United States › Grid › Interconnection queues › Michigan
BATTERY STORAGE · MISOBattery storage project J3836, Eaton County
Battery storage project J3836, Eaton County is a 250 MW battery storage request in interconnection study in the MISO interconnection queue, in Eaton County, Michigan, connecting to METC.
Queue statusIn planning
- PlanningQueued Oct 2024 (current stage)
- Consented (not yet reached)
- Construction (not yet reached)
- OperatingTarget Oct 2028 (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
- J3836
- Grid region
- MISO (Midcontinent)
- Utility / transmission owner
- METC
- Connection point (POI)
- ONEIDA
- Location
- Eaton County, Michigan
- Technology
- Battery: 250 MW
- Total requested
- 250 MW
- Service type
- Network resource (NRIS)
- Queue status
- Active
- Entered queue
- 24 October 2024
- Proposed online date
- October 2028
Location
Marker shows the centre of Eaton County; the queue data does not give exact sites.
Other requests in Eaton County
- Battery storage project J3992, Eaton CountyBattery storage · 400 MW · in study
- Solar project J4043, Eaton CountySolar · 178 MW · in study
- Battery storage project J4128, Eaton CountyBattery storage · 100 MW · in study
- Solar project J1322, Eaton CountySolar · 200 MW · withdrawn
- Solar project J1307, Eaton CountySolar · 150 MW · withdrawn
- Onshore wind project J820, Eaton CountyOnshore wind · 100 MW · withdrawn
- Onshore wind project J225, Eaton CountyOnshore wind · 100 MW · withdrawn
- Solar project J1083, Eaton CountySolar · 70.0 MW · withdrawn
- Solar project J1178, Eaton CountySolar · 65.0 MW · withdrawn
- Solar project J2583, Eaton CountySolar · 50.0 MW · withdrawn
- Solar project J1192, Eaton CountySolar · 35.0 MW · withdrawn
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