United States › Grid › Interconnection queues › Delaware
SOLAR · PJMSolar project AG2-447, New Castle County
Solar project AG2-447, New Castle County is a 20.0 MW solar request in interconnection study in the PJM interconnection queue, in New Castle County, Delaware, connecting to DPL.
Queue statusIn planning
- PlanningQueued Feb 2025 (current stage)
- Consented (not yet reached)
- Construction (not yet reached)
- OperatingTarget Feb 2024 (not yet reached)
- Closed (not yet reached)
Studies assess what grid upgrades the project would need and who pays for them. A signed interconnection agreement is the main step before construction.
Request details
- Queue ID
- AG2-447
- Grid region
- PJM (Mid-Atlantic, Midwest)
- Utility / transmission owner
- DPL
- Developer
- Freepoint Solar LLC
- Connection point (POI)
- Cedar Creek 138 kV VII
- Location
- New Castle County, Delaware
- Technology
- Solar: 20.0 MW
- Total requested
- 20.0 MW
- Service type
- Network resource (NRIS)
- Study phase
- System Impact Study
- Queue status
- Active
- Entered queue
- 25 February 2025
- Proposed online date
- February 2024
Location
Marker shows the centre of New Castle County; the queue data does not give exact sites.
Other requests in New Castle County
- Battery storage project AH2-051, New Castle CountyBattery storage · 200 MW · in study
- Other project AI2-025, New Castle CountyOther · 10.0 MW · in study
- Cedar Creek SolarSolar · 19.8 MW · suspended
- Cedar Creek SolarSolar · 19.8 MW · suspended
- Cedar Creek SolarSolar · 18.8 MW · suspended
- Cedar Creek SolarSolar · 15.9 MW · suspended
- Hay Road 5, 6, 7Gas · 545 MW · built
- Garrison Energy CenterGas · 309 MW · built
- Delaware CityOther · 250 MW · built
- Delaware City/Motiva Unit G6Gas · 60.0 MW · built
- New Castle SolarSolar · 50.0 MW · built
- Red Lion Energy CenterOther · 24.9 MW · built
Source: Lawrence Berkeley National Laboratory, Queued Up, data through end of 2025, compiled from ISO/RTO and utility queues. Check the grid operator's own queue for the latest status. Report a problem