E	Adder	1.2094117647058824	1.028
962511	AG1-100 C	Adder	1.7317647058823529	1.472
962512	AG1-100 E	Adder	1.1541176470588235	0.981
962912	AG1-140 E	Adder	0.12117647058823529	0.103
963441	AG1-193 C	Adder	1.0529411764705883	0.895
963442	AG1-193 E	Adder	0.7023529411764706	0.597
963481	AG1-197 C	Adder	1.3741176470588234	1.168
963482	AG1-197 E	Adder	0.9164705882352941	0.779
963491	AG1-198 C	Adder	1.0988235294117648	0.934
963492	AG1-198 E	Adder	0.7329411764705882	0.623
963992	AG1-253 E	Adder	0.19176470588235295	0.163
964201	AG1-281 C	Adder	3.62	3.077
964202	AG1-281 E	Adder	2.4129411764705884	2.051
964391	AG1-301 C	Adder	2.438823529411765	2.073
964392	AG1-301 E	Adder	1.6258823529411763	1.382
290086	Q-036 E	Adder	27.343529411764706	23.242
296332	R-032 E	50/50	21.51	21.51
942351	AE2-248 C	Adder	1.4058823529411766	1.195
942352	AE2-248 E	Adder	0.9376470588235295	0.797
942491	AE2-262 C	Adder	8.016470588235295	6.814
942492	AE2-262 E	Adder	5.3870588235294115	4.579
942501	AE2-263 C	Adder	7.53529411764706	6.405
942502	AE2-263 E	Adder	5.031764705882353	4.277
942811	AE2-299 C	Adder	4.712941176470588	4.006
942812	AE2-299 E	Adder	18.852941176470587	16.025
942961	AE2-316 C	Adder	7.429411764705883	6.315
942962	AE2-316 E	Adder	8.798823529411765	7.479
943151	AE2-344 C	Adder	10.067058823529413	8.557
943152	AE2-344 E	Adder	6.710588235294117	5.704
943352	AF1-006 E	Adder	0.9823529411764705	0.835
943712	AF1-039 E O1	Adder	1.2	1.02
944261	AF1-094 C	Adder	1.831764705882353	1.557
944262	AF1-094 E	Adder	1.2211764705882353	1.038
944691	AF1-134 C	Adder	2.934117647058824	2.494
944692	AF1-134 E	Adder	1.9564705882352942	1.663
944752	AF1-140 E	50/50	2.135	2.135
944781	AF1-143 C	Adder	15.700000000000001	13.345
944782	AF1-143 E	Adder	8.372941176470588	7.117
945021	AF1-167 C	Adder	1.352941176470588	1.15
945022	AF1-167 E	Adder	0.9023529411764706	0.767
958742	AF2-165 E	Adder	1.3588235294117648	1.155
959471	AF2-238 C	Adder	2.155294117647059	1.832
959472	AF2-238 E	Adder	1.4364705882352942	1.221
960031	AF2-294 C	Adder	1.6811764705882355	1.429
960032	AF2-294 E	Adder	1.1211764705882352	0.953
960051	AF2-296 C	Adder	2.934117647058824	2.494
960052	AF2-296 E	Adder	1.9564705882352942	1.663
200503	26C.SLOPE	50/50	2.785	2.785
200636	26IUP CO-G	50/50	0.79	0.79
200794	26CONEMAGH	50/50	0.627	0.627
200809	26SITHE	50/50	2.598	2.598
200835	26ARN_Z1-066	Adder	2.092941176470588	1.779
200837	26HOMER C1	50/50	273.814	273.814
200838	26HOMER C2	50/50	229.662	229.662
200839	26HOMER C3	50/50	243.127	243.127
200846	26FORWARD	50/50	0.182	0.182
200852	26WARR RDG	Adder	0.5082352941176471	0.432
200864	K-013 E	50/50	9.125	9.125
200883	Q-053 E	Adder	9.650588235294117	8.203
200888	26HIGHLAND	50/50	0.457	0.457
200889	26STNY CRK	50/50	0.445	0.445
200894	26K02	Adder	8.2	6.97
200925	26R32	50/50	0.717	0.717
202158	26CON.GEN1	50/50	0.133	0.133
203999	P-047 E	Adder	16.349411764705884	13.897
236828	01GRAYMONT	Adder	0.5929411764705883	0.504
292350	K-023	Adder	6.709411764705883	5.703
292542	L-013 1	Adder	8.372941176470588	7.117
293301	N-039 E	Adder	17.01529411764706	14.463
293393	V3-030E	Adder	7.844705882352941	6.668
293603	O-018 E	50/50	18.783	18.783
293902	O-048 E	Adder	7.536470588235294	6.406
294515	O38_P22	Adder	16.191764705882353	13.763
294903	P-060 E	50/50	14.097	14.097
916202	Z1-069 E	Adder	16.497647058823528	14.023
940201	AE2-001 C	Adder	1.7823529411764705	1.515
940202	AE2-001 E	Adder	1.188235294117647	1.01
940861	AE2-074 C	Adder	3.53764705882353	3.007
940862	AE2-074 E	Adder	4.656470588235295	3.958
941232	AE2-117 E	Adder	1.6600000000000001	1.411
941241	AE2-118 C	Adder	2.6576470588235295	2.259
941242	AE2-118 E	Adder	1.771764705882353	1.506
941322	AE2-126 E	Adder	1.5623529411764707	1.328
941332	AE2-129 E	Adder	1.7776470588235294	1.511
941352	AE2-131 E	Adder	1.7776470588235294	1.511
941421	AE2-139 C	Adder	8.174117647058825	6.948
941422	AE2-139 E	Adder	5.449411764705882	4.632
946222	AF1-287 E	Adder	1.1576470588235295	0.984
946381	AF1-302 C	Adder	3.245882352941176	2.759
946382	AF1-302 E	Adder	4.327058823529412	3.678
957451	AF2-039 C	Adder	1.5823529411764705	1.345
957452	AF2-039 E	Adder	1.055294117647059	0.897
957941	AF2-088 C	Adder	0.7623529411764707	0.648
957942	AF2-088 E	Adder	0.5082352941176471	0.432
957981	AF2-092 C	50/50	2.378	2.378
957982	AF2-092 E	50/50	1.585	1.585
958362	AF2-130 E	Adder	1.4905882352941175	1.267
200833	26SEWRDB34	50/50	34.62	34.62
959301	AF2-221 C	50/50	2.222	2.222
959302	AF2-221 E	50/50	3.068	3.068
913142	Y1-033 E OP1	Adder	6.657647058823529	5.659
957012	AF2-002 E	50/50	1.4	1.4
203940	AF1-140 C	50/50	3.203	3.203
203946	AE2-131 C	Adder	2.6670588235294117	2.267
203948	AG1-140 C	Adder	0.2647058823529412	0.225
203955	AF1-039 C O1	Adder	1.7988235294117647	1.529
203962	AF1-287 C	Adder	1.7364705882352942	1.476
203963	AG1-253 C	Adder	0.39764705882352946	0.338
293432	R-040 E	Adder	0.4705882352941177	0.4
916004	26SW_E13_K22	Adder	2.521176470588235	2.143
957001	AF2-001 C	50/50	4.2	4.2
957002	AF2-001 E	50/50	2.8	2.8
957011	AF2-002 C	50/50	2.1	2.1
957561	AF2-050 C	Adder	9.067058823529411	7.707
957562	AF2-050 E	Adder	6.044705882352941	5.138
942126	AE2-224 E	Adder	12.089411764705883	10.276
941191	AE2-113 C	Adder	13.650588235294117	11.603
941192	AE2-113 E	Adder	12.811764705882354	10.89
944182	AF1-086 E	Adder	25.151764705882353	21.379
944301	AF1-098 C	Adder	7.205882352941177	6.125
944302	AF1-098 E	Adder	4.804705882352941	4.084
944881	AF1-153 C	Adder	2.143529411764706	1.822
944882	AF1-153 E	Adder	1.4294117647058824	1.215
946071	AF1-272 C	50/50	25.8	25.8
946072	AF1-272 E	50/50	17.2	17.2
946571	AF1-321 C	50/50	4.2	4.2
946572	AF1-321 E	50/50	2.8	2.8
962411	AG1-090 C	Adder	6.667058823529412	5.667
962412	AG1-090 E	Adder	14.444705882352942	12.278
965121	AG1-377 C	Adder	1.3329411764705883	1.133
965122	AG1-377 E	Adder	3.110588235294118	2.644
965131	AG1-378 C	Adder	1.3329411764705883	1.133
965132	AG1-378 E	Adder	3.110588235294118	2.644
966771	AG1-548 C	Adder	6.811764705882353	5.79
966772	AG1-548 E	Adder	15.894117647058824	13.51
203915	26BF_Z2-108	Adder	5.541176470588235	4.71
235003	AC1-025 E	Adder	0.2576470588235294	0.219
CBM North	LTFEXP_CBM-N->PJM	CBM	8.78	8.78
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	2.756	2.756
G-007	PJM->LTFIMP_G-007	CMTX_NF	0.521	0.521
WEC	LTFEXP_WEC->PJM	CLTF	0.024	0.024
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	0.232	0.232
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.21	0.21
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.112	0.112
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	0.037	0.037
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.007	0.007
MEC	LTFEXP_MEC->PJM	CLTF	0.04	0.04
BlueGrass	PJM->LTFIMP_BlueG	CLTF	0.023	0.023
O66	PJM->LTFIMP_O-066	CMTX_NF	2.633	2.633
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.295	0.295

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.)

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.

Study	Area	Facility Description	Contingency Name	Contingency Type	DC\|AC	Final Cycle Loading	Rating (MVA)	Rating Type	MVA to Mitigate	MW Contribution
GD1	AP/PENELEC	26BLAIRSVL-01SOCIAL 138.0 kV Ckt 1 line	PN_P1-2_PN-230-038_SRT-A	OP	AC	110.37 %	294.0	B	324.48	1.73
GD1	PENELEC	26CANYON-26N.MESHPN 230.0 kV Ckt 1 line	Base Case	OP	AC	100.84 %	546.0	A	550.59	1.44
GD1	PENELEC	26E.TWANDA-26CANYON 230.0 kV Ckt 1 line	Base Case	OP	AC	102.24 %	546.0	A	558.22	1.44
GD1	PENELEC	26EAGL VAL-26TYRONE N 115.0 kV Ckt 1 line	AP_P1-2_WP-230-323T_SRT-A	OP	AC	104.48 %	245.0	B	255.98	1.98
GD1	PENELEC	26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line	Base Case	OP	AC	104.61 %	809.0	A	846.29	2.16

Details for 26BLAIRSVL-01SOCIAL 138.0 kV Ckt 1 line l/o PN_P1-2_PN-230-038_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:AP/PENELEC

Facility Description:

26BLAIRSVL-01SOCIAL 138.0 kV Ckt 1 line

Contingency Name:

PN_P1-2_PN-230-038_SRT-A

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:110.37 %

Rating:294.0 MVA

Rating Type:B

MVA to Mitigate:324.48

MW Contribution:1.73

Impact of Topology Modeling:

Increase

Base Case Flowgate

Area:AP/PENELEC

Facility Description:

26BLAIRSVL-01SOCIAL 138.0 kV Ckt 1 line

Contingency Name:

PN_P1-2_PN-230-038_SRT-A

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:108.44 %

Rating:294.0 MVA

Rating Type:B

MVA to Mitigate:318.81

MW Contribution:1.73

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
964201	AG1-281 C	Adder	1.143529411764706	0.972
964202	AG1-281 E	Adder	0.7623529411764707	0.648
964391	AG1-301 C	Adder	0.74	0.629
964392	AG1-301 E	Adder	0.49411764705882355	0.42
290086	Q-036 E	Adder	8.434117647058823	7.169
296332	R-032 E	50/50	6.865	6.865
943712	AF1-039 E O1	Adder	0.3588235294117647	0.305
944691	AF1-134 C	Adder	1.035294117647059	0.88
944692	AF1-134 E	Adder	0.6905882352941176	0.587
944752	AF1-140 E	50/50	0.686	0.686
944781	AF1-143 C	Adder	4.870588235294117	4.14
944782	AF1-143 E	Adder	2.59764705882353	2.208
960051	AF2-296 C	Adder	1.035294117647059	0.88
960052	AF2-296 E	Adder	0.6905882352941176	0.587
200503	26C.SLOPE	50/50	0.92	0.92
200636	26IUP CO-G	50/50	0.375	0.375
200794	26CONEMAGH	50/50	0.261	0.261
200805	26COLVER13	50/50	2.317	2.317
200835	26ARN_Z1-066	Adder	0.6494117647058825	0.552
200837	26HOMER C1	Adder	58.762352941176474	49.948
200838	26HOMER C2	Adder	47.970588235294116	40.775
200839	26HOMER C3	Adder	50.78235294117647	43.165
200846	26FORWARD	50/50	0.057	0.057
200852	26WARR RDG	Adder	0.15411764705882353	0.131
200864	K-013 E	50/50	2.879	2.879
200883	Q-053 E	Adder	3.103529411764706	2.638
200888	26HIGHLAND	50/50	0.146	0.146
200889	26STNY CRK	50/50	0.141	0.141
200925	26R32	50/50	0.229	0.229
200945	26CT_V3-030	50/50	0.099	0.099
202158	26CON.GEN1	50/50	0.066	0.066
202160	26CON.GEN2	50/50	0.124	0.124
292350	K-023	Adder	2.081176470588235	1.769
292542	L-013 1	Adder	2.59764705882353	2.208
293301	N-039 E	Adder	4.643529411764706	3.947
293393	V3-030E	50/50	2.886	2.886
293603	O-018 E	50/50	5.994	5.994
293902	O-048 E	Adder	2.3376470588235296	1.987
294515	O38_P22	Adder	4.418823529411765	3.756
294903	P-060 E	50/50	4.471	4.471
916202	Z1-069 E	Adder	3.7070588235294117	3.151
940861	AE2-074 C	Adder	0.7847058823529413	0.667
940862	AE2-074 E	Adder	1.0329411764705883	0.878
941232	AE2-117 E	Adder	0.5058823529411764	0.43
941241	AE2-118 C	Adder	0.8035294117647059	0.683
941242	AE2-118 E	Adder	0.5364705882352941	0.456
941322	AE2-126 E	Adder	0.4164705882352941	0.354
941332	AE2-129 E	Adder	0.5364705882352941	0.456
941352	AE2-131 E	Adder	0.5364705882352941	0.456
957451	AF2-039 C	Adder	0.4611764705882353	0.392
957452	AF2-039 E	Adder	0.30823529411764705	0.262
957941	AF2-088 C	Adder	0.2223529411764706	0.189
957942	AF2-088 E	Adder	0.14823529411764708	0.126
957981	AF2-092 C	50/50	0.759	0.759
957982	AF2-092 E	50/50	0.506	0.506
959301	AF2-221 C	50/50	0.706	0.706
959302	AF2-221 E	50/50	0.975	0.975
913142	Y1-033 E OP1	Adder	1.9894117647058824	1.691
957012	AF2-002 E	50/50	0.445	0.445
203940	AF1-140 C	50/50	1.029	1.029
203946	AE2-131 C	Adder	0.8047058823529413	0.684
203955	AF1-039 C O1	Adder	0.5376470588235295	0.457
293432	R-040 E	Adder	0.14588235294117646	0.124
916004	26SW_E13_K22	Adder	0.7964705882352942	0.677
957001	AF2-001 C	50/50	1.335	1.335
957002	AF2-001 E	50/50	0.89	0.89
957011	AF2-002 C	50/50	0.667	0.667
957561	AF2-050 C	Adder	2.3858823529411763	2.028
957562	AF2-050 E	Adder	1.5905882352941179	1.352
942126	AE2-224 E	Adder	3.1811764705882357	2.704
941191	AE2-113 C	Adder	3.1223529411764708	2.654
941192	AE2-113 E	Adder	2.9305882352941177	2.491
944181	AF1-086 C	50/50	0.337	0.337
944182	AF1-086 E	50/50	9.678	9.678
946071	AF1-272 C	50/50	12.656	12.656
946072	AF1-272 E	50/50	8.438	8.438
946571	AF1-321 C	50/50	1.335	1.335
946572	AF1-321 E	50/50	0.89	0.89
962411	AG1-090 C	Adder	2.011764705882353	1.71
962412	AG1-090 E	Adder	4.358823529411765	3.705
965121	AG1-377 C	Adder	0.40235294117647064	0.342
965122	AG1-377 E	Adder	0.9388235294117648	0.798
965131	AG1-378 C	Adder	0.40235294117647064	0.342
965132	AG1-378 E	Adder	0.9388235294117648	0.798
203915	26BF_Z2-108	Adder	1.7188235294117649	1.461
LTFEXP_AC1-056	LTFEXP_AC1-056->LTFIMP_AC1-056	CLTF	0.639	0.639
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.353	0.353
CBM North	LTFEXP_CBM-N->PJM	CBM	3.029	3.029
G-007A	LTFEXP_G-007A->PJM	CMTX	2.53	2.53
VTF	LTFEXP_VFT->PJM	CMTX	6.928	6.928
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	1.258	1.258
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.282	0.282
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.181	0.181
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	1.63	1.63
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.362	0.362
BlueGrass	PJM->LTFIMP_BlueG	CLTF	1.125	1.125
MDU	PJM->LTFIMP_MDU	CLTF	0.065	0.065

Details for 26CANYON-26N.MESHPN 230.0 kV Ckt 1 line l/o Base Case

Topology Case Flowgate

Area:PENELEC

Facility Description:

26CANYON-26N.MESHPN 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:100.84 %

Rating:546.0 MVA

Rating Type:A

MVA to Mitigate:550.59

MW Contribution:1.44

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26CANYON-26N.MESHPN 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:103.29 %

Rating:546.0 MVA

Rating Type:A

MVA to Mitigate:563.95

MW Contribution:1.43

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
290086	Q-036 E	Adder	7.292941176470588	6.199
942351	AE2-248 C	Adder	0.7635294117647059	0.649
942352	AE2-248 E	Adder	0.5094117647058823	0.433
942491	AE2-262 C	50/50	5.075	5.075
942492	AE2-262 E	50/50	3.411	3.411
942501	AE2-263 C	50/50	4.771	4.771
942502	AE2-263 E	50/50	3.185	3.185
942961	AE2-316 C	Adder	3.0294117647058827	2.575
942962	AE2-316 E	Adder	3.5882352941176467	3.05
944691	AF1-134 C	Adder	0.8623529411764705	0.733
944692	AF1-134 E	Adder	0.5741176470588235	0.488
959471	AF2-238 C	50/50	3.304	3.304
959472	AF2-238 E	50/50	2.203	2.203
960051	AF2-296 C	Adder	0.8623529411764705	0.733
960052	AF2-296 E	Adder	0.5741176470588235	0.488
200665	26SHAWVL 3	50/50	2.897	2.897
200666	26SHAWVL 4	50/50	2.876	2.876
200887	26ARMNA MT	50/50	0.622	0.622
200894	26K02	50/50	18.032	18.032
203261	26BLOSSBCT	50/50	0.9	0.9
203283	26MANOR_T86	50/50	0.068	0.068
203349	26Z1-069 C	50/50	0.448	0.448
203350	26MILZ1-092	50/50	0.863	0.863
203351	26GROZ1-110	50/50	1.147	1.147
203352	26CANZ2-011	50/50	1.125	1.125
203999	P-047 E	50/50	21.356	21.356
236828	01GRAYMONT	Adder	0.3305882352941177	0.281
916202	Z1-069 E	50/50	11.692	11.692
940201	AE2-001 C	Adder	0.9941176470588236	0.845
940202	AE2-001 E	Adder	0.6623529411764706	0.563
940861	AE2-074 C	50/50	1.971	1.971
940862	AE2-074 E	50/50	2.595	2.595
941322	AE2-126 E	Adder	0.7482352941176471	0.636
941332	AE2-129 E	Adder	0.6176470588235294	0.525
941352	AE2-131 E	Adder	0.6176470588235294	0.525
941421	AE2-139 C	50/50	24.884	24.884
941422	AE2-139 E	50/50	16.589	16.589
946381	AF1-302 C	Adder	1.3235294117647058	1.125
946382	AF1-302 E	Adder	1.7647058823529411	1.5
957451	AF2-039 C	Adder	0.7435294117647059	0.632
957452	AF2-039 E	Adder	0.4964705882352941	0.422
957941	AF2-088 C	Adder	0.3588235294117647	0.305
957942	AF2-088 E	Adder	0.23882352941176474	0.203
918602	AA1-077 E	Adder	-6.191764705882353	-5.263
203922	AA1-082 G1	50/50	27.481	27.481
203923	AA1-082 G2	50/50	27.481	27.481
203946	AE2-131 C	Adder	0.9270588235294118	0.788
203926	AA2-133 GEN	50/50	0.441	0.441
941191	AE2-113 C	Adder	6.054117647058823	5.146
941192	AE2-113 E	Adder	5.682352941176471	4.83
944881	AF1-153 C	Adder	1.0905882352941176	0.927
944882	AF1-153 E	Adder	0.7270588235294118	0.618
962411	AG1-090 C	Adder	2.316470588235294	1.969
962412	AG1-090 E	Adder	5.0188235294117645	4.266
965121	AG1-377 C	Adder	0.4635294117647059	0.394
965122	AG1-377 E	Adder	1.0811764705882354	0.919
965131	AG1-378 C	Adder	0.4635294117647059	0.394
965132	AG1-378 E	Adder	1.0811764705882354	0.919
235003	AC1-025 E	Adder	0.1388235294117647	0.118
LTFEXP_AA2-074	LTFEXP_AA2-074->LTFIMP_AA2-074	CLTF	0.265	0.265
CBM North	LTFEXP_CBM-N->PJM	CBM	3.445	3.445
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	17.585	17.585
CBM West 2	LTFEXP_CBM-W2->PJM	CBM	5.945	5.945
CBM South 1	LTFEXP_CBM-S1->PJM	CBM	0	0
CBM South 2	LTFEXP_CBM-S2->PJM	CBM	6.685	6.685
G-007	PJM->LTFIMP_G-007	CMTX_NF	3.528	3.528
LGEE	LTFEXP_LGEE->PJM	CLTF	0.573	0.573
WEC	LTFEXP_WEC->PJM	CLTF	0.33	0.33
CPLE	LTFEXP_CPLE->PJM	CLTF	0.546	0.546
TVA	LTFEXP_TVA->PJM	CLTF	1.188	1.188
MEC	LTFEXP_MEC->PJM	CLTF	1.541	1.541
LAGN	LTFEXP_LAGN->PJM	CLTF	1.5	1.5
SIGE	LTFEXP_SIGE->PJM	CLTF	0.101	0.101
O66	PJM->LTFIMP_O-066	CMTX_NF	24.351	24.351

Details for 26E.TWANDA-26CANYON 230.0 kV Ckt 1 line l/o Base Case

Topology Case Flowgate

Area:PENELEC

Facility Description:

26E.TWANDA-26CANYON 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:102.24 %

Rating:546.0 MVA

Rating Type:A

MVA to Mitigate:558.22

MW Contribution:1.44

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26E.TWANDA-26CANYON 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:104.68 %

Rating:546.0 MVA

Rating Type:A

MVA to Mitigate:571.58

MW Contribution:1.43

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
290086	Q-036 E	Adder	7.292941176470588	6.199
942351	AE2-248 C	Adder	0.7635294117647059	0.649
942352	AE2-248 E	Adder	0.5094117647058823	0.433
942491	AE2-262 C	50/50	5.075	5.075
942492	AE2-262 E	50/50	3.411	3.411
942501	AE2-263 C	50/50	4.771	4.771
942502	AE2-263 E	50/50	3.185	3.185
942961	AE2-316 C	Adder	3.0294117647058827	2.575
942962	AE2-316 E	Adder	3.5882352941176467	3.05
944691	AF1-134 C	Adder	0.8623529411764705	0.733
944692	AF1-134 E	Adder	0.5741176470588235	0.488
959471	AF2-238 C	50/50	3.304	3.304
959472	AF2-238 E	50/50	2.203	2.203
960051	AF2-296 C	Adder	0.8623529411764705	0.733
960052	AF2-296 E	Adder	0.5741176470588235	0.488
200665	26SHAWVL 3	50/50	2.897	2.897
200666	26SHAWVL 4	50/50	2.876	2.876
200887	26ARMNA MT	50/50	0.622	0.622
200894	26K02	50/50	18.032	18.032
203261	26BLOSSBCT	50/50	0.9	0.9
203283	26MANOR_T86	50/50	0.068	0.068
203349	26Z1-069 C	50/50	0.448	0.448
203350	26MILZ1-092	50/50	0.863	0.863
203351	26GROZ1-110	50/50	1.147	1.147
203352	26CANZ2-011	50/50	1.125	1.125
203999	P-047 E	50/50	21.356	21.356
236828	01GRAYMONT	Adder	0.3305882352941177	0.281
916202	Z1-069 E	50/50	11.692	11.692
940201	AE2-001 C	Adder	0.9941176470588236	0.845
940202	AE2-001 E	Adder	0.6623529411764706	0.563
940861	AE2-074 C	50/50	1.971	1.971
940862	AE2-074 E	50/50	2.595	2.595
941322	AE2-126 E	Adder	0.7482352941176471	0.636
941332	AE2-129 E	Adder	0.6176470588235294	0.525
941352	AE2-131 E	Adder	0.6176470588235294	0.525
941421	AE2-139 C	50/50	24.884	24.884
941422	AE2-139 E	50/50	16.589	16.589
946381	AF1-302 C	Adder	1.3235294117647058	1.125
946382	AF1-302 E	Adder	1.7647058823529411	1.5
957451	AF2-039 C	Adder	0.7435294117647059	0.632
957452	AF2-039 E	Adder	0.4964705882352941	0.422
957941	AF2-088 C	Adder	0.3588235294117647	0.305
957942	AF2-088 E	Adder	0.23882352941176474	0.203
918602	AA1-077 E	Adder	-6.191764705882353	-5.263
203922	AA1-082 G1	50/50	27.481	27.481
203923	AA1-082 G2	50/50	27.481	27.481
203946	AE2-131 C	Adder	0.9270588235294118	0.788
203926	AA2-133 GEN	50/50	0.441	0.441
941191	AE2-113 C	Adder	6.054117647058823	5.146
941192	AE2-113 E	Adder	5.682352941176471	4.83
944881	AF1-153 C	Adder	1.0905882352941176	0.927
944882	AF1-153 E	Adder	0.7270588235294118	0.618
962411	AG1-090 C	Adder	2.316470588235294	1.969
962412	AG1-090 E	Adder	5.0188235294117645	4.266
965121	AG1-377 C	Adder	0.4635294117647059	0.394
965122	AG1-377 E	Adder	1.0811764705882354	0.919
965131	AG1-378 C	Adder	0.4635294117647059	0.394
965132	AG1-378 E	Adder	1.0811764705882354	0.919
235003	AC1-025 E	Adder	0.1388235294117647	0.118
LTFEXP_AA2-074	LTFEXP_AA2-074->LTFIMP_AA2-074	CLTF	0.265	0.265
CBM North	LTFEXP_CBM-N->PJM	CBM	3.445	3.445
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	17.585	17.585
CBM West 2	LTFEXP_CBM-W2->PJM	CBM	5.945	5.945
CBM South 1	LTFEXP_CBM-S1->PJM	CBM	0	0
CBM South 2	LTFEXP_CBM-S2->PJM	CBM	6.685	6.685
G-007	PJM->LTFIMP_G-007	CMTX_NF	3.528	3.528
LGEE	LTFEXP_LGEE->PJM	CLTF	0.573	0.573
WEC	LTFEXP_WEC->PJM	CLTF	0.33	0.33
CPLE	LTFEXP_CPLE->PJM	CLTF	0.546	0.546
TVA	LTFEXP_TVA->PJM	CLTF	1.188	1.188
MEC	LTFEXP_MEC->PJM	CLTF	1.541	1.541
LAGN	LTFEXP_LAGN->PJM	CLTF	1.5	1.5
SIGE	LTFEXP_SIGE->PJM	CLTF	0.101	0.101
O66	PJM->LTFIMP_O-066	CMTX_NF	24.351	24.351

Details for 26EAGL VAL-26TYRONE N 115.0 kV Ckt 1 line l/o AP_P1-2_WP-230-323T_SRT-A

Topology Case Flowgate

Area:PENELEC

Facility Description:

26EAGL VAL-26TYRONE N 115.0 kV Ckt 1 line

Contingency Name:

AP_P1-2_WP-230-323T_SRT-A

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:104.48 %

Rating:245.0 MVA

Rating Type:B

MVA to Mitigate:255.98

MW Contribution:1.98

Impact of Topology Modeling:

Decrease

Base Case Flowgate

Area:PENELEC

Facility Description:

26EAGL VAL-26TYRONE N 115.0 kV Ckt 1 line

Contingency Name:

AP_P1-2_WP-230-323T_SRT-A

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:105.52 %

Rating:245.0 MVA

Rating Type:B

MVA to Mitigate:258.52

MW Contribution:1.97

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
964391	AG1-301 C	Adder	-1.3058823529411767	-1.11
290086	Q-036 E	50/50	60.88	60.88
942351	AE2-248 C	50/50	1.065	1.065
942352	AE2-248 E	50/50	0.71	0.71
942491	AE2-262 C	50/50	5.371	5.371
942492	AE2-262 E	50/50	3.609	3.609
942501	AE2-263 C	50/50	5.049	5.049
942502	AE2-263 E	50/50	3.371	3.371
942961	AE2-316 C	Adder	2.308235294117647	1.962
942962	AE2-316 E	Adder	2.7341176470588233	2.324
944691	AF1-134 C	Adder	1.184705882352941	1.007
944692	AF1-134 E	Adder	0.7894117647058824	0.671
960051	AF2-296 C	Adder	1.184705882352941	1.007
960052	AF2-296 E	Adder	0.7894117647058824	0.671
200665	26SHAWVL 3	50/50	3.431	3.431
200666	26SHAWVL 4	50/50	3.44	3.44
200715	26SHAWVL 1	50/50	2.816	2.816
200722	26SHAWVL 2	50/50	2.458	2.458
200852	26WARR RDG	Adder	-0.27176470588235296	-0.231
200894	26K02	Adder	3.061176470588235	2.602
200913	26SHAW-D	50/50	0.159	0.159
236828	01GRAYMONT	50/50	0.442	0.442
940201	AE2-001 C	50/50	1.325	1.325
940202	AE2-001 E	50/50	0.883	0.883
941322	AE2-126 E	50/50	0.981	0.981
941332	AE2-129 E	50/50	2.982	2.982
941352	AE2-131 E	50/50	2.982	2.982
946381	AF1-302 C	Adder	1.0082352941176471	0.857
946382	AF1-302 E	Adder	1.3447058823529412	1.143
957451	AF2-039 C	50/50	1.315	1.315
957452	AF2-039 E	50/50	0.876	0.876
957941	AF2-088 C	50/50	0.633	0.633
957942	AF2-088 E	50/50	0.422	0.422
203940	AF1-140 C	Adder	-0.7258823529411765	-0.617
203946	AE2-131 C	50/50	4.473	4.473
203952	AE2-129 C	50/50	0.731	0.731
203954	AE2-126 C	50/50	0.24	0.24
200905	26Q36	50/50	2.012	2.012
941191	AE2-113 C	Adder	3.6388235294117646	3.093
941192	AE2-113 E	Adder	3.415294117647059	2.903
944182	AF1-086 E	Adder	4.563529411764706	3.879
944881	AF1-153 C	Adder	0.9682352941176471	0.823
944882	AF1-153 E	Adder	0.6458823529411766	0.549
962411	AG1-090 C	50/50	11.183	11.183
962412	AG1-090 E	50/50	24.229	24.229
965121	AG1-377 C	50/50	2.237	2.237
965122	AG1-377 E	50/50	5.219	5.219
965131	AG1-378 C	50/50	2.237	2.237
965132	AG1-378 E	50/50	5.219	5.219
235003	AC1-025 E	50/50	0.167	0.167
LTFEXP_AC1-056	LTFEXP_AC1-056->LTFIMP_AC1-056	CLTF	0.001	0.001
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.059	0.059
CBM North	LTFEXP_CBM-N->PJM	CBM	0.781	0.781
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	0.31	0.31
G-007	PJM->LTFIMP_G-007	CMTX_NF	0.165	0.165
WEC	LTFEXP_WEC->PJM	CLTF	0.002	0.002
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	0.049	0.049
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.042	0.042
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.022	0.022
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	0.016	0.016
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.002	0.002
BlueGrass	PJM->LTFIMP_BlueG	CLTF	0.006	0.006
O66	PJM->LTFIMP_O-066	CMTX_NF	0.932	0.932

Details for 26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line l/o Base Case

Topology Case Flowgate

Area:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:104.61 %

Rating:809.0 MVA

Rating Type:A

MVA to Mitigate:846.29

MW Contribution:2.16

Impact of Topology Modeling:

Increase

Base Case Flowgate

Area:PENELEC

Facility Description:

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

Contingency Name:

Base Case

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:104.25 %

Rating:809.0 MVA

Rating Type:A

MVA to Mitigate:843.38

MW Contribution:2.16

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
961971	AG1-040 C	Adder	1.3058823529411767	1.11
961972	AG1-040 E	Adder	0.8705882352941177	0.74
962511	AG1-100 C	Adder	1.2494117647058824	1.062
962512	AG1-100 E	Adder	0.8329411764705882	0.708
962912	AG1-140 E	Adder	0.08941176470588236	0.076
963441	AG1-193 C	Adder	0.7141176470588235	0.607
963442	AG1-193 E	Adder	0.47529411764705887	0.404
963481	AG1-197 C	Adder	0.9882352941176471	0.84
963482	AG1-197 E	Adder	0.6588235294117648	0.56
963491	AG1-198 C	Adder	0.7588235294117648	0.645
963492	AG1-198 E	Adder	0.5058823529411764	0.43
963992	AG1-253 E	Adder	0.1411764705882353	0.12
964201	AG1-281 C	50/50	2.31	2.31
964202	AG1-281 E	50/50	1.54	1.54
964391	AG1-301 C	Adder	1.596470588235294	1.357
964392	AG1-301 E	Adder	1.0647058823529412	0.905
290086	Q-036 E	Adder	17.068235294117645	14.508
296332	R-032 E	50/50	13.782	13.782
942351	AE2-248 C	Adder	0.9470588235294118	0.805
942352	AE2-248 E	Adder	0.6305882352941177	0.536
942491	AE2-262 C	Adder	5.394117647058824	4.585
942492	AE2-262 E	Adder	3.6247058823529414	3.081
942501	AE2-263 C	Adder	5.070588235294117	4.31
942502	AE2-263 E	Adder	3.385882352941177	2.878
942811	AE2-299 C	Adder	3.4776470588235293	2.956
942812	AE2-299 E	Adder	13.911764705882353	11.825
942961	AE2-316 C	Adder	5.141176470588236	4.37
942962	AE2-316 E	Adder	6.089411764705883	5.176
943151	AE2-344 C	Adder	7.270588235294118	6.18
943152	AE2-344 E	Adder	4.847058823529412	4.12
943352	AF1-006 E	Adder	0.7129411764705882	0.606
943712	AF1-039 E O1	Adder	0.7858823529411766	0.668
944261	AF1-094 C	Adder	1.2647058823529411	1.075
944262	AF1-094 E	Adder	0.8423529411764705	0.716
944691	AF1-134 C	Adder	1.2941176470588236	1.1
944692	AF1-134 E	Adder	0.8623529411764705	0.733
944752	AF1-140 E	50/50	1.359	1.359
944781	AF1-143 C	50/50	10.397	10.397
944782	AF1-143 E	50/50	5.545	5.545
945021	AF1-167 C	Adder	0.8482352941176471	0.721
945022	AF1-167 E	Adder	0.5647058823529412	0.48
958742	AF2-165 E	Adder	0.8482352941176471	0.721
959471	AF2-238 C	Adder	1.724705882352941	1.466
959472	AF2-238 E	Adder	1.1494117647058824	0.977
960031	AF2-294 C	Adder	1.3635294117647059	1.159
960032	AF2-294 E	Adder	0.9094117647058824	0.773
960051	AF2-296 C	Adder	1.2941176470588236	1.1
960052	AF2-296 E	Adder	0.8623529411764705	0.733
200503	26C.SLOPE	50/50	1.718	1.718
200794	26CONEMAGH	50/50	0.354	0.354
200809	26SITHE	50/50	2.178	2.178
200834	26SW_E13_K22	50/50	0.017	0.017
200835	26ARN_Z1-066	50/50	1.386	1.386
200837	26HOMER C1	50/50	229.56	229.56
200838	26HOMER C2	50/50	189.739	189.739
200839	26HOMER C3	50/50	200.864	200.864
200846	26FORWARD	50/50	0.123	0.123
200852	26WARR RDG	Adder	0.33294117647058824	0.283
200864	K-013 E	50/50	6.141	6.141
200883	Q-053 E	50/50	6.039	6.039
200887	26ARMNA MT	50/50	0.383	0.383
200888	26HIGHLAND	50/50	0.293	0.293
200889	26STNY CRK	50/50	0.294	0.294
200890	26BF_G21_K23	50/50	0.136	0.136
200891	26CSLMN_L13	50/50	0.167	0.167
200892	26LOOKOUT	50/50	0.178	0.178
200894	26K02	Adder	6.140000000000001	5.219
200925	26R32	50/50	0.459	0.459
202225	26SCI_S29B	50/50	0.061	0.061
203349	26Z1-069 C	50/50	0.502	0.502
203999	P-047 E	50/50	13.165	13.165
236828	01GRAYMONT	Adder	0.4	0.34
292350	K-023	50/50	4.443	4.443
292542	L-013 1	50/50	5.545	5.545
293301	N-039 E	50/50	11.334	11.334
293393	V3-030E	Adder	3.5964705882352943	3.057
293603	O-018 E	50/50	12.034	12.034
293902	O-048 E	50/50	4.991	4.991
294515	O38_P22	50/50	10.785	10.785
294903	P-060 E	50/50	9.305	9.305
916202	Z1-069 E	50/50	13.09	13.09
940201	AE2-001 C	Adder	1.2	1.02
940202	AE2-001 E	Adder	0.8	0.68
940861	AE2-074 C	50/50	2.783	2.783
940862	AE2-074 E	50/50	3.664	3.664
941232	AE2-117 E	Adder	1.0823529411764707	0.92
941241	AE2-118 C	Adder	1.7317647058823529	1.472
941242	AE2-118 E	Adder	1.1541176470588235	0.981
941322	AE2-126 E	Adder	1.0294117647058825	0.875
941332	AE2-129 E	Adder	1.1023529411764708	0.937
941352	AE2-131 E	Adder	1.1023529411764708	0.937
941421	AE2-139 C	Adder	6.442352941176471	5.476
941422	AE2-139 E	Adder	4.294117647058823	3.65
946222	AF1-287 E	Adder	0.8352941176470589	0.71
946381	AF1-302 C	Adder	2.2458823529411767	1.909
946382	AF1-302 E	Adder	2.9941176470588236	2.545
957451	AF2-039 C	Adder	0.9705882352941176	0.825
957452	AF2-039 E	Adder	0.6470588235294118	0.55
957941	AF2-088 C	Adder	0.4670588235294118	0.397
957942	AF2-088 E	Adder	0.31176470588235294	0.265
957981	AF2-092 C	50/50	1.545	1.545
957982	AF2-092 E	50/50	1.03	1.03
958362	AF2-130 E	Adder	0.871764705882353	0.741
200833	26SEWRDB34	50/50	21.096	21.096
200886	26ARWF_N39	50/50	0.321	0.321
200915	26CHSTN_FL	50/50	0.2	0.2
203034	26NA_O38_P22	50/50	0.264	0.264
959301	AF2-221 C	50/50	1.458	1.458
959302	AF2-221 E	50/50	2.014	2.014
913142	Y1-033 E OP1	Adder	4.363529411764706	3.709
957012	AF2-002 E	50/50	0.941	0.941
203940	AF1-140 C	50/50	2.038	2.038
203946	AE2-131 C	Adder	1.6541176470588235	1.406
203948	AG1-140 C	Adder	0.19529411764705884	0.166
203955	AF1-039 C O1	Adder	1.1788235294117648	1.002
203962	AF1-287 C	Adder	1.2541176470588236	1.066
203963	AG1-253 C	Adder	0.29294117647058826	0.249
293432	R-040 E	50/50	0.312	0.312
294573	P-028 E	Adder	10.947058823529412	9.305
916004	26SW_E13_K22	50/50	1.679	1.679
957001	AF2-001 C	50/50	2.824	2.824
957002	AF2-001 E	50/50	1.883	1.883
957011	AF2-002 C	50/50	1.412	1.412
957561	AF2-050 C	50/50	6.054	6.054
957562	AF2-050 E	50/50	4.036	4.036
203961	AE2-224 C	50/50	1.978	1.978
942126	AE2-224 E	50/50	8.072	8.072
941191	AE2-113 C	50/50	10.221	10.221
941192	AE2-113 E	50/50	9.593	9.593
944182	AF1-086 E	Adder	8.834117647058823	7.509
944301	AF1-098 C	Adder	5.265882352941176	4.476
944302	AF1-098 E	Adder	3.510588235294118	2.984
944881	AF1-153 C	Adder	1.4529411764705884	1.235
944882	AF1-153 E	Adder	0.9694117647058823	0.824
946571	AF1-321 C	50/50	2.824	2.824
946572	AF1-321 E	50/50	1.883	1.883
962411	AG1-090 C	Adder	4.135294117647059	3.515
962412	AG1-090 E	Adder	8.958823529411765	7.615
965121	AG1-377 C	Adder	0.8270588235294117	0.703
965122	AG1-377 E	Adder	1.9294117647058824	1.64
965131	AG1-378 C	Adder	0.8270588235294117	0.703
965132	AG1-378 E	Adder	1.9294117647058824	1.64
966771	AG1-548 C	Adder	4.7294117647058815	4.02
966772	AG1-548 E	Adder	11.03529411764706	9.38
203915	26BF_Z2-108	50/50	3.119	3.119
235003	AC1-025 E	Adder	0.17294117647058824	0.147
961581	Q1080_CY23	External Queue	32.493587493896484	32.493587493896484
LTFEXP_AC1-056	LTFEXP_AC1-056->LTFIMP_AC1-056	CLTF	0.391	0.391
LTFEXP_AC1-131	LTFEXP_AC1-131->LTFIMP_AC1-131	CLTF	0.402	0.402
CBM North	LTFEXP_CBM-N->PJM	CBM	7.824	7.824
G-007A	LTFEXP_G-007A->PJM	CMTX	1.139	1.139
VTF	LTFEXP_VFT->PJM	CMTX	3.39	3.39
COTTONWOOD	PJM->LTFIMP_COTTONWOOD	CLTF	0.932	0.932
HAMLET	PJM->LTFIMP_HAMLET	CLTF	0.305	0.305
CATAWBA	PJM->LTFIMP_CATAWBA	CLTF	0.182	0.182
PRAIRIE	PJM->LTFIMP_PRAIRIE	CLTF	1.045	1.045
TRIMBLE	PJM->LTFIMP_TRIMBLE	CLTF	0.232	0.232
BlueGrass	PJM->LTFIMP_BlueG	CLTF	0.722	0.722
MDU	PJM->LTFIMP_MDU	CLTF	0.039	0.039

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

Study	Area	Facility Description	Contingency Name	Contingency Type	DC\|AC	Final Cycle Loading	Rating (MVA)	Rating Type	MVA to Mitigate	MW Contribution	Details
GD1	PENELEC	26E.TWANDA-26CANYON 230.0 kV Ckt 1 line	PL_02_P12_001029_SRT-A	OP	AC	100.31 %	666.0	B	668.03	1.42

Details for 26E.TWANDA-26CANYON 230.0 kV Ckt 1 line l/o PL_02_P12_001029_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:PENELEC

Facility Description:

26E.TWANDA-26CANYON 230.0 kV Ckt 1 line

Contingency Name:

PL_02_P12_001029_SRT-A

Contingency Type:OP

DC|AC:AC

Final Cycle Loading:100.31 %

Rating:666.0 MVA

Rating Type:B

MVA to Mitigate:668.03

MW Contribution:1.42

Impact of Topology Modeling:

Elimination

Bus #	Bus Name	Type	Full MW Contribution	GenDeliv MW Contribution
290086	Q-036 E	Adder	7.198823529411765	6.119
942351	AE2-248 C	Adder	0.7552941176470589	0.642
942352	AE2-248 E	Adder	0.5035294117647059	0.428
942491	AE2-262 C	50/50	5.032	5.032
942492	AE2-262 E	50/50	3.382	3.382
942501	AE2-263 C	50/50	4.73	4.73
942502	AE2-263 E	50/50	3.158	3.158
942961	AE2-316 C	Adder	2.996470588235294	2.547
942962	AE2-316 E	Adder	3.5494117647058823	3.017
944691	AF1-134 C	Adder	0.851764705882353	0.724
944692	AF1-134 E	Adder	0.5682352941176471	0.483
959471	AF2-238 C	50/50	3.293	3.293
959472	AF2-238 E	50/50	2.196	2.196
960051	AF2-296 C	Adder	0.851764705882353	0.724
960052	AF2-296 E	Adder	0.5682352941176471	0.483
200665	26SHAWVL 3	50/50	2.862	2.862
200887	26ARMNA MT	50/50	0.617	0.617
200894	26K02	50/50	17.982	17.982
203261	26BLOSSBCT	50/50	0.894	0.894
203283	26MANOR_T86	50/50	0.067	0.067
203349	26Z1-069 C	50/50	0.444	0.444
203350	26MILZ1-092	50/50	0.857	0.857
203351	26GROZ1-110	50/50	1.14	1.14
203352	26CANZ2-011	50/50	1.119	1.119
203999	P-047 E	50/50	21.282	21.282
236828	01GRAYMONT	Adder	0.3270588235294118	0.278
916202	Z1-069 E	50/50	11.632	11.632
940201	AE2-001 C	Adder	0.9835294117647059	0.836
940202	AE2-001 E	Adder	0.6552941176470589	0.557
940861	AE2-074 C	50/50	1.959	1.959
940862	AE2-074 E	50/50	2.578	2.578
941322	AE2-126 E	Adder	0.7411764705882353	0.63
941332	AE2-129 E	Adder	0.6105882352941177	0.519
941352	AE2-131 E	Adder	0.6105882352941177	0.519
941421	AE2-139 C	50/50	24.829	24.829
941422	AE2-139 E	50/50	16.553	16.553
946381	AF1-302 C	Adder	1.3094117647058823	1.113
946382	AF1-302 E	Adder	1.7458823529411764	1.484
957451	AF2-039 C	Adder	0.7376470588235294	0.627
957452	AF2-039 E	Adder	0.49176470588235294	0.418
957941	AF2-088 C	Adder	0.3552941176470588	0.302
957942	AF2-088 E	Adder	0.23647058823529413	0.201
918602	AA1-077 E	Adder	-6.261176470588236	-5.322
203922	AA1-082 G1	50/50	27.329	27.329
203923	AA1-082 G2	50/50	27.329	27.329
203946	AE2-131 C	Adder	0.9164705882352941	0.779
203926	AA2-133 GEN	50/50	0.436	0.436
941191	AE2-113 C	Adder	6.004705882352941	5.104
941192	AE2-113 E	Adder	5.636470588235294	4.791
944881	AF1-153 C	Adder	1.08	0.918
944882	AF1-153 E	Adder	0.72	0.612
962411	AG1-090 C	Adder	2.2905882352941176	1.947
962412	AG1-090 E	Adder	4.963529411764706	4.219
965121	AG1-377 C	Adder	0.45764705882352946	0.389
965122	AG1-377 E	Adder	1.0694117647058825	0.909
965131	AG1-378 C	Adder	0.45764705882352946	0.389
965132	AG1-378 E	Adder	1.0694117647058825	0.909
235003	AC1-025 E	Adder	0.13647058823529412	0.116
LTFEXP_AA2-074	LTFEXP_AA2-074->LTFIMP_AA2-074	CLTF	0.25	0.25
CBM North	LTFEXP_CBM-N->PJM	CBM	3.317	3.317
CBM West 1	LTFEXP_CBM-W1->PJM	CBM	17.167	17.167
CBM West 2	LTFEXP_CBM-W2->PJM	CBM	5.827	5.827
CBM South 1	LTFEXP_CBM-S1->PJM	CBM	0	0
CBM South 2	LTFEXP_CBM-S2->PJM	CBM	6.474	6.474
G-007	PJM->LTFIMP_G-007	CMTX_NF	3.638	3.638
LGEE	LTFEXP_LGEE->PJM	CLTF	0.561	0.561
WEC	LTFEXP_WEC->PJM	CLTF	0.323	0.323
CPLE	LTFEXP_CPLE->PJM	CLTF	0.515	0.515
TVA	LTFEXP_TVA->PJM	CLTF	1.169	1.169
MEC	LTFEXP_MEC->PJM	CLTF	1.507	1.507
LAGN	LTFEXP_LAGN->PJM	CLTF	1.471	1.471
SIGE	LTFEXP_SIGE->PJM	CLTF	0.099	0.099
O66	PJM->LTFIMP_O-066	CMTX_NF	25.053	25.053

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 AF2-296 was evaluated as a 20.0 MW injection in the PENELEC area.

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

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

Not Required

Stability Analysis is Not Required

Reactive Power Analysis

Reactive Power Analysis was not performed. This project is responsible for meeting all applicable power factor requirements.

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 ID	Project Name	Status
AC1-025	Dale Summit	In Service
AE2-001	Nittany-Zion 46 kV	Suspended
AE2-074	Potter 46 kV	Under Construction
AE2-113	Farmers Valley-Ridgeway 115 kV	Under Construction
AE2-117	ABW Tap-Alexandria 46 kV	Suspended
AE2-118	ABW Tap-Williamsburg 46 kV	Engineering & Procurement
AE2-126	Dubois-Curwensville 34.5 kV	In Service
AE2-129	Philipsburg-Clarence 34.5 kV	In Service
AE2-131	Philipsburg-Karthaus 34.5	Under Construction
AE2-139	East Towanda-Grover 230 kV	Engineering & Procurement
AE2-224	Bear Rock-Johnstown 230 kV	In Service
AE2-248	Fillmore-Thompson Farm 46 kV	Suspended
AE2-262	Moshannon-Milesburg 230 kV	Engineering & Procurement
AE2-263	Moshannon-Milesburg 230 kV II	Engineering & Procurement
AE2-299	Erie East 230 kV	Suspended
AE2-316	Brookville-Squab Hollow 138 kV	Under Construction
AE2-344	Edinboro South-Venango Junction 115 kV	Withdrawn
AF1-006	Fairview East 34.5 kV	In Service
AF1-039	Listonburg-Highpoint 24.9 kV	In Service
AF1-086	Madera-Westover South 115 kV	Under Construction
AF1-094	Union City-Cambridge Springs 34.5 kV	Engineering & Procurement
AF1-098	Four Mile Jct-Corry East 115 kV	Suspended
AF1-134	Philipsburg-Madera 34.5 kV	Under Construction
AF1-140	Claysburg 23 kV	Engineering & Procurement
AF1-143	Lick Run 115 kV	Engineering & Procurement
AF1-153	Motion-Ridgeway 46 kV	Suspended
AF1-167	West Freedom-C&K Coal 25 kV	Suspended
AF1-272	Lucerne 115 kV	Engineering & Procurement
AF1-287	Edinboro South 34.5 kV II	Withdrawn
AF1-302	Brookville-Squab Hollow 138 kV	Under Construction
AF1-321	Hooversville 115 kV I	Suspended
AF2-001	Hooversville 115 kV II	Suspended
AF2-002	Hooversville 115 kV III	Suspended
AF2-039	Shawville-Clearfield 34.5 kV	Under Construction
AF2-050	Bear Rock-Johnstown 230 kV	Engineering & Procurement
AF2-088	Shawville-Clearfield 34.5 kV II	Under Construction
AF2-092	Snake Spring-Bedford Area 23 kV	Withdrawn
AF2-130	Cobalt Corners 34.5 kV	In Service
AF2-165	Clark Summit-Emlenton 34.5 kV	In Service
AF2-221	Scalp Level 22.9 kV	Suspended
AF2-238	Mansfield-South Troy 34.5 kV	Engineering & Procurement
AF2-294	Thompson 34.5 kV	Suspended
AG1-040	Morgan Street-Mount Hope 34.5 kV	Engineering & Procurement
AG1-090	Philipsburg 115 kV	Engineering & Procurement
AG1-100	Venango-Saegertown 34.5 kV	Engineering & Procurement
AG1-140	Union City 34.5 kV	Suspended
AG1-193	Utica Junction 34.5 kV	Withdrawn
AG1-197	Morgan Street-Cochranton 34.5 kV	Suspended
AG1-198	Union City 34.5 kV	In Service
AG1-253	Erie East-Union City 34.5 kV	Suspended
AG1-281	Claysburg-HCR Tap 46 kV	Engineering & Procurement
AG1-301	Miller REC-Warrior Ridge 46 kV	Withdrawn
AG1-377	Philipsburg 115 kV	Engineering & Procurement
AG1-378	Philipsburg 115 kV	Engineering & Procurement
AG1-548	Erie South-Union City 115 kV	Engineering & Procurement
V3-030	St. Benedict-Patton 46kV	In Service
Y1-033	Penn Mar-Rock Wood 115kV	In Service
Z1-069	Gold-Sabinsville 115kV	In 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)No Impact

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 coordination with other Affected System Operators, PJM has determined that the Affected System Operator for this project that requires an Affected System Study. For the latest Affected System Study results pertaining this project, 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 lists 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)Not required

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:

AF2-296 System Reinforcements:
TO	RTEP ID	Title	Category	Allocated Cost ($USD)	Facilities Study
PENELEC	s3334.1	Replace the existing Shawville 1A Transformer	Contingent	$0	N/A
Grand Total:				$0

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: n9116.0

Type: Load Flow
TO: PENELEC
RTEP ID / TO ID: n9116.0 / TC1-PN-001.d
Title: Rebuild approximately 11 miles of the Homer City-Shelocta 230 kV line with double bundled 795 kcmil 26/7 ACSS conductor
Description: Rebuild the Homer City – Shelocta 230 kV Line, approximately 11 miles, with double bunded 795 kcmil 26/7 ACSS conductor. Terminate new conductor at Homer City substation. Terminate new conductor at Shelocta substation.
Total Cost ($USD): $39,312,233
Discounted Total Cost ($USD): $39,312,233
Allocated Cost ($USD): $0
Time Estimate: 31 Months

Potential Aggregate Contributor

Note: Based on PJM cost allocation criteria, AF2-296 currently does not receive cost allocation towards this upgrade. As changes to the PJM process occur (such as other projects withdrawing from the cycle or reducing in size) AF2-296 could receive cost allocation. Although AF2-296 may not presently have cost responsibility for this upgrade, AF2-296 is a potential Aggregate Pool Contributor.

Facility

Contingency

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

(Any)

Rating Set	Rating Type	Rating Value
(All)	A	858.0 MVA
(All)	B	1037.0 MVA
(All)	C	1095.0 MVA

System Reinforcement: n9225.0

Type: Load Flow
TO: PENELEC
RTEP ID / TO ID: n9225.0 / TC1-PN-001.e
Title: Replace 230 kV substation conductor and line drops at Shelocta substation for the Homer City-Shelocta 230 kV line terminal
Description: Replace 230 kV substation conductor and line drops at Shelocta substation for the Homer City-Shelocta 230 kV line terminal
Total Cost ($USD): $107,569
Discounted Total Cost ($USD): $107,569
Allocated Cost ($USD): $0
Time Estimate: 13 Months

Potential Aggregate Contributor

Facility

Contingency

26HOMER CT-26SHELOCTA 230.0 kV Ckt 1 line

(Any)

Rating Set	Rating Type	Rating Value
(All)	A	913.0 MVA
(All)	B	1147.0 MVA
(All)	C	1318.0 MVA

System Reinforcement: s3334.1

Type: Load Flow
TO: PENELEC
RTEP ID / TO ID: s3334.1 / PN-2023-030
Title: Replace the existing Shawville 1A Transformer
Description: Replace the existing Shawville 1A Transformer with a 3-winding, 230/115-17.2kV, 180/240/300 MVA transformer. Install a 17.2 kV circuit breaker. Replace disconnect switches, bus conductor, insulators, surge arresters, and the 230 kV breaker. Transformer will be limited by relay panels owned by FE and the Plant.
Cost Information
Time Estimate: Jun 30 2027

Contingent

Note: Although AF2-296 may not presently have cost responsibility for this upgrade, AF2-296 may need this upgrade in-service to be deliverable to the PJM system. If AF2-296 desires to come into service prior to completion of the upgrade, the Project Developer will need to request PJM to perform an interim study to determine if they would be deliverable for all or a portion of their output for each delivery year until the upgrade is complete.

Facility

Contingency

26SHAWVL 1-26SHAWVL 1 230.0/115.0 kV Ckt 1A transformer

(Any)

Rating Set	Rating Type	Rating Value
(All)	A	222.0 MVA
(All)	B	222.0 MVA

System Reinforcement: n9119.0

Type: Load Flow
TO: PENELEC
RTEP ID / TO ID: n9119.0 / TC1-PN-003.b
Title: Reconductor/Rebuild the Shelocta – Keystone 230 kV Line, approximately 2.5 miles, with 1272 kcmil 45/7 ACSR 2-conductor
Description: Reconductor/Rebuild the Shelocta – Keystone 230 kV Line, approximately 2.5 miles, with 1272 kcmil 45/7 ACSR 2-conductor. Terminate new conductor at Keystone substation. Terminate new conductor at Shelocta substation.
Total Cost ($USD): $9,533,592
Discounted Total Cost ($USD): $9,533,592
Allocated Cost ($USD): $0
Time Estimate: 23 Months

Potential Aggregate Contributor

Facility

Contingency

26SHELOCTA-26KEYSTONE 230.0 kV Ckt 1 line

(Any)

Rating Set	Rating Type	Rating Value
(All)	A	820.0 MVA
(All)	B	1044.0 MVA
(All)	C	1158.0 MVA

Conversion from Impacts into Topology or Eliminated Reinforcements into Region Topology Contingent Reinforcements for AF2-296

AF2-296 Contributions into Topology or Eliminated Reinforcements:
Type	TO	RTEP ID / TO ID	Title	Topo or Elim	MW Impact	Percent Allocation	Category	Allocated Cost ($USD)
Contributions into Topology or Eliminated Reinforcement Total:								$0

AF2-296 Contingent Region Topology Upgrades:
TO	RTEP ID	Title	Category	Allocated Cost ($USD)
Region Topology Upgrade Total:				$0

AF2-296 Final System Impact Study (Retool 2) Report

v2.00 released 2026-05-14 11:52

Madera 34.5 kV

12.0 MW Capacity / 20.0 MW Energy

Retool 1:

Retool 2 (if needed):

Project Information

Physical Interconnection Facility Study

Definitions

Notes

Security Due for AF2-296

Security Due for AF2-296

System Reinforcement: n9116.0

System Reinforcement: n9225.0

System Reinforcement: s3334.1

System Reinforcement: n9119.0

AF2-296 One Line Diagram