Power plant · Kentucky

Ohio Falls

Ohio Falls is a 110 MW wat power plant in Kentucky, operated by Louisville Gas & Electric Co, in service since 1928.

Nameplate capacity
110 MW
Primary fuel
WAT
Status
Operating
since 1928
Annual generation
272.0 GWh
2023 data

Location

Ohio Falls is located Kentucky, at 38.2832°, -85.7792° (highlighted below among other power plants in the state).

Ohio Falls location in KentuckyTrimble County · 2.6 GWGhent · 2.2 GWParadise · 1.9 GWH L Spurlock · 1.6 GWShawnee · 1.6 GWE W Brown · 1.5 GWMill Creek (KY) · 1.4 GWRiverside Generating LLC · 1.2 GWJ K Smith · 938 MWCane Run · 807 MWEast Bend · 772 MWMarshall Energy Facility · 688 MWR D Green · 586 MWBluegrass Generating Station · 581 MWD B Wilson · 509 MWCooper · 344 MWBig Sandy · 281 MWWolf Creek · 270 MWKentucky Dam · 219 MWPaddys Run · 211 MWBarkley · 130 MWPPS Power Plant No 1 · 120 MWMeldahl Hydroelectric Project · 105 MWRobert A Reid · 99 MWKentucky Mills · 88 MWCannelton Hydroelectric Plant · 88 MWSmithland Hydroelectric Plant · 76 MWLaurel Dam · 70 MWSR Turkey Creek, LLC · 50 MWHaefling · 41 MWDix Dam · 28 MWCalvert City · 27 MWParis (KY) · 11 MWCooperative Solar One · 9 MWCox Waste to Energy · 5 MWBavarian LFGTE · 5 MWPendleton County LFGTE · 3 MWCrittenden Solar Facility · 3 MWSR Franklin, LLC · 3 MWMatilda Hamilton Fee Hydroelectric Stati · 3 MWGreen Valley LFGTE · 2 MWHardin County LFGTE · 2 MWMother Ann Lee · 2 MWLGE-KU Solar Share Facility Simpsonville · 2 MWAero Solar Facility · 2 MWGreen City Recovery, LLC · 2 MWWalton 1 Solar Facility · 2 MWWalton 2 Solar Facility · 2 MWBlue Ridge Generating · 2 MWMorehead Generating Facility · 1 MWL'Oreal Solar - Florence · 1 MWGlasgow LFGTE · 1 MWOhio Falls · 110 MW39.2°N, 89.7°W36.4°N, 81.7°W
  • Renewable
  • Nuclear
  • Fossil
  • Other

About this plant

Ohio Falls is a wat generating station located in Kentucky. The plant has a nameplate capacity of 110 MW. It is operated by Louisville Gas & Electric Co. It has been in service since 1928. Plant coordinates: 38.2832°, -85.7792°.