United States › Grid › Interconnection queues › Oklahoma
ONSHORE WIND · SPPOnshore wind project GEN-2016-131, Grady County
Onshore wind project GEN-2016-131, Grady County is a 2.5 MW onshore wind request built and operating in the SPP interconnection queue, in Grady County, Oklahoma, connecting to OGE.
Request details
- Queue ID
- GEN-2016-131
- Grid region
- SPP (Southwest Power Pool)
- Utility / transmission owner
- OGE
- Connection point (POI)
- Minco 345kV
- Location
- Grady County, Oklahoma
- Technology
- Wind: 2.5 MW
- Total requested
- 2.5 MW
- Service type
- Energy only (ERIS)
- Study phase
- IA FULLY EXECUTED/COMMERCIAL OPERATION
- Queue status
- Operational
- Entered queue
- 30 November 2016
- Proposed online date
- October 2021
- Came online
- October 2021
Location
Marker shows the centre of Grady County; the queue data does not give exact sites.
Other requests in Grady County
- Solar project GEN-2018-055, Grady CountySolar · 252 MW · agreement signed
- Solar project GEN-2017-150, Grady CountySolar · 250 MW · agreement signed
- Onshore wind project GEN-2017-233, Grady CountyOnshore wind · 215 MW · agreement signed
- Battery storage project GEN-2024-369, Grady CountyBattery storage · 250 MW · in study
- Battery storage project GEN-2025-SR6, Grady CountyBattery storage · 200 MW · in study
- Solar project GEN-2023-035, Grady CountySolar · 200 MW · in study
- Solar project GEN-2022-055, Grady CountySolar · 200 MW · in study
- Solar + storage project GEN-2024-362, Grady CountySolar + storage · 140 MW · in study
- Onshore wind project GEN-2014-057, Grady CountyOnshore wind · 250 MW · built
- Onshore wind project GEN-2007-043, Grady CountyOnshore wind · 200 MW · built
- Onshore wind project GEN-2011-050, Grady CountyOnshore wind · 108 MW · built
- Onshore wind project GEN-2014-020, Grady CountyOnshore wind · 100 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