Nebraska · Battery

Proposed battery projects in Nebraska

There are 18 proposed battery projects in Nebraska's interconnection queue, totaling 2.45 GW of requested capacity. The largest is Queue GEN-2021-043 at 250 MW, and the median planned online year is 2028.

18
Proposed projects
2.45 GW
Requested capacity
136.2 MW
Average project size
2028
Median planned online year

All proposed battery projects in Nebraska

TypeRegionIA Status
Queue GEN-2021-043
GEN-2021-043
BatterySPPLancasterIA Executed250 MW20212030
Queue GEN-2024-372
GEN-2024-372
BatterySPPDouglasSystem Impact Study250 MW20252028
Queue GEN-2018-025susp.
GEN-2018-025
BatterySPPWashingtonSuspended200 MW20182028
Queue GEN-2018-033susp.
GEN-2018-033
BatterySPPCassSuspended200 MW20182029
Queue GEN-2021-040
GEN-2021-040
BatterySPPCassFacility Study200 MW20212029
Queue GEN-2024-173
GEN-2024-173
BatterySPPLancasterSystem Impact Study200 MW20252028
Queue GEN-2024-051
GEN-2024-051
BatterySPPLancasterSystem Impact Study170 MW20242028
Queue GEN-2025-SR31
GEN-2025-SR31
BatterySPPMadisonIn Progress (unknown study)170 MW20252026
Queue GEN-2024-065
GEN-2024-065
BatterySPPDodgeSystem Impact Study150 MW20242029
Queue GEN-2023-SR7
GEN-2023-SR7
BatterySPPWayneFacility Study135 MW20222024
Queue GEN-2018-037susp.
GEN-2018-037
BatterySPPDouglasSuspended100 MW20182030
Queue GEN-2021-039
GEN-2021-039
BatterySPPDouglasFacility Study100 MW20212030
Queue GEN-2024-SR10
GEN-2024-SR10
BatterySPPLancasterFacility Study80 MW20242026
Queue GEN-2021-048
GEN-2021-048
BatterySPPLancasterIA Executed75 MW20212029
Queue GEN-2024-SR8
GEN-2024-SR8
BatterySPPGreeleyFacility Study70 MW20242026
Queue GEN-2023-SR19
GEN-2023-SR19
BatterySPPJeffersonFacility Study50 MW20232026
Queue GEN-2025-SR5
GEN-2025-SR5
BatterySPPLancasterFacility Study40 MW20252026
Queue GEN-2017-198
GEN-2017-198
BatterySPPDouglasIA Executed11.6 MW20172027

Browse Nebraska's full interconnection queue. Compare with operating capacity: 2 operating storage plants in Nebraska. Nationwide: Storage plants nationwide.

Source: "Queued Up" (Rand et al., Lawrence Berkeley National Laboratory, 2026 edition) (data as of December 31, 2025).