103.8 GW
US Nuclear Fleet (2025)
785 TWh
2025 Net Generation
40M lbs
U3O8 Mkt Demand 2025
92.4%
CF model assumption (2024 actual; 2025 actual = 91.9%)
0.0689
lbs U3O8/MWh -- natural U3O8 equiv.
📊 Monthly US Nuclear Generation — 2024 vs 2025
TWh = terawatt-hours net generation. Dips indicate refueling outages.
Each 1 TWh = 68,900 lbs U3O8 (natural U3O8 equiv., EIA MER Table 8.2).
⚡ Generation & Demand by NERC Region
SERC
45.8 GW
42 units
340 TWh
2025 generation
23.4M lbs
U3O8 mkt demand
43.2%
of US nuclear
RFC
33.6 GW
30 units
262.0 TWh
2025 generation
18.1M lbs
U3O8 mkt demand
33.4%
of US nuclear
WECC
7.7 GW
6 units
56.6 TWh
2025 generation
3.9M lbs
U3O8 mkt demand
7.2%
of US nuclear
NPCC
6.9 GW
7 units
56.0 TWh
2025 generation
3.9M lbs
U3O8 mkt demand
7.1%
of US nuclear
TRE
5.7 GW
4 units
41.6 TWh
2025 generation
2.9M lbs
U3O8 mkt demand
5.3%
of US nuclear
MRO
3.9 GW
5 units
29.4 TWh
2025 generation
2.0M lbs
U3O8 mkt demand
3.7%
of US nuclear
🏭 U3O8 Demand by Utility (FY2025)
🌍 Global Supply / Demand Context
📅 US Demand Forward Projection
U3O8 column uses natural uranium equivalent loaded into reactors (0.0689 lbs/MWh). Market procurement demand (~40M lbs/yr) is lower due to secondary supply and enrichment tails optimization.