Redacted Public Proposals for Current and Closed Windows

2022 RTEP Window 2
Proposal ID Target Zone Analysis Type Flowgate Project Description
473 DOM Thermal, Gen Deliv 2022W2-N1-LLT1, 2022W2-GD-LL1 Re-route one (1) circuit from the Bremo substation to the Fork Union substation, approximately 1.6 miles. All transmission line will be installed within the existing ROW extents via the use of one (1) set of double circuit structures. Line 2193 (230kV) will be rebuilt with the existing line 2111 (230kV).

This proposal provides a direct connect between Bear Garden substation and Fork Union substation by wrecking and rebuilding line #2193 as a double circuit using a conductor with summer rating of 1573MVA and connecting it to line #2111. Fiber optic communication will be considered for this line.

At Fork Union, line leads for line #2193 will be upgraded to 4000A. Also, line #2111 will be terminated into a third row of breaker and a half string with two 4000A breakers and associated switches. This will lead to line #2111 Bear Garden – Fork Union and Line #2193 Bremo – Fork Union. No upgrades at Bear Garden is required. However, controller and relay setting will be updated.
648 DOM Thermal N-1-1 2022W2-N2-WLD1, 2022W2-N2-SLD1, 2022W2-N2-WLD2, 2022W2-N2-SLD2 Cut existing Line #2183 (Brambleton to Poland Road) and extend double circuit 230kV lines creating new Line #2210 (Brambleton to Evergreen Mills) and Line #2183 (Evergreen Mills to Poland Road)
873 DOM Thermal, Gen Deliv 2022W2-N1-LLT1, 2022W2-GD-LL1 This proposal solves the 10% overload on Bremo TX#9 under N-1 contingency in 2027 light load case. It also increases the reliability of the grid by using breaker and a half scheme for transmission equipment connections at Fork Union vs. straight bus configuration at Bremo substation.

It includes relocation of all the six transmission lines and transformers at Bremo substation to Fork Union substation, and addition of a second 224 MVA 230/115 KV transformer at Fork Union.

All transmission lines need to fit in the existing right-of-way using three double-circuit lines. The six transmission lines that need to fit in the existing right-of-way are 230KV lines #298, Line #2111, Line #2106, and Line #2027, 138KV Line #8, and 115KV Line #4.
2022 RTEP Window 1
Proposal ID Target Zone Analysis Type Flowgate Project Description
476 MetEd Gen Deliv 2022W1-GD-S14, 2022W1-GD-W33, 2022W1-GD-S578, 2022W1-GD-W391, 2022W1-GD-W37, 2022W1-GD-S10, 2022W1-GD-S570, 2022W1-GD-W376 Rebuild the Hunterstown – Carroll 115/138 kV Corridor as Double Circuit using 230kV construction standards. New circuit will be operated at 230kV. Existing circuit to remain at 115/138kV. Construct a new 230 kV Ring Bus at Carroll (PE) and add a new 230 kV Breaker to the Hunterstown 230 kV Substation.
236 PECO/DPL Gen Deliv 2022W1-GD-S36 Upgrade dead end structures on Conowingo - Colora line in DPL to increase the line ratings.
21 APS Thermal 2022W1-N2-VD1 through 2022W1-N2-VD198/ 2022W1-SVD1 through 2022W1-N2-SVD41 Install two new 500 kV breakers on the existing open SVC string to create a new bay position. Relocate & Re-terminate facilities as necessary to move the 500 kV SVC into the new bay position. Install a 500 kV breaker on the 500/138 kV #3 transformer. Upgrade relaying at Black Oak Substation.
209 MetEd Gen Deliv 2022W1-GD-S14, 2022W1-GD-W33, 2022W1-GD-S578, 2022W1-GD-W391, 2022W1-GD-W37, 2022W1-GD-S10, 2022W1-GD-S570, 2022W1-GD-W376 Rebuild/Reconductor the Germantown - Lincoln 115 kV Line. Approximately 7.6 miles. Upgrade limiting terminal equipment at Lincoln, Germantown and Straban.
94 BGE Gen Deliv 2022W1-GD-W42, 2022W1-GD-S38 Reconductor two (2) 230 kV circuits from Conastone to Northwest #2.
633 APS Gen Deliv 2022W1-GD-S14, 2022W1-GD-W53, 2022W1-GD-S38, 2022W1-GD-W33, 2022W1-GD-W55, 2022W1-GD-W36, 2022W1-GD-W391, 2022W1-GD-W35, 2022W1-GD-W57, 2022W1-GD-S10, 2022W1-GD-W411, 2022W1-GD-S651, 2022W1-GD-S578, 2022W1-GD-S634, 2022W1-GD-S570, 2022W1-GD-W376, 2022W1-GD-S1043, 2022W1-GD-W42, 2022W1-GD-S29, 2022W1-GD-S558, 2022W1-GD-S559, 2022W1-GD-W60, 2022W1-GD-W623, 2022W1-GD-W37, 2022W1-GD-W39, 2022W1-GD-W388, 2022W1-GD-W387 This Proposed Solution is a resubmittal of the modified Independence Energy Connection (IEC) Project. The Proposed Solution consists of: (1) the IEC West Portion, which is comprised of approximately 29 miles of new double-circuit 230 kV AC overhead transmission line between the existing Potomac Edison Ringgold Substation in Washington County, Maryland to a new Rice Substation in Franklin County, Pennsylvania; and (2) the reconfigured IEC East Portion, which is primarily comprised of adding 230 kV AC overhead transmission lines between a new Furnace Run Substation in York County, Pennsylvania, and the existing BGE Conastone (via Baltimore County) and Graceton Substations in Harford County, Maryland.
880 MetEd Gen Deliv 2022W1-GD-S29, 2022W1-GD-W36, 2022W1-GD-S634 Install second 500/230kV Transformer with additional 500 and 230 bus expansions.
912 PPL/BGE Gen Deliv 2022W1-GD-S1043, 2022W1-GD-W411, 2022W1-GD-W623, 2022W1-GD-W55 Rebuild 1.4 miles of existing single circuit 230 kV tower line between BGE's Graceton substation to the PPL tie-line at the MD/PA state line to double circuit steel pole line with one (1) circuit installed to uprate 2303 circuit.
994 AEP/DEOK Gen Deliv 2022W1-GD-S586, 2022W1-GD-W377 Build a new 138 kV 3-breaker ring station called “Johnson Fork” just North of the existing Wesley SW 138 kV station (AEP). Bring the existing Tanners Creek–College Corner 138 kV line (AEP) “in and out” of Johnson Fork. Build a new 138 kV line from Johnson Fork (AEP) to Willey (Duke) stations (13 miles). Install 2 breakers at Willey to terminate the new line.
446 AEP/DEOK Gen Deliv 2022W1-GD-S586, 2022W1-GD-W377 Build a new 138 kV 4-breaker ring station called “Pribble." Bring the existing Tanners Creek–College Corner (AEP) & Miami Fort–Hubbell (Duke) 138 kV lines “in and out” of Pribble station. Rebuild Tanners Creek–Pribble 138 kV (5 miles) and upgrade station equipment at Tanners Creek 138 kV. Rebuild Pribble-Miami Fort 138 kV (6 miles).
893 AEP/DEOK Gen Deliv 2022W1-GD-S586, 2022W1-GD-W377 Build a new 345 kV line from Tanners Creek station (AEP) to Miami Fort (Duke) station (11.4 miles). Rebuild a portion of the existing Tanners Creek – Hanna 345 kV and Greendale – Miami Fort 138 kV lines to double circuit (4 & 3 miles respectively) to facilitate construction of the new line. Install 1 breaker at Tanners Creek and 2 breakers at Miami Fort to terminate the new line.
965 AEP/OVEC Gen Deliv 2022W1-GD-S632 Replace four Clifty Creek 345 kV 3000 A switches with 5000 A 345 kV switches. Anticipated SN/SE rating for the branch section to be addressed (242865 to 248000) by the project is 2354/2354 MVA.
289 AEP Thermal 2022W1-N1-LLVM2, 2022W1-N1-LLVM1, 2022W1-N1-LLVD1, 2022W1-N1-LLVD2 At West Bellaire 345kV, the M1 breaker will be moved to the N breaker string, becoming N1. The Tidd circuit will connect to the N string, between N1 and N. Jumpers/conductor will be installed in the place of old breaker M1, to complete the M string. Station protection and SCADA updates will be completed. The Tidd 345kV T-Line will need shifted slightly, to connect to the new station bay to the east.
27 AEP/DEOK Gen Deliv 2022W1-GD-S586, 2022W1-GD-W377 Install at Tanners Creek a 345 kV 5000 A 63 kA circuit breaker "R" and move the Tanners Creek - East Bend 345 kV circuit from the "T" and "T1" line position to the "R and "R1" line position, thus mitigating the College Corner - Collinsville 138 kV overload by eliminating the contingency causing the issue.
127 PPL Gen Deliv 2022W1-GD-S595 Reterminate the Lackawanna T3 and T4 500 / 230 kV transformers on the 230 kV side to remove them from the 230 kV buses and bring them into dedicated bay positions that are not adjacent to one another.
553 PPL Gen Deliv 2022W1-GD-S596 Replace the existing Lackawanna 500/230 kV T3 and T4 transformers with larger 1250 MVA units. Upgrade bay equipment to accommodate the new higher rated transformers.
907 PPL Gen Deliv 2022W1-GD-S597 Install a new 1500 MVA 500/230 kV transformer at Lackawanna substation. Tie into bay #1 in the Lackawanna 500 kV yard. Install four single phase transformer units (one on-site spare). Install bus work necessary to facilitate restoration with the onsite spare. Install MODs on the high and low-side of the 500/230 kV transformer. Install a 230 kV dead-end for termination of the Lackawanna Energy 230kV lead line. The 500/230 kV transformer will have double-bundle 1590 ACSR leads on the high-side. Re-terminate the Lackawanna - Lackawanna Energy 230kV line into the dead-end for the new 500/230 kV transformer at Lackawanna utilizing triple bundle 1590 45/7 ACSR conductor and dual 144 OPGW.
2022 Multi Driver Window 1
Proposal ID Target Zone Analysis Type Flowgate Project Description
40 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Swap 345kV transmission line at Green Acres, rebuild University Park to Olive 345kV lines and add a reactor along Crete- St John 345kV line.
82 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Add a new 345 kV double circuit to tap existing lines and connect to an existing sub, and reconfigure existing lines at the sub.
91 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Goodenow-Lemon Lake 345kV Greenfield Line and Stations (Enhanced).
165 AEP/NIPSCO Summer Gen Deliv MDW1-GDS1620 Dumont-Stillwell Sag Study
401 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Add a new 345kV double circuit to reconfigure existing lines.
541 AEP/NIPSCO Winter Gen Deli MDW1-GD-W392-MDW1-GD-W393 Peregrine Ditch
597 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Goodenow-Lemon Lake 345kV Greenfield Line and Stations (Robust).
612 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Goodenow-Lemon Lake 345kV Greenfield Line and Stations (Basic).
644 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Swap 345kV transmission line at Green Acres, rebuild University Park to Olive 345kV lines.
664 ComEd Winter Gen Deliv, Summer Gen Deliv, Market Efficiency MDW1-GD-S1620,MDW1-ME-01,MDW1-ME-02,MDW1-GD-W392,MDW1-GD-W393,MDW1-GD-W309,MDW1-GD-W404,MDW1-GD-W419,MDW1-ME-04,MDW1-GD-W172,MDW1-GD-W171,MDW1-GD-W188,MDW1-GD-W190,MDW1-GD-W185,MDW1-GD-W332,MDW1-GD-W331,MDW1-ME-03 Add a new 345 kV double circuit line looping the existing line into a new substation.
908 AEP/ComEd Winter Gen Deliv MDW1-GD-W392-MDW1-GD-W393 Olive-University Park Sag Study
2021 RTEP Window 2
Proposal ID Target Zone Analysis Type Flowgate Project Description
176 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6 Reconductor 345kV E. Frankfort to Crete to St John transmission line
805 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6 Cedar Run 345kV Transmission Project
253 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6, GD-W2-259,GD-W2-258 Rebuild 345 kV Lines 6607/6608 East Frankfort - Crete and 94507/97008 Crete - St. John
994 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6, GD-W2-259,GD-W2-258 Install Series Inductor on Line 94507 Crete - St. John
408 ComEd Winter Gen Deliv GD-W2-W211, GD-W2-W214, GD-W2-51 Install 345 kV Bus Tie Circuit Breaker at Dresden Station
442 ComEd Winter Gen Deliv GD-W2-W211, GD-W2-W214 East Spring 345kV Transmission Project
977 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6, GD-W2-259,GD-W2-258 Rebuild 345 kV double circuit Lines 94507 and 97008 Crete - Indiana
727 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6 Swap 345kV transmission line at Green Acres and reconductor Crete to St John 345kV line
117 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6 Series reactor along Crete-St John 345 kV line and reconductor Crete to St John 345kV line
335 ComEd Winter Gen Deliv GD-W2-W5, GD-W2-W6 Loop-in Bloom –Davis 345kV line at New NEET proposed Illinois Substation + Loop-in NEET owned Crete- St John 345 kV line at new NEET proposed State Line 345 kV sub
2020/2021 NJ OSW SAA Window
Proposal ID Redacted BPU Form Target Zone(s) Analysis Type Flowgate Project Description
11 11 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Add 1x500/230 kV Transformer ID 1 at NEETMA proposed Wheeler substation in series with new proposed Wheeler- Gracestone 230kV OH line circuit 1.
15 15 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Two 1,500 MW HVDC Symmetrical Monopole systems connecting offshore platforms in the Hudson South lease area to a new Neptune 230 kV switchyard near the existing Oceanview 230 kV substation.
17 17 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Project proposal to build the necessary transmission to meet New Jersey’s goal of facilitating the delivery of a total of 7,500 MW of offshore wind by 2035.
21 21 NJ OSW Generation Deliverability Summer/Winter See Proposal Document A 91MW/ 364MWh Battery Energy Storage System (BESS) on property adjacent to Werner substation. The proposed BESS facility will be interconnected at 230kV.
27 27 NJ OSW Generation Deliverability Summer/Winter See Proposal Document One 1,500 MW HVDC Symmetrical Monopole system connecting offshore platforms in the Hudson South lease area to a new Neptune 230 kV switchyard near the existing Oceanview 230 kV substation.
44 44 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrades for 2-D30 injection (PJM Proposal ID 461)
63 63 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Build a new station called “North Delta” with two 500/230 kV 1500 MVA transformers and 9 breakers (4 high side and 5 low side breakers in ring bus configuration). Bring two existing lines, Peach Bottom – Delta Power Plant 500 kV and Cooper - Graceton 230 kV, “in and out” of North Delta. Build a new North Delta – Graceton 230 kV line by rebuilding 6.07 miles of the existing Cooper - Graceton 230 kV line to double circuit. Install 1 breaker at Graceton 230 kV to terminate the new line from North Delta.
72 72 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
103 103 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Old York Transmission Project includes a new 500/230kV substation. The 500kV yard will include a 4 position breaker and a half configuration 500kV gas insulated substation (GIS).
127 127 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrade Cardiff-Lewis #2, Lewis #1-Lewis #2, Cardiff-New Freedom, Peach Bottom-Conastone, Richmond-Waneeta, Peach Bottom-Furnace Run circuits, rebuild Cardiff substation and rebuild Cardiff-New Freedom line.
131 131 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 1,400 MW offshore transmission link connecting the Atlantic Shores 3 (“AS3”) offshore wind lease area to the 230 kV Sewaren substation located in Woodbridge Township, Middlesex County, New Jersey. This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.12.
137 137 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the offshore substation platforms (OSP) at Atlantic Shores 2 ("AS2") and Atlantic Shores 1 ("AS1") offshore wind farms. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.7.
145 145 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,148 MW offshore transmission link connecting the Orsted's Ocean Wind 2 (“OW2”) offshore wind farm (awarded as part of second offshore wind solicitation) to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,148 MW, 400 kV offshore transmission link project is referred to as Boardwalk Power Option 2.8.
158 158 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Provides reinforcements to allow delivery of greater than 8300MW of injections associated with Proposals 11, 15, 27, 44, 250, 298, 315, 331, 359, 461, 520, 587, 604, 651, 793, 860, 878, 982.
171 171 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This proposal facilitates an additional injection of 800MW of energy and capacity from one or more Offshore Wind Projects construction to the 230kV system located at Werner Substation through such upgrades to Werner Substation, as may be required. This Additional Offer is contingent upon the selection of either Base Offer 1 (Proposal 582)or Base Offer 2 (Proposal 490).
172 172 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Second 1200MW Injection (must be combined with Proposal No. 210).
180 180 NJ OSW Generation Deliverability Summer/Winter See Proposal Document 1) Brunswick to Deans Subproject, 2) Linden Inside Plant Subproject, 3) Windsor to Clarksville Subproject, 4) Deans Inside Plant Subproject, 5) Bergen Inside Plant Subproject.
183 183 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Atlantic Shores 3 (“AS3”) offshore wind lease area to the 230 kV Sewaren substation located in Woodbridge Township, Middlesex County, New Jersey. This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.
203 203 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Broad Creek - Robinson Run Transmission Project.
208 208 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Sewaren/Larrabee 400kV Collector is an offshore transmission solution designed to deliver up to 2800 MW of clean, reliable OSW energy to the State of New Jersey. The Project is comprised of two (2) HVDC systems.
210 210 NJ OSW Generation Deliverability Summer/Winter See Proposal Document First 1200MW Injection (may be combined with Proposal No. 172 and 769)
214 214 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Sewaren 400kV Collector is an offshore transmission solution designed to deliver up to 1400 MW.
229 229 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Silver Run Upgrade project includes adding a third set of submarine cables, rerating the overhead segment, and upgrading terminal equipment to achieve a higher rating for the Silver Run - Hope Creek 230kV Transmission Line.
230 230 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Larrabee 400kV Collector is an offshore transmission solution designed to deliver up to 1400 MW.
243 243 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the new offshore substation platforms (OSP) at Atlantic Shores 2 ("AS2") offshore Wind Energy Area and Ocean Wind 2 ("OW2") offshore wind farm. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.5.
248 248 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the offshore substation platforms (OSP) at Ocean Wind 2 ("OW2") and Atlantic Shores 1 ("AS1") offshore wind farms. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.6.
250 250 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Four 1,500 MW HVDC Symmetrical Monopole systems connecting offshore platforms in the Hudson South lease area to a new Fresh Ponds 500 kV substation near the existing Deans 500 kV switchyard.
285 285 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 1,400 MW offshore transmission link connecting the Atlantic Shores 2 (“AS2”) offshore wind lease area to the 230 kV Larrabee substation located in Howell Township in Monmouth County, New Jersey. This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.7.
294 294 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
296 296 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Build a new station called “North Delta” with one 500/230 kV 1500 MVA transformer and 6 breakers (3 high side and 3 low side breakers).
298 298 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Two 1,200 MW HVDC Symmetrical Monopole systems connecting offshore platforms in the Hudson South lease area to a new Neptune 230 kV switchyard near the existing Oceanview 230 kV substation.
315 315 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrades for 2-D45 injection (Proposal No. 860).
321 321 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Mid-Atlantic Offshore Development (MAOD)'s Option 2 Proposal 3 is a cost effective and highly reliable solution to deliver 4,800 MW of offshore energy from offshore wind turbines in various BOEM lease areas to New Jersey on the PJM bulk electrical grid, centered around 4 HVDC links.
330 330 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Reconductor the 0.33 mile PPL EU portion of the Springfield - Gilbert 230 kV line with 1590 ACSS 54/19 conductor to achieve a new rating of SN/SE: 830/954 MVA and WN/WE: 939/1087 MVA.
331 331 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrades for Oceanview 3000 MW Injection.
345 345 NJ OSW Generation Deliverability Summer/Winter See Proposal Document New 17.23 mile 500 kV line from Peach Bottom station (PECO) to Conastone station (BG&E).
359 359 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Offshore 230 kV AC offshore platform interconnection. Linked to Proposals 11, 15, 27, 44, 250, 298, 315, 331, 359, 461, 520, 587, 604, 651, 793, 860, 878, 982.
376 376 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This proposal facilitates an additional injection of 400MW of energy and capacity from one or more offshore wind projects construction to the 230kV system located at Werner Substation through such upgrades to Werner Substation, as may be required. This Additional Offer is contingent upon the selection of either Base Offer 1 (Proposal 582)or Base Offer 2 (Proposal 490).
397 397 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Sewaren 320kV Collector is an offshore transmission solution designed to deliver up to 1200 MW of clean, reliable OSW energy to the State of New Jersey.
419 419 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Build a 2.3 mile 230 kV line from Claymont Station (DPL&E) to Bridgeport Station (ACE) using three 3-core submarine cables.
428 428 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the new offshore substation platforms (OSP) at Hudson South 1 ("HS1") and Hudson South 2 ("HS2") associated with the Hudson South Wind Energy Area A and E, respectively, in the Hudson South Call Area. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.1.
431 431 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Mid-Atlantic Offshore Development (MAOD)'s Option 2 Proposal 1 is a cost effective and highly reliable solution to deliver 2,400 MW of offshore energy from offshore wind turbines in various BOEM lease areas to New Jersey on the PJM bulk electrical grid, centered around 2 HVDC links.
453 453 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Project proposal to build the necessary transmission to meet New Jersey’s goal of facilitating the delivery of a total of 7,500 MW of offshore wind by 2035.
461 461 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Two 1,500 MW HVDC Symmetrical Monopole systems connecting offshore platforms in the Hudson South lease area to a new Fresh Ponds 500 kV substation near the existing Deans 500 kV switchyard.
490 490 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This proposal facilitates the injection of 2400MW of energy and capacity from one or more Interconnecting Offshore Wind Projects through the construction of onshore facilities to deliver energy to the Deans Switching Station 500kV transmission network.
520 520 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Required upgrades to facilitate 2-O15 injection (Proposal No. 27).
551 551 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Mid-Atlantic Offshore Development (MAOD)'s Option 2 Proposal 2 is a cost effective and highly reliable solution to deliver 3,600 MW of offshore energy from offshore wind turbines in various BOEM lease areas to New Jersey on the PJM bulk electrical grid, centered around 3 HVDC links.
568 568 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,510 MW offshore transmission link connecting the Atlantic Shores 1 (“AS1”) offshore wind lease area to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,510 MW offshore transmission link project is referred to as Boardwalk Power Option 2.10.
574 574 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Atlantic Shores 3 ("AS3") offshore wind lease area to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.3.
582 582 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This proposal facilitates the injection of 1200MW of energy and capacity from one or more Interconnecting Offshore Wind Projects through the construction of onshore facilities to deliver energy to the Deans Switching Station 500kV transmission network.
587 587 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Wiley Rd – Conastone 500 kV Project using adjacent ROW.
594 594 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
604 604 NJ OSW Generation Deliverability Summer/Winter See Proposal Document One 1,200 MW HVDC Symmetrical Monopole system and one 1510 MW HVDC Symmetrical Monopole system connecting offshore platforms to deliver the Atlantic Shores and Ocean Wind 2 offshore wind projects to a new Reega 230 kV switchyard. Loop in the existing New Freedom to Cardiff 230 kV line into Reega 230 kV.
613 613 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Larrabee 320kV Collector is an offshore transmission solution designed to deliver up to 1200 MW of clean, reliable OSW energy to the State of New Jersey.
627 627 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
629 629 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
651 651 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrades for Deans 6000 MW Injection.
683 683 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Sewaren/Deans/Larrabee 400kV Collector is an offshore transmission solution designed to deliver up to 4200 MW of clean, reliable OSW energy to the State of New Jersey.
734 734 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrade Cardiff-Lewis #2, Lewis #1-Lewis #2, Cardiff-New Freedom, Peach Bottom-Conastone, Richmond-Waneeta, Peach Bottom-Furnace Run circuits, rebuild Cardiff substation and rebuild Cardiff-New Freedom line to add a second circuit
748 748 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the new offshore substation platforms (OSP) at Hudson South 2 ("HS2") and Atlantic Shores 2 ("AS2") offshore Wind Energy Areas. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.
769 769 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Third 1200MW Injection (musty be combined with Proposal No. 172 and 210).
781 781 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Clean Energy Gateway - Offshore consists of two (2) 345kV offshore substations and eight (8) 345kV submarine cables that connect to the Proposal Option 1b.
793 793 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrades for 2-C27 injection (Proposal 793).
797 797 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Build new transition vault connecting 275 kV off shore cables and 275 kV on shore cables, build new 275 kV transmission lines between transition vault and new 275-230 kV substation near Cardiff, and build new 275-230 kV substation near Cardiff connected to existing substation at Cardiff
802 802 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Hudson South 2 (“HS2”) offshore wind lease area (Wind Energy Area E in Hudson South Call Area) to the 230 kV Sewaren substation located in Woodbridge Township, Middlesex County, New Jersey. This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.
831 831 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Hudson South 2 (“HS2”) offshore wind lease area (Wind Energy Area E in Hudson South Call Area) to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.2.
841 841 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Hudson South 1 (“HS1”) offshore wind lease area (Wind Energy Area A in Hudson South Call Area) to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.1
860 860 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Three 1,500 MW HVDC Symmetrical Monopole systems connecting offshore platforms in the Hudson South lease area to a new Fresh Ponds 500 kV substation near the existing Deans 500 kV switchyard.
871 871 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The Sewaren/Deans 400kV Collector is an offshore transmission solution designed to deliver up to 2800 MW of clean, reliable OSW energy to the State of New Jersey.
878 878 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Required upgrades to facilitate 2-O24 injection (Proposal 298).
882 882 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,148 MW offshore transmission link connecting the Orsted's Ocean Wind 2 (“OW2”) offshore wind farm (awarded as part of second New Jersy offshore wind solicitation) to the 500 kV Deans substation located in South Brunswick, New Jersey (identified as one of the default Point of Interconnections by PJM Interconnection). This 1,148 MW, 320 kV offshore transmission link project is referred to as Boardwalk Power Option 2.9.
889 889 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the new offshore substation platforms (OSP) at Hudson South 1 ("HS1") and Atlantic Shores 3 ("AS3") Wind Energy Areas. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.2.
894 894 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Install a third submarine 230kV conductor underneath the Delaware River and connect to the existing OH lines at both sides of the river.
896 896 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 700 MW offshore transmission link between the new offshore substation platforms (OSP) at Atlantic Shores 2 ("AS2") and Atlantic Shores 3 ("AS3") offshore Wind Energy Areas. This 700 MW offshore transmission link is referred to as Boardwalk Power Option 3.4.
921 921 NJ OSW Generation Deliverability Summer/Winter See Proposal Document The project proposes a 1,200 MW offshore transmission link connecting the Atlantic Shores 2 (“AS2”) offshore wind lease area to the 230 kV Larrabee substation located in Howell Township in Monmouth County, New Jersey. This 1,200 MW offshore transmission link project is referred to as Boardwalk Power Option 2.6.
929 929 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrade Cardiff-Lewis #2, Lewis #1-Lewis #2, Cardiff-New Freedom, Peach Bottom-Conastone, Richmond-Waneeta, Peach Bottom-Furnace Run circuits, rebuild Cardiff substation, expand Orchard substation and build new 230 kV line from Cardiff to Orchard.
944 944 NJ OSW Generation Deliverability Summer/Winter See Proposal Document This project proposes a 1,400 MW offshore transmission link connecting the Hudson South 2 (“HS2”) offshore wind lease area (Wind Energy Area E in Hudson South Call Area) to the 230 kV Sewaren substation located in Woodbridge Township, Middlesex County, New Jersey. This 1,400 MW offshore transmission link project is referred to as Boardwalk Power Option 2.
975 975 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Upgrade Cardiff-Lewis #2, Lewis #1-Lewis #2, Cardiff-New Freedom, Peach Bottom-Conastone, Richmond-Waneeta, Peach Bottom-Furnace Run circuits and rebuild Cardiff substation.
982 982 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Wiley Rd – Wheeler 500 kV Project using adjacent ROW, Hope Creek PARs.
990 990 NJ OSW Generation Deliverability Summer/Winter See Proposal Document Clean Link New Jersey is proposing a modular HVDC Power Corridor development to support the reliable and cost-effective delivery of the Offshore Wind resources to New Jersey consumers. Clean Link New Jersey’s technical solution responds to Option 2 within PJM’s proposal window, by providing new offshore transmission facilities to default Points of Interconnection (“POI”) on the PJM operated grid within New Jersey.
2020/2021 Long-Term RTEP Proposal Window
Proposal ID Target Zone(s) Analysis Type Congestion Driver Major Component/Project Description
102 APS Market Efficiency ME-3 Capacitor bank at Reston 230 kV substation
425 APS Market Efficiency ME-3 Replace terminal equipment on the French’s Mill-Junction 138 kV line. Reconductor Messick Road-Ridgeley 138 kV line.
540 APS Market Efficiency ME-3 Capacitor bank at Bull Run 230 kV substation
547 APS Market Efficiency ME-3 Build 500 kV transmission line connecting Black Oak Substation and Bismark Substation.
756 APS Market Efficiency ME-3 Replace terminal equipment on the French’s Mill-Junction 138 kV line.
196 DOM Market Efficiency ME-5 Charlottesville-Proffit 230kV Line Rebuild.
238 DOM Market Efficiency ME-5 Charlottesville-Gordonsville 230kV Greenfield Line.
309 DOM Market Efficiency ME-5 5 MW Battery Energy Storage System at Louisa CT substation.
327 DOM Market Efficiency ME-5 New Hollymeade Tap 230kV Substation. Charlottesville-Hollymeade Tap-Cash’s Corner-Gordonsville 230kV Line Rebuild.
533 DOM Market Efficiency ME-5 10 MW Battery Energy Storage System at Hollymeade substation.
578 DOM Market Efficiency ME-5 New Hollymeade Tap 230kV Substation.
589 DOM Market Efficiency ME-5 Build Second Charlottesville-Gordonsville 230kV Line. Hollymeade-Cash’s Corner-Gordonsville 230kV Line Rebuild.
632 DOM Market Efficiency ME-5 5 MW Battery Energy Storage System at Gordonsville substation.
651 DOM Market Efficiency ME-5 Charlottesville-Proffit 230kV Line Series Reactor.
669 DOM Market Efficiency ME-5 5 MW Battery Energy Storage System at Hollymeade substation.
692 DOM Market Efficiency ME-5 Sleepy Hollow-Stoney Point 230kV Greenfield Project.
813 DOM Market Efficiency ME-5 New Cismont 230kV Substation. Charlottesville-Hollymeade Tap-Cash’s Corner-Gordonsville 230kV Line Rebuild.
227 PECO Market Efficiency ME-6 Interconnect the Peach Bottom - Limerick 500kV and Cochranville - Newlinville 230kV lines via a new Old Limestone 500/230 kV substation. Build new 230 kV Doe Run substation and interconnect Daleville - Bradford and Clay Tap - Bradford 230kV lines. Construct a new 230 kV line from Old Limestone to Doe Run.
399 PECO Market Efficiency ME-6 Install Smart Wires device in series with the 220-13 and 220-14 Whitpain-Plymouth 230 kV lines and upgrade terminal equipment at Whitpain and Plymouth substations.
704 PECO Market Efficiency ME-6 Upgrade terminal equipment at Whitpain and Plymouth substations.
735 PECO Market Efficiency ME-6 Reconductor the 220-13 and 220-14 Whitpain-Plymouth 230 kV lines.
102 PPL Market Efficiency ME-7 Capacitor bank at Reston 230 kV substation
218 PPL Market Efficiency ME-7 Reconductor the Juniata - Cumberland 230 kV line.
251 PPL Market Efficiency ME-7 Rebuild the existing single circuit Juniata - Cumberland 230 kV section to double circuit. Upgrade the Cumberland to Wil. Grove 230 kV line.
540 PPL Market Efficiency ME-7 Capacitor bank at Bull Run 230 kV substation
738 PPL Market Efficiency ME-7 Build new 500/230 kV Bow Creek tap substation on the Juniata – Alburtis 500kV line. Interconnect North Hershey - Hummelstown and North Lebanon – Copperstone 230kV lines to the Bow Creek substation.
2021 RTEP Window 1
Proposal ID Target Zone(s) Analysis Type Flowgate Comments
445 DOMINION GenDeliv, Thermal GD-S12, GD-S17, GD-S715, GD-S37, GD-S717, N1-ST49 Line #2114 - Reconductor Remington CT to Gainesville - Full
333 DOMINION GenDeliv, Thermal GD-S12, GD-S17, GD-S715, GD-S37, GD-S717, N1-ST49 Line #2114 - Reconductor Remington CT to Gainesville - Full and Upgrade Terminal Equipment at Remington CT and Gainesville
600 DOMINION Thermal N1-ST33 Line 2008 Uprate - Cub Run to Walney
414 DOMINION GenDeliv GD-S19 Line #2141 Lakeview to Carolina 230 kV Rebuild
637 DOMINION Thermal DOM-T3, DOM-T4 Occoquan 500-230kV Transformer (OX Transformer Overload)
319 DOMINION Thermal DOM-T3, DOM-T4 Ox 500-230kV Two(2) Transformer Replacements
292 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Dogwood Run 115/230kV Transmission Project
582 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Dogwood Sprint 115/500kV Transmission Project
57 DOMINION Thermal DOM-T3, DOM-T4 Possum Point 2nd 500-230kV Transformers
561 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Williams Grove - Allen 115 kV line upgrade sourced from Williams Grove 69 kV bus (PPL-Allen Switchyard)
992 MetED Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Williams Grove - Allen 115 kV line upgrade sourced from Williams Grove 230 kV bus (PPL-Allen Switchyard)
386 MetED Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Multi-Driver Project: Allen-Williams Grove Greenfield Line & Reconductor
113 MetED Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Allen-Williams Grove Greenfield Line
298 DOMINION GenDeliv GD-S12, GD-S17, GD-S30, GD-S715, GD-S37, GD-S717 Greenfield Lee District Station
503 AEP Thermal AEP -T15, AEP-T16, AEP -T18, AEP -T19, AEP -T20, AEP -T22, AEP -T23, AEP -T25, AEP-T26, AEP -T27, AEP -T47, AEP -T49, AEP -T51, AEP -T52, AEP -T53, AEP -T54, AEP -T55, AEP -T57, AEP -T73, AEP -T75 LS Rockford - LS West Van Wert 69kV Transmission Project
789 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 New Allen 115 kV Source
560 APS Voltage Drop APS-VD45, APS-VD46 Persia - Elimsport 230kV Transmission Project
608 APS Voltage Drop APS-VD45, APS-VD46 Persia - Yeagertown 230kV Transmission Project
88 PECO/PSG GenDeliv GD-S485, GD-S674, GD-S486 Replace a portion of Croydon-Burlington line conductor
779 APS Voltage Drop APS-VD45, APS-VD46 Shingletown 230 kV Substation: Create a 230 kV Ring Bus
919 APS Voltage Drop APS-VD45, APS-VD46 Shingletown 230 kV: Upgrade #82 Transformer Circuit
477 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD1, N2-SVD2, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Northern Loop STATCOM
823 PENELEC GenDeliv GD-S14, GD-S15, GD-S38 East Towanda - Canyon 230 kV
589 PENELEC GenDeliv GD-S13 East Towanda - North Meshoppen 115 kV
634 PENELEC Voltage Drop, Voltage Magnitude N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N1-SVM1, N1-SVM2, N1-WVM1, N1-WVM2, N1-WVM3, N1-WVM4, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVM7, N2-WVM8 Grover 230 kV Substation: Install dual reactors and convert the station to a ring bus
745 PENELEC Voltage Drop, Voltage Magnitude N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N1-SVM1, N1-SVM2, N1-WVM1, N1-WVM2, N1-WVM3, N1-WVM4, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVM7, N2-WVM8 Marshall 230 kV Substation: Install dual reactors and expand existing ring bus
101 APS/PENELEC Voltage Drop, Voltage Magnitude N2-SVM48, N2-SVM49, N2-SVM50, N2-SVD19, N2-SVD20, N2-SVD21, N2-SVD22, N2-SVD23, N2-SVD24, N2-SVD25, N2-SVD26, N2-SVD27, N2-SVD28, N2-SVD29 Pierce Brook Substation: Install second 230/115 kV transformer
549 ATSI GenDeliv GD-S712 Hayes 2nd Transformer Addition
124 DOMINION End of Life Criteria DOM-O2 Line #557 Elmont – Chickahominy 500 kV Line Rebuild
722 DOMINION Voltage Drop, Voltage Magnitude N1-LLVM1, N1-LLVM2, N1-LLVM3, N1-LLVM4, N1-LLVM5, N1-LLVM6, N1-LLVM7, N1-LLVM8, N1-LLVD1, N1-LLVD2, N1-LLVD3 Install an Approx. 294 MVar Cap Bank at Lexington substation
498 PENELEC Voltage Drop, Voltage Magnitude N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N1-SVM1, N1-SVM2, N1-WVM1, N1-WVM2, N1-WVM3, N1-WVM4, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVM7, N2-WVM8 Grover Substation: Install two reactors and install line breakers
25 AEP Thermal AEP -T43, AEP-T44, AEP-T45, AEP-T46 Albion-Kendallville Rebuild
116 AEP Thermal AEP -T9, AEP -T10, AEP -T11, AEP -T12, AEP -T13, AEP -T14 Bancroft-Milton Rebuild
336 AEP Thermal AEP -T43, AEP-T44, AEP-T45, AEP-T46 Cabell Station Expansion and Cut In
115 AEP Thermal AEP -T39, AEP -T40, AEP -T41, AEP -T42 Salt Fork-Leatherwood Rebuild
920 AEP Thermal AEP -T43, AEP-T44, AEP-T45, AEP-T46 West Cambridge Transformer Addition
202 AEP Thermal AEP -T15, AEP -T16, AEP -T17, AEP -T18, AEP -T19, AEP -T20, AEP -T21, AEP -T22, AEP -T23, AEP -T24, AEP -T25, AEP -T26, AEP -T27, AEP -T28, AEP -T47, AEP -T48, AEP -T49, AEP -T50, AEP -T51, AEP -T52, AEP -T53, AEP -T54, AEP -T55, AEP -T56, AEP -T57, AEP -T58, AEP -T73, AEP -T74, AEP -T75, AEP -T76 Delphos Area Line Rebuilds
786 AEP Thermal AEP -T43, AEP-T44, AEP-T45, AEP-T46 Haviland Sectionalizing Addition
365 AEP Voltage Drop, Voltage Magnitude AEP -T6, AEP -T7, AEP -T8, AEP-VM1, AEP-VM2, AEP-VM3, AEP-VM4, AEP-VM5, AEP-VM6, AEP-VM7, AEP-VM8, AEP-VM9, AEP-VD1, AEP-VD2, AEP-VD3, AEP-VD4, AEP-VD5, AEP-VD6, AEP-VD7, AEP-VD8, AEP-VD9 Accoville-Becco 69 kV
310 AEP Voltage Drop, Voltage Magnitude AEP -T6, AEP -T7, AEP -T8, AEP-VM1, AEP-VM2, AEP-VM3, AEP-VM4, AEP-VM5, AEP-VM6, AEP-VM7, AEP-VM8, AEP-VM9, AEP-VD1, AEP-VD2, AEP-VD3, AEP-VD4, AEP-VD5, AEP-VD6, AEP-VD7, AEP-VD8, AEP-VD9 Becco-Pine Gap Rebuild
488 AEP Voltage Drop, Voltage Magnitude AEP -T6, AEP -T7, AEP -T8, AEP-VM1, AEP-VM2, AEP-VM3, AEP-VM4, AEP-VM5, AEP-VM6, AEP-VM7, AEP-VM8, AEP-VM9, AEP-VD1, AEP-VD2, AEP-VD3, AEP-VD4, AEP-VD5, AEP-VD6, AEP-VD7, AEP-VD8, AEP-VD9 Dehue Expansion and Line Rebuilds
19 AEP Thermal AEP -T1, AEP -T2, AEP -T3, AEP -T4, AEP -T5 West Kingsport Line Cut In
909 AEP Thermal AEP -T43, AEP-T44, AEP-T45, AEP-T46 West Kingsport Transformer Replacement and Line Rebuilds
457 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Williams Grove - Allen 115 kV line upgrade sourced from Williams Grove 69 kV bus (FE-Allen Switchyard)
99 MetEd Voltage Drop, Voltage Magnitude N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-SVM16, N2-SVM17, N2-SVM18, N2-SVM19, N2-SVM26, N2-SVM27, N2-SVD3, N2-SVD4, N2-SVD5, N2-SVD6, N2-SVD7, N2-SVD8, N2-SVD9, N2-SVD10, N2-SVD11, N2-SVD12, N2-SVD15, N2-SVD16 Williams Grove - Allen 115 kV line upgrade sourced from Williams Grove 230 kV bus (FE-Allen Switchyard)
6 DOMINION GenDeliv GD-30 Line #2054 Rebuild - Charlottesville to Hollymeade Tap, 2-636 Option
26 DOMINION GenDeliv GD-30 Add 16 MW-64 MWh Battery Energy Storage System (BESS) at Hollymeade substation
38 DOMINION GenDeliv GD-30 Sleepy Hollow - Gordonsville 230kV Transmission Project
111 DOMINION GenDeliv GD-30 Charlottesville to Proffit 230 kV Greenfield Project
170 DOMINION GenDeliv GD-30 Add a 4.35 ohm series reactor at Hollymeade station on the terminal of Line 2054
182 DOMINION GenDeliv GD-30 Charlottesville to Gordonsville 230 kV Greenfield Project
268 DOMINION GenDeliv GD-30 Build a new 230 kV substation at Hollymeade Tap, rebuild 8.72 miles of line #2054 and 7.1 miles of line #2135
298 DOMINION GenDeliv GD-S12, GD-S17, GD-S30, GD-S715, GD-S37, GD-S717, N1-ST49 Greenfield Lee District Station
385 DOMINION GenDeliv GD-30 Charlottesville Rebuild and Greenfield Cismont Station
624 DOMINION GenDeliv GD-30 Line #2054 Rebuild - Charlottesville to Hollymeade Tap, 2-768.2 Option
100 Penelec Light Load Generation Deliverability and N-1 Thermal N1-LLT20, N1-LLT21, GD-LL45, GD-LL46 Install a new 230/115 kV transformer and associated facilities. Replace the Plant's 2B 115-17.2 kV transformer with a larger 230/17.2 kV transformer
306 Penelec Light Load Generation Deliverability and N-1 Thermal N1-LLT20, N1-LLT21, GD-LL45, GD-LL46 Replace the Shawville 2A 230/115-17.2 kV Transformer with a larger unit
2020 RTEP Proposal Window 1
Proposal ID Target Zone(s) Analysis Type Flowgates Comments
479 Dominion Thermal, GenDeliv N1-ST33,GD-S12,N2-ST2,N2-ST4,N2-ST5,N2-ST6,N2-ST7,N2-ST9,N2-ST11,N2-WT2,N2-WT3,DOM-T2 Line #2172 Reconductor - Brambleton to Evergreen Mills - Partial
26 Dominion Thermal, GenDeliv N1-ST33,GD-S12,N2-ST2,N2-ST4,N2-ST5,N2-ST6,N2-ST7,N2-ST9,N2-ST11,N2-WT2,N2-WT3,DOM-T2 Line #2172 - Reconductor Brambleton to Evergreen Mills - Full
740 Dominion Thermal, GenDeliv N1-ST32,GD-S11,N2-ST1,N2-ST3,N2-ST8,N2-ST10,N2-ST13,N2-ST14,N2-ST15,N2-WT1,N2-WT8,DOM-T1 Line #2210 Reconductor - Brambleton to Evergreen Mills - Partial Reconductor
735 Dominion Thermal, GenDeliv N1-ST32,GD-S11,N2-ST1,N2-ST3,N2-ST8,N2-ST10,N2-ST13,N2-ST14,N2-ST15,N2-WT1,N2-WT8,DOM-T1 Line #2210 Reconductor - Brambleton to Evergreen Mills - Full Reconductor
493 Dominion Thermal N2-ST12 Line #2213 Reconductor - Cabin Run to Yardley Ridge - Partial Reconductor
134 Dominion Thermal N2-ST12 Line #2213 Reconductor - Cabin Run to Yardley Ridge - Full Reconductor
704 Dominion Load Drop N2-SLD8,N2-WLD4 Waxpool Loop - Nimbus to Farmwell line extension
721 Dominion Thermal, GenDeliv, Load Drop GD-S11,GD-S12,N2-SLD,8N2-WT1,N2-WT2,N2-WT3,N2-WT8,N2-WLD4 Stonewater - Waxpool 230kV Transmission Project
575 ComEd GenDeliv GD-W3,GD-W4 Crete-St. John 345 kV Reconductoring Proposal
860 Dominion Load Drop N1-WLD-1,N1-WLD-2,N2-WLD5 Relieve 300 MW Load Drop on Line#219 and Line#2066 (winter N-1-1, Tower, and FB)
376 Dominion Load Drop N2-SLD8,N2-WLD4 Waxpool Loop - Loop Line #2031 Option
883 Dominion Load Drop N2-SLD8,N2-WLD4 Waxpool Loop - Shellhorn Option
173 ComEd GenDeliv GD-W3,GD-W4 Reconductor 345 kV Line 94507 Crete - St. John
573 ComEd GenDeliv GD-W3,GD-W4 Reconductor 345 kV Lines 6607 East Frankfort - Crete and 94507 Crete - St. John
148 ComEd GenDeliv GD-W3,GD-W4 Cedar Run - Cline 345kV Transmission Project
270 AEP Thermal AEP-T219,AEP-T221,AEP-T222,AEP-T223,AEP-T225,AEP-T226,AEP-T227,AEP-T228,AEP-T229,AEP-T230,AEP-T231,AEP-T232,AEP-T233,AEP-T234,AEP-T237,AEP-T238,AEP-T239,AEP-T240,AEP-T243,AEP-T244,AEP-T250 Birch Ridge - Natrium 138kV Transmission Project
494 BGE GenDeliv GD-S480,GD-S483 Pumphrey Transformer Replacement
281 ComEd GenDeliv GD-W3,GD-W4 Rebuild 345 kV double circuit Lines 94507 and 97008 Crete - St. John
354 ComEd GenDeliv GD-W3,GD-W4 Rebuild 345 kV Lines 6607/6608 East Frankfort - Crete and 94507/97008 Crete - St. John
241 ComEd GenDeliv GD-W3,GD-W4 Crete - St. John SmartValve
855 Dominion Voltage, Voltage and Magnitude N2-SVM52,N2-SVM53,N2-SVM54,N2-SVM55,N2-WVM15,N2-WVM16,N2-WVM17,N2-WVM18,N2-WVM19 Pierce Brook Substation, Install 2nd 345 kV Reactor
901 ComEd GenDeliv GD-W3,GD-W4 Install Series Inductor on Line 94507
763 BGE GenDeliv GD-S480,GD-S483 Erdman Reconfiguration
514 BGE GenDeliv GD-W3,GD-W4 Pumphrey-Graceton Transformer Replacement
420 BGE GenDeliv GD-W3,GD-W4 Constitution-Concord 110567/110568 Re-conductor - Partial 110563/110564 Re-conductor
836 BGE GenDeliv GD-W3,GD-W4 Constitution-Concord 110567/110568 Re-conductor - Partial 110563/110564 Re-conductor
179 AEP Thermal AEP-T356,AEP-T357,AEP-T358,AEP-T359,AEP-T360,AEP-T361,AEP-T362,AEP-T363,AEP-T364,AEP-T365 West New Philadelphia Breaker Installation
182 AEP Thermal AEP-T366,AEP-T367,AEP-T368,AEP-T373eft" Newcomerstown-Salt Fork Switch 69 kV Rebuild
109 AEP Thermal AEP-T366,AEP-T367,AEP-T368,AEP-T373 West Cambridge Transformer Addition
848 AEP Thermal AEP-T281,AEP-T284,AEP-T285,AEP-T286,AEP-T287,AEP-T288,AEP-T289,AEP-T290,AEP-T291,AEP-T292,AEP-T293,AEP-T298 Rockhill Circuit Switcher Install
503 AEP Thermal AEP-T168,AEP-T169,AEP-T170 Fremont Breaker and Bloom Road Cap Bank Installation
308 AEP Thermal AEP-T7,AEP-T8,AEP-T9,AEP-T10,AEP-T11,AEP-T220,AEP-T224,AEP-T235,AEP-T236,AEP-T241,AEP-T242,AEP-T245,AEP-T246,AEP-T247,AEP-T248,AEP-T249,AEP-T254,AEP-T255,AEP-T263,AEP-T264,AEP-T275,AEP-T276,AEP-T282,AEP-T283,AEP-T378,AEP-T379,AEP-T382,AEP-T383,AEP-T386,AEP-T387,AEP-T392,AEP-T393,AEP-T394,AEP-T395,AEP-T396,AEP-T397,AEP-T400,AEP-T401,AEP-T402,AEP-T408,AEP-T411,AEP-T417,AEP-T419,AEP-T420,AEP-T427,AEP-T428,AEP-T435,AEP-T436,AEP-T439,AEP-T440,AEP-T441,AEP-T461,AEP-T462,AEP-T463,AEP-T465 Dragoon Transformer and Line Addition
628 AEP Thermal AEP-T376,AEP-T377,AEP-T384,AEP-T385,AEP-T388,AEP-T389 Lancaster Area Switching Improvements
804 AEP Thermal, GenDeliv N1-ST41,N1-ST42,GD-S298,GD-S446,GD-S315,AEP-T219,AEP-T221,AEP-T222,AEP-T223,AEP-T225,AEP-T226,AEP-T227,AEP-T228,AEP-T229,AEP-T230,AEP-T231,AEP-T232,AEP-T233,AEP-T234,AEP-T237,AEP-T238,AEP-T239,AEP-T240,AEP-T243,AEP-T244,AEP-T250 Kammer-Natrium Upgrades
538 AEP GenDeliv N1-ST41,N1-ST42,GD-S298,GD-S446,GD-S315,AEP-T219,AEP-T221,AEP-T222,AEP-T223,AEP-T225,AEP-T226,AEP-T227,AEP-T228,AEP-T229,AEP-T230,AEP-T231,AEP-T232,AEP-T233,AEP-T234,AEP-T237,AEP-T238,AEP-T239,AEP-T240,AEP-T243,AEP-T244,AEP-T250 Natrium Area Line Reconfiguration
602 AEP Thermal AEP-T63,AEP-T70,AEP-T71,AEP-T72,AEP-T73,AEP-T66,AEP-T67,AEP-T64,AEP-T65,AEP-T68,AEP-T69 North Woodcock-East Leipsic 69 kV Line
957 AEP Thermal AEP-T63,AEP-T70,AEP-T71,AEP-T72,AEP-T73,AEP-T66,AEP-T67,AEP-T64,AEP-T65,AEP-T68,AEP-T69 East Leipsic-New Liberty 138 kV Conversion
915 AEP Thermal AEP-T376,AEP-T377,AEP-T384,AEP-T385,AEP-T388,AEP-T389 Lancaster Area Line Rebuilds
962 BGE GenDeliv GD-S480,GD-S483 Pumphrey Transformer, Constitution-Concord 110567/110568 Re-conductor, Partial 110563/110564 Re-conductor
191 BGE GenDeliv GD-S480,GD-S483 Pumphrey Transformer, Constitution-Concord 110567/110568 Concord-Monument Street 110563/110564 Re-conductor
393 ComEd GenDeliv GD-W3 Zebedee 345 kV Greenfield Station
235 ComEd GenDelive GD-W3 Goodenow-Lemon Lake 345kV Greenfield Line and Stations
317 AEP Thermal AEP-T70,AEP-T71,AEP-T72,AEP-T73,AEP-T69 Richlands to East Lepsic 138 kV
341 AEP Thermal AEP-T63,AEP-T70,AEP-T71,AEP-T72,AEP-T73,AEP-T66,AEP-T67,AEP-T64,AEP-T65,AEP-T68,AEP-T69 East Leipsic-Maroe 69kV Loop
608 AEP Thermal AEP-T68,AEP-T69,AEP-T70,AEP-T71,AEP-T72,AEP-T73 East Leipsic to Maroe 69 kV Single Circuit
2020 RTEP Proposal Window 2
Proposal ID Target Zone(s) Analysis Type Flowgates Comments
441 Dominion End of Life Criteria DOM-O5 Rebuild 500 kV Line #514 Goose Creek – Doubs(FE)
2020 RTEP Proposal Window 3
Proposal ID Target Zone(s) Analysis Type Flowgates Comments
697 AEP Thermal AEP-T431, AEP-T464, AEP-T475, AEP-T430, AEP-T474, AEP-T485, AEP-T473, AEP-T484, AEP-T472, AEP-T483, AEP-T471, AEP-T482, AEP-T470, AEP-T481, AEP-T480, AEP-T429, AEP-T469, AEP-T424, AEP-T479, AEP-T467, AEP-T478, AEP-T466, AEP-T477, AEP-T476 Mount Vernon Area Line Reconfiguration
860 AEP Thermal AEP-T431, AEP-T464, AEP-T475, AEP-T430, AEP-T474, AEP-T485, AEP-T473, AEP-T484, AEP-T472, AEP-T483, AEP-T471, AEP-T482, AEP-T470, AEP-T481, AEP-T480, AEP-T429, AEP-T469, AEP-T424, AEP-T479, AEP-T467, AEP-T478, AEP-T466, AEP-T477, AEP-T476 West Mount Vernon Area Rebuilds
533 AEP Thermal AEP-T431, AEP-T464, AEP-T475, AEP-T430, AEP-T474, AEP-T485, AEP-T473, AEP-T484, AEP-T472, AEP-T483, AEP-T471, AEP-T482, AEP-T470, AEP-T481, AEP-T480, AEP-T429, AEP-T469, AEP-T424, AEP-T479, AEP-T467, AEP-T478, AEP-T466, AEP-T477, AEP-T476 Wolf Run - Gambier - Martinsburg Transmission Project
2020 RTEP Proposal Window 4
Proposal ID Target Zone(s) Analysis Type Flowgates Comments
862 ATSI FERC 715 TO Criteria AMPT-01 Brewster Area Reliability Project
185 ATSI FERC 715 TO Criteria AMPT-01 Brewster Iron Man 96kV Transmission Project
20 ATSI, AEP FERC 715 TO Criteria AMPT-01 Brewster-Alpine 96kV Greenfield Line
991 ATSI, AEP FERC 715 TO Criteria AMPT-01 Brewster-E. Wilmot Greenfield 69 kV Line & Station
380 ATSI, AEP FERC 715 TO Criteria AMPT-01 Brewster-Pigeon Run Greenfield 69 kV Line & Station
74 ATSI FERC 715 TO Criteria AMPT-01 Brewster-Crossroads Greenfield Line and Station
978 ATSI FERC 715 TO Criteria AMPT-01 Brewster-Harmon 69 kV Parallel Line
839 ATSI FERC 715 TO Criteria AMPT-01 Harmon-Yager 138kV Greenfield Line
105 ATSI FERC 715 TO Criteria AMPT-01 Brewster Muni (Harmon) 69 kV - 2nd Source - Proposal #1
207 ATSI FERC 715 TO Criteria AMPT-01 Brewster Muni (Harmon) 69 kV - 2nd Source - Proposal #2
610 ATSI, AEP FERC 715 TO Criteria AMPT-01 Brewster Second Supply – Wilmot
595 ATSI, AEP FERC 715 TO Criteria AMPT-01 Brewster Second Supply – Beach City
373 ATSI FERC 715 TO Criteria AMPT-01 Brewster Second Supply – 138 kV
2019 RTEP Proposal Window 1
Proposal ID Target Zone(s) Analysis Type Flowgates Comments
574 ComEd Winter Generation Deliverability GD-W252, GD-W253, GD-W257, GD-W258 Install two (2) 765 kV circuit breakers at Wilton Center substation and move the Collins line exit to a new bus position
640 Dominion Summer N-1 & N-1-1 Themal, Gen Deliv Violations N1-ST46, GD-S5, GD-S7, N2-ST69, N2-ST70, N2-ST71 Increase the maximum operating temperature of 230 kV line 227
800 Dominion Summer N-1 & N-1-1 Themal, Gen Deliv Violations N1-ST46, GD-S5, GD-S7, N2-ST69, N2-ST70, N2-ST71 Reconductor 230 kV Line 227 between Pleasant View Junction and Beaumeade
418 Dominion Summer N-1 & N-1-1 Themal, Gen Deliv Violations N1-ST46, GD-S5, GD-S7, N2-ST69, N2-ST70, N2-ST71 Rebuild 230 kV Line 227 Cochran Mill DP - Pleasant View Junction and reconductor Pleasant View Junction - Beaumeade and Cochran Mill DP - Belmont
626 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Install a series reactor on the Silverside-Darley 69 kV line
820 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Install a SmartWire device in series with the Silverside-Darley 69 kV line
673 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Reconductor Silverside-Darley and Darley-Naamans 69 kV lines and upgrade terminal equipment
174 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Build a new 69 kV line Edge Moor-Claymont
36 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Build a new substation near Linwood Substation (PECO), build a in 230 kV line to Edge Moor and tap the Chichester-Linwood 230 kV Line (PECO).
522 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Build new 230 kV line Edge Moor-Chichester
637 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Build new substation near Linwood Substation (PECO), build a new 230 kV line to Harmony, and tap the Chichester-Linwood 230 kV Line (PECO).
839 DPL Summer & Winter Generation Deliverablity  GD-S537, GD-S538, GD-W441, GD-W442 Build a new 230 kV line Harmony-Chichester
702 APS Summer & Winter N-1-1 Voltage Violations  N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVD1, N2-WVD2, N2-WVD3, N2-WVD4, N2-WVD5, N2-WVD6, N2-WVD7, N2-WVD8, N2-WVD9, N2-WVD10 Reconfigure Stonewall 138 kV substation to a six-breaker breaker-and-a-half layout and install two (2) 36 MVAR capacitors
620 APS Summer & Winter N-1-1 Voltage Violations  N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVD1, N2-WVD2, N2-WVD3, N2-WVD4, N2-WVD5, N2-WVD6, N2-WVD7, N2-WVD8, N2-WVD9, N2-WVD10 Reconfigure Hampshire 138 kV switching station to a networked ring bus. Install one (1) 34.6 MVAR capacitor at Inwood
788 APS Summer & Winter N-1-1 Voltage Violations N2-SVM1, N2-SVM2, N2-SVM3, N2-SVM4, N2-SVM5, N2-SVM6, N2-SVM7, N2-SVM8, N2-SVM9, N2-SVM10, N2-SVM11, N2-SVM12, N2-SVM13, N2-WVM1, N2-WVM2, N2-WVM3, N2-WVM4, N2-WVM5, N2-WVM6, N2-WVD1, N2-WVD2, N2-WVD3, N2-WVD4, N2-WVD5, N2-WVD6, N2-WVD7, N2-WVD8, N2-WVD9, N2-WVD10 Build a new 500/138 kV station (Woodside) tapping Doubs-Bismark 500 kV, Stonewall-Feagan’s Mill 138 kV and Stonewall-Inwood 138 kV lines
2018/19 Long-Term RTEP Proposal Window 1
Proposal ID Target Zone(s) Analysis Type Congestion Driver Major Component/Project Description
469 MetEd Market Efficiency ME-1 Install a SmartWires Device on the Lincoln - Hunterstown 115 kV line
293 MetEd Market Efficiency ME-1 Build a 4 position 115 kV ring bus (Meade) at Lincoln Tap Substation
398 MISO Market Efficiency ME-7 Build new 345 kV transmission line from the existing Meadow Lake station to a new 345 kV switching station called “Pike Creek".
249 MISO Market Efficiency ME-7 Install a 50 MW 4-hour battery at the existing Trail Creek 138 kV station.
129 MISO Market Efficiency ME-7 Build a new 138 kV Kuchar station on the Bosserman-Liquid Carbonics 138 kV line. Extend a new 138 kV single circuit transmission line from the Kuchar Station to the existing Luchtman Station.
436 MISO Market Efficiency ME-7 Build a new Toto 345 kV Switching Station and interconnect the existing Olive - Reynolds #1, Olive - Reynolds #2, and Schahfer - Burr Oak 345 kV transmission lines
481 MISO Market Efficiency ME-7 Reconductor Michigan City-Trail Creek-Bosserman (6.7 mile and 4.0 mile) and Maple – LNG 138 kV (7.8 mile) circuits.
322 AMIL Market Efficiency ME-6 Build a new 345 kV line between the Palmyra and Herleman Substations and rebuild the existing Palmyra – Marblehead 161 kV line and a Marblehead – Herleman 138 kV line.
506 AMIL Market Efficiency ME-6 Build a new 345 kV line between the Maywood and Herleman Substations and rebuild the existing Palmyra – Marblehead 161 kV line and a Marblehead – Herleman 138 kV line.
775 MISO Market Efficiency ME-2 Decouple part of multi-bundled conductor on a portion of Monroe-Wayne 345 kV line and re-utilize the adjacent Monroe-Coventry line.
078 MISO Market Efficiency ME-2 Decouple part of multi-bundled conductor on a portion of Monroe-Wayne 345 kV line.
782 MISO Market Efficiency ME-2 Upgrade the Monroe-Wayne 1&2 345 kV line rating by replacing switches at the 345 kV Wayne Station.
830 MetEd Market Efficiency ME-1 Build a 500/115 kV substation on Hunterstown-Conastone 500 kV line near Littlestown, PA. and build a 115 kV line from new station to Germantown station.
616 MetEd Market Efficiency ME-1 Build a 500/230 kV substation on Hunterstown-Conastone 500 kV line near Wentz, MD., build a 230 kV line from new substation to Carroll substation, install a 500/230 kV transformer Peach Bottom station, and build a Peach Bottom-Graceton 230 kV line.
593 MetEd Market Efficiency ME-1 Build a 500/115 kV substation on Hunterstown-Conastone 500 kV line near Littlestown, PA., build a 115 kV line from new substation to Germantown substation, install a 500/230 kV transformer at Peach Bottom, and build a Peach Bottom-Graceton 230 kV line.
387 MetEd Market Efficiency ME-1 Build a 500-230 kV substation on Hunterstown-Conastone 500 kV line near Wentz, MD. and build a 230 kV line from new substation to Carroll substation.
413 MetEd Market Efficiency ME-1 Build a 115 kV line from Hunterstown to Lincoln stations and install a 10 MW 2-hour battery at Lincoln.
402 MetEd Market Efficiency ME-1 Build a 115 kV line from Hunterstown to Lincoln stations and install a 25 MW 2-hour battery at Lincoln.
960 MetEd Market Efficiency ME-1 Build a 115 kV line from Hunterstown to Lincoln substations.
868 MetEd Market Efficiency ME-1 Build a 500 kV switchyard on the PEBO-DELT 500 kV line and install a new 115 kV ring bus at the Orrtanna tap point of the METED Hunterstown – Orrtanna – Lincoln 115 kV line.
453 MetEd Market Efficiency ME-1 Install a 25 MW 4-hour battery at Lincoln 115 kV station.
201 MetEd Market Efficiency ME-1 Install a 25 MW 2-hour battery at Lincoln 115 kV station.
892 MetEd Market Efficiency ME-1 Install a 50 MW 2-hour battery at Lincoln 115 kV station.
647 MetEd Market Efficiency ME-1 Install a 115 kV ring bus at the Orrtanna tap point of the METED Hunterstown – Orrtanna – Lincoln 115 kV line, build an Otter Creek 500/230 kV station, and rebuild 1.3 miles of Manor – Graceton 230 kV line.
511 MetEd Market Efficiency ME-1 Install a 115 kV ring bus at the Orrtanna tap point of the METED Hunterstown – Orrtanna – Lincoln 115 kV line and build an Otter Creek 500/230 kV substation.
007 MetEd Market Efficiency ME-1 Install a 115 kV ring bus at the Orrtanna tap point of the METED Hunterstown – Orrtanna – Lincoln 115 kV line.
034 MetEd Market Efficiency ME-1 Rebuild the Hunterstown – Lincoln - Germantown 115 kV and Germantown - Carrol 138 kV lines as double circuit 230 kV line.
622 MetEd Market Efficiency ME-1 Rebuild the Hunterstown - Lincoln 115 kV line.
021 MetEd Market Efficiency ME-1 Rebuild the Hunterstown-Lincoln 115 kV line, build a Peach Bottom - Graceton 230 kV circuit, upgrade the existing Face Rock 115/69 kV transformers and circuit switching at Rice and Ringgold 230 kV stations.
389 MetEd Market Efficiency ME-1 Rebuild the Hunterstown-Lincoln 115 kV line, add a Peach Bottom 500/230 kV transformer, and add a Peach Bottom-Graceton 230 kV line.
357 MetEd Market Efficiency ME-1 Build a 500/230 kV substation on the Delta - Peach Bottom 500 kV line, build a 230 kV line from the new station to Graceton, build a 230 kV switching station on the Carroll - Mt. Airy 230 kV line, and build a 230 kV line from the new station to Hunterstown.
847 MetEd Market Efficiency ME-1 Build a 500/230 kV substation on the Delta - Peach Bottom 500 kV line, build a 230 kV line from the new station to Graceton and reconductor the Hunterstown - Lincoln 115 kV line.
2018 RTEP Proposal Window 1
Proposal ID Proposing Entity Target Zone(s) Analysis Type FG# Major Component/Project Description
1A DEOK DEOK Summer N-1 Load Drop N1-SLD1 Add redundant relaying to Port Union 138kV Bus 2 to eliminate the contingency driving the reliability criteria violation.
2A Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 This is an operational solution that will remotely open Davis TX#1 breaker L122, immediately following the breaker-failure event (2036T2142) at Radnor Substation thus resolving the post contingency high voltage.
2B Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 Move the existing 230/69kV TX#4 to the vacant 230/69kV TX#2 spot at Davis Substation.
2C Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 Move spare 230/69kV transformer from Jefferson Street Substation to the vacant Transformer #2 bay at Davis Substation.
2D Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 Construct a 230kV four (4) breaker GIS ring bus in Davis Substation and terminate existing Line 2037 and Line 2121.
2E Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 Install a 50 MVAR fixed shunt reactor at Davis Substation on the 69kV bus.
2F Dominion Dominion Summer N-1 High Voltage N1-SVH1, N1-SVH2 A new substation called Cloverleaf with a 230kV variable shunt reactor with a new 230kV underground line roughly 300 ft extending from Cloverleaf Substation to Davis substation terminating at the 230kV bus.
2017 RTEP Proposal Window 1

AEP
Date
2017_1-8B - Maddox-Southwest_Lima_345kV PDF
3.1.2018

Duquesne
Date
2017_1-4A - Cheswick-Plum_138kV PDF
3.1.2018

Exelon
Date
2017_1-9D - Edge_Moor-Chichester_230kV PDF
3.1.2018
2017_1-9E - Edge_Moor-Linwood_230kV PDF
 3.1.2018
2017_1-9F - Edge_Moor-Post_230kV PDF
  3.1.2018
2017_1-9G - Edge_Moor-New_PECO_sub_230kV PDF
  3.1.2018
2017_1-9H - Harmony-Linwood_230kV PDF
  3.1.2018
2017_1-9I - Harmony-Chichester_230kV PDF
  3.1.2018
2017_1-9J - Harmony-Clay_230kV PDF
 3.1.2018
2017_1-9N - Edge_Moor-Pedrick_230kV PDF
 3.1.2018

First Energy
Date
2017_1-10F - Bunola_Substation_138kV PDF 
3.1.2018

Nextera
Date
2017_1-5A - Lamberts_Run_500-138kV_Sub PDF
3.1.2018
2017_1-5B - Miracle_138kV_Series Reactor PDF
  3.1.2018
2017_1-5C - Miracle_138kV_Reconductor PDF
  3.1.2018

NTD
Date
2017_1-2A - Glade_Run-Waldo_Run_138kV PDF
3.1.2018
2017_1-2B - Logans_Ferry-Pucketa_138kV PDF
  3.1.2018
2017_1-2C - Logans_Ferry-Pucketa_138kV PDF
  3.1.2018
2017_1-2D - Logans_Ferry-Thorn_Run_345kV PDF
  3.1.2018
2017_1-2E - Twelvemile_345kV_Sub PDF
  3.1.2018

PSEG
Date
2017_1-3A - Beaver_Run-Logans_Ferry_500kV PDF
  3.1.2018

Transource
Date
2017_1-7A - Barking_Road-Wright_Road_138 kV PDF
3.1.2018
2017_1-7B - Anson_Station_345kV PDF
3.1.2018
2017_1-7C - Sycolin_Creek_230kV PDF
3.1.2018
2017_1-7D - York-Coyote_345kV PDF
3.1.2018
2017_1-7E - Narrow_Run-Waldo_Run_500 kV PDF
  3.1.2018
2017_1-7F - Tanners_Creek-Miami_Fort_345kV PDF
 3.1.2018
2017_1-7G - Upper_Harmony-McCalmont_138kV PDF
 3.1.2018
2016/17 RTEP Long-Term Proposal Window 1

Dominion
Date
1-8Q - Palmyra 500kV Capacitor PDF
2.27.2017

Nipsco
Date
1-9A - Bosserman Reconductor PDF
2.25.2017
1-9B - Thayer Morrison 138kV PDF 
2.28.2017

Nextera
Date
1-10A - Spring Hill 500-230kV PDF 
2.28.2017
1-10B - Rolling Prairie 345-138kV PDF 
2.28.2017
1-10C - Rowland-Perryman 230kV PDF
2.28.2017
1-10D - Rowland-Perryman 230kV Pylesville 500-230kV PDF
 2.28.2017
1-10E - Perryman-Rowland-Pylesville 230kV Pylesville 500-230kV PDF
  2.28.2017

AEP-Nipsco
Date
1-12D - Olive-Liquid Carbonics 138kV PDF
3.2.2017

Transource
Date
1-13A - Baldwin Road-Raphael Road 230kV PDF
2.28.2017
1-13B - Conastone-Dulaney Valley 230kV PDF 
2.28.2017
1-13C - Conastone-Long Green 230kV PDF
  2.28.2017
1-13D - Conastone-Long Green-Raphael Road 230kV PDF
  2.28.2017
1-13E - Hereford-Dulaney Valley 230kV PDF
  2.28.2017
1-13F - Love Run-Perryman 230kV PDF
 2.28.2017
1-13H - York Coyote 345kV PDF
 2.28.2017

DATC
Date
1-14A - Furnace Run-Perryman PDF
2.28.2017

PPL-ATXI East
Date
1-15A -  Conastone-Graceton-Bagley with Conastone-Baldwin 230kV PDF
2.28.2017
1-15B -  Conastone-Graceton-Bagley with Peach Bottom-Otter Point 230kV PDF
2.28.2017

PSEG
Date
1-16A - Peach Bottom-Otter Point 230kV PDF
2.28.2017
1-16B - PeachBottom-Raphael Road 230kV PDF
3.1.2017
1-16C - Conastone-Raphael Road 230kV PDF
3.1.2017
1-16D - Conastone-Northeast 230kV PDF
3.1.2017
1-16E - Peach Bottom-Northeast 230kV PDF
  3.1.2017

Exelon
Date
1-17A - AEP-Public-Cottage Grove PDF
2.28.2017
1-17B - Meadow Lake-Pike Creek 345kV PDF
  2.28.2017

NTD
Date
1-18A - Baltimore 2 PDF
3.1.2017
1-18B - Baltimore 3 PDF
3.1.2017
1-18C - Baltimore 5 PDF
  3.1.2017
1-18D - Baltimore 6 PDF
  3.1.2017
1-18F - Conastone-Fitzhugh Run PDF
  3.1.2017
1-18G - Fells Creek PDF
  3.1.2017
1-18H - Green Ridge 230kV PDF
  3.1.2017
1-18I - Green Ridge 500kV PDF
  3.1.2017
1-18J - Hunterstown-GreenValley PDF
  3.1.2017
1-18K - James Creek PDF
  3.1.2017
1-18L - Limestone Ridge PDF
  3.1.2017
1-18M - Marysville-Miami_Spring Run-Crown PDF
  3.1.2017
1-18N - Marysville-Miami PDF
  3.1.2017
1-18O - Smith Branch PDF
  3.1.2017
1-18P - Spring Run-Crown PDF
  3.1.2017
1-18Q - Trexler Run-Harwood PDF
  3.1.2017
1-18R - Turkey Creek PDF
  3.1.2017