U.S. power plants

1,382 GW of operating capacity at 14,147 plants · EIA generator inventory, 2026-07

Every U.S. generator of one megawatt or more: what the fleet is made of, what is being built and retired each year, how old it is, and where it sits.

Operating capacity
1,382 GW
26,072 generators · natural gas 41%
Added 2026 so far
+32.3 GW
89% solar, wind & batteries · through 2026-07
Retired 2026 so far
−2.0 GW
net +30.3 GW this year
Planned retirements, 5 yrs
46.4 GW
30.3 GW of it coal
Solar + wind
334 GW
24% of capacity

Capacity added and retired each year

GW

Nameplate capacity that entered (above zero) or left (below) the operating fleet each year, by technology. 2026 runs through 2026-07. Derived by comparing EIA’s January inventories year to year.

What the fleet is made of

  • Natural gas570.0 GW41.2%
  • Coal179.1 GW13.0%
  • Solar167.6 GW12.1%
  • Wind166.1 GW12.0%
  • Nuclear101.9 GW7.4%
  • Hydro75.2 GW5.4%
  • Batteries53.2 GW3.9%
  • Oil28.2 GW2.0%
  • Pumped storage21.9 GW1.6%
  • Other18.8 GW1.4%

Operating nameplate capacity. Capacity is not output: nuclear runs over 90% of the hours in a year, solar about a quarter, so solar’s share of electricity is well below its share of capacity.

Power plants of 20 MW or more

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Largest power plants

PlantMWSince
Grand Coulee WA6,8091941
Vogtle GA4,6581987
West County Energy Center FL4,2632009
Palo Verde AZ4,2101986
W A Parish TX4,0081958
Browns Ferry AL3,8541974
Bowen GA3,4991971
Crystal River FL3,4491982
Barry AL3,3441954
Gibson IN3,3401975
Monroe (MI) MI3,2931969
Turkey Point FL2,9781972
Manatee FL2,9511976
John E Amos WV2,9331971
Peach Bottom PA2,8761974
Bath County VA2,8621985
Jack McDonough GA2,8481971
James H Miller Jr AL2,8221978
South Texas Project TX2,7091988
Fort Myers FL2,6811958
Scherer GA2,6731982
Oconee SC2,6671973
Cumberland (TN) TN2,6001973
Rockport IN2,6001984
Gavin Power, LLC OH2,6001974

When today’s fleet was built

GW by decade

Operating capacity by the decade each generator entered service: the coal and nuclear build-out of the 1970s–80s, the gas boom of the 2000s and the solar, wind and battery wave of the 2020s.

Planned retirements

GW by year

Operating capacity whose owner has told EIA it plans to retire, by planned year. Plans slip often — many coal retirements have been postponed as power demand grows.

Capacity by state

GW, operating
StateTotalNatural gasCoalNuclearWindSolarBatteriesHydroLow-carbon shareMix
Texas200.1 81.915.65.143.933.318.10.7 50%
California107.3 39.50.12.36.525.516.09.7 56%
Florida80.1 54.53.73.9—13.31.2— 23%
Illinois52.0 17.57.412.48.75.20.1— 51%
Pennsylvania51.6 29.35.29.51.71.20.10.9 26%
Arizona44.5 17.32.84.21.78.86.62.7 54%
New York43.2 24.0—3.43.03.20.34.5 33%
Georgia42.5 18.56.26.5—5.50.31.9 34%
North Carolina38.8 18.34.45.40.47.10.31.9 39%
Oklahoma36.2 16.53.6—13.70.80.40.7 44%
Ohio35.7 19.46.82.21.24.9—0.1 24%
Michigan34.4 14.26.33.53.83.00.10.3 31%
Indiana34.3 10.213.6—3.95.30.60.1 29%
Alabama33.0 17.55.05.6—0.9—3.3 30%
Virginia31.1 14.71.63.6—5.30.20.8 32%
Washington29.7 3.70.71.23.40.3—19.8 83%
Louisiana28.3 20.61.82.2—1.6—0.2 14%
South Carolina27.2 7.95.26.9—2.00.11.3 38%
Iowa24.6 4.35.2—13.40.70.10.2 59%
Tennessee23.8 7.45.75.0—1.2—2.5 37%
Missouri23.5 6.69.11.22.51.9—0.5 26%
Colorado23.2 8.53.6—5.83.30.70.7 45%
Kentucky21.8 9.110.3——1.2—1.1 11%
Kansas21.0 4.04.91.39.70.4—— 55%
Minnesota19.8 6.43.21.95.02.2—0.2 47%
Wisconsin19.5 8.24.91.30.82.50.30.5 28%
Nevada19.0 9.00.2—0.15.52.11.1 46%
Arkansas18.6 6.85.51.80.12.8—1.1 32%
Mississippi18.1 12.71.61.40.21.70.1— 19%
New Mexico17.9 3.61.6—8.13.11.40.1 71%
New Jersey17.9 12.1—3.6—1.30.1— 28%
Oregon17.4 4.3——4.21.50.56.6 74%
West Virginia16.0 1.413.0—0.90.30.10.4 10%
Massachusetts13.9 6.5——0.91.50.70.3 24%
Maryland13.5 6.31.41.90.21.3—0.6 29%
Wyoming12.7 1.95.5—4.70.2—0.3 41%
Utah12.2 4.03.0—0.43.50.90.3 41%
Nebraska12.1 2.84.00.83.50.2—0.3 40%
North Dakota11.1 1.54.0—5.0——0.6 50%
Connecticut10.2 5.0—2.3—0.5—0.1 28%
South Dakota7.6 1.60.5—3.50.2—1.6 70%
Montana7.5 0.71.8—2.10.2—2.5 65%
Idaho6.6 1.2——1.10.80.72.6 79%
Maine6.0 1.6——1.21.00.20.7 51%
New Hampshire4.2 1.40.11.20.2——0.5 47%
Hawaii3.6 ———0.20.60.5— 37%
Delaware2.9 2.6———0.1—— 5%
Rhode Island2.6 2.0——0.10.5—— 21%
Alaska2.4 0.90.2—0.1—0.10.5 28%
Vermont0.9 ———0.10.2—0.3 73%
District of Columbia0.1 ——————— 49%

How the U.S. power fleet is changing

The United States has roughly 1,400 gigawatts of generating capacity spread across more than 14,000 power plants. This page is built from the EIA’s monthly generator inventory (Form EIA-860M), which lists every generator of one megawatt or more with its technology, size, location and the date it entered service.

What is being built

Solar, batteries and wind now make up the great majority of new capacity. Solar farms are the fastest to permit and build, and batteries have grown from almost nothing to tens of gigawatts a year, mostly in Texas and California, where they store midday solar power for the evening peak. New natural gas plants are still being built, typically combustion turbines that run when demand spikes.

What is being retired

Coal has been the biggest source of retirements for over a decade, as aging plants lost out to cheaper gas and renewables. Owners report planned retirement dates to the EIA, but those plans change: with electricity demand rising again from data centres and manufacturing, several utilities have delayed coal closures.

Capacity versus generation

Capacity is the maximum a plant can produce; generation is what it actually produces. A nuclear reactor runs at over 90% of its capacity through the year, a gas combined-cycle plant around 55%, a wind farm about 35% and a solar farm about 25%. So a gigawatt of solar supplies far less electricity over a year than a gigawatt of nuclear — which is why the generation mix on the power grid page looks different from the capacity mix here.

Frequently asked questions

How many power plants are there in the United States?

More than 14,000 power plants with generators of one megawatt or more, totalling roughly 1,400 gigawatts of operating capacity. The exact count and capacity on this page update monthly from the EIA's generator inventory.

What is the largest source of U.S. generating capacity?

Natural gas, with about 40% of operating capacity. Coal, solar and wind each hold a little over a tenth, followed by nuclear, hydroelectric power and batteries.

How much new power capacity is built each year?

In recent years about 50 gigawatts a year, most of it solar and battery storage, followed by wind and natural gas. This page shows additions and retirements by technology for each year since 2013.

Are coal plants still being retired?

Yes. Coal has been the largest source of retirements for more than a decade, and owners have told the EIA they plan to retire tens of gigawatts more over the next five years, although several closures have been postponed as electricity demand rises.

Where does this power plant data come from?

From the U.S. Energy Information Administration's Preliminary Monthly Electric Generator Inventory (Form EIA-860M), which lists every U.S. generator of one megawatt or more with its technology, capacity, location and operating dates.

Data: U.S. Energy Information Administration, Preliminary Monthly Electric Generator Inventory (Form EIA-860M). Capacity is nameplate. Additions and retirements are derived by comparing January inventories and may differ slightly from EIA’s published totals. Planned or proposed units not yet built are not included. For information only.