The Dalles
3545 Bret Clodfelter Way, The Dalles, OR 97058Plant Summary Information
The Dalles is ranked #6 out of 1,371 hydroelectric power plants nationwide in terms of total annual net electricity generation.
The Dalles is comprised of 24 generators and generated 1.2 TWh during the 3-month period between May 2024 to August 2024.
Plant Name | The Dalles |
---|---|
Utility Name | USACE Northwestern Division |
Location | Wasco County, OR |
Initial Operation Date | June 1957 |
Last Update | Aug 2024 |
Annual Generation | 5.4 TWh |
Annual Consumption | 19.5 M MMBtu |
Ranked #194 out of 11,836 Power Plants Nationwide | |
Ranked #6 out of 1,371 Water Power Plants Nationwide | |
Ranked #2 out of 255 Oregon Power Plants | |
Ranked #2 out of 60 Oregon Water Power Plants | |
Fuel Types | Water |
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Monthly Net Generation for The Dalles
The Dalles Details
Summary Information | |
---|---|
Plant Name | The Dalles (3895) |
Plant Address | 3545 Bret Clodfelter Way, The Dalles, OR 97058 |
Utility | USACE Northwestern Division (19400) |
Latitude, Longitude | 45.614, -121.1346 |
Generation Dates on File | Jan 2001 to Aug 2024 |
Initial Operation Date | June 1957 |
Annual Generation | 5.4 TWh |
Fuel Types | Water |
Federal Energy Regulatory Commission (FERC) Information | |
FERC Cogeneration Status | No |
FERC Small Power Producer Status | No |
FERC Exempt Wholesale Generator Status | No |
Regulatory Information | |
---|---|
Regulatory Status | Regulated |
NERC Region | WECC |
Balancing Authority | Bonneville Power Administration (BPAT) |
NAICS Code | Utilities (22) |
Sector | Electric Utility (1) |
Water Source | Columbia River |
Ash Impoundment | No |
Transmission / Distribution Owner | Bonneville Power Administration (1738) OR |
Grid Voltage | 230.00 kV |
Energy Storage | No |
Generator 1 Details Operating October 1957
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | October 1957 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 2 Details Operating November 1957
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1957 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator F1 Details OA June 1957
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 14 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 14 MW |
Winter Capacity | 14 MW |
Minimum Load | 14 MW |
Uprate/Derate Completed | No |
Status | OA |
---|---|
First Operation Date | June 1957 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator F2 Details OA July 1957
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 14 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 14 MW |
Winter Capacity | 14 MW |
Minimum Load | 14 MW |
Uprate/Derate Completed | No |
Status | OA |
---|---|
First Operation Date | July 1957 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 5 Details Operating October 1958
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 89.7 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 92.7 MW |
Winter Capacity | 92 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | October 1958 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 6 Details Operating November 1958
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1958 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 3 Details Operating February 1958
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | February 1958 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 4 Details OA May 1958
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | OA |
---|---|
First Operation Date | May 1958 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 10 Details Operating November 1959
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1959 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 9 Details Operating November 1959
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1959 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 7 Details Operating February 1959
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | February 1959 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 8 Details OA May 1959
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | OA |
---|---|
First Operation Date | May 1959 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 14 Details Operating November 1960
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1960 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 11 Details OA February 1960
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | OA |
---|---|
First Operation Date | February 1960 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 12 Details Operating May 1960
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | May 1960 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 13 Details Operating August 1960
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 78 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 78 MW |
Winter Capacity | 78 MW |
Minimum Load | 24.8 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | August 1960 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 21 Details Operating November 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | November 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 22 Details Operating December 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | December 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 15 Details Operating February 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | February 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 16 Details Operating February 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | February 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 17 Details Operating March 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | March 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 18 Details Operating March 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Operating |
---|---|
First Operation Date | March 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 19 Details Out of Service May 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Status | Out of Service |
---|---|
First Operation Date | May 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
Generator 20 Details Out of Service June 1973
Technology | Conventional Hydroelectric |
---|---|
Prime Mover | Hydroelectric Turbine |
Ownership | Single Owner |
Nameplate Capacity | 86 MW |
Nameplate Power Factor | 0.95 |
Summer Capacity | 86 MW |
Winter Capacity | 86 MW |
Minimum Load | 29 MW |
Uprate/Derate Completed | No |
Status | Out of Service |
---|---|
First Operation Date | June 1973 |
Combined Heat & Power | No |
Sector Name | Electric Utility (1) |
Energy Source | Water |
Time From Cold Shutdown To Full Load | 10M |
Other Planned Modifications | No |
Multiple Fuels | No |
The Dalles Plant Owners
Owner Name | Address | Generator | Ownership | We couldn't locate any owners for this plant |
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Power Plants with Similar Net Generation
Power plants with a similar annual net generation from Water.
Rank | Plant Name | Plant Location | Annual Generation |
---|---|---|---|
#1 | Robert Moses Niagara | Lewiston, NY | 15.8 TWh |
#2 | Grand Coulee | Grand Coulee, WA | 15.0 TWh |
#3 | Chief Joseph | Bridgeport, WA | 8.9 TWh |
#4 | Robert Moses Power Dam | Massena, NY | 7.5 TWh |
#5 | John Day | Rufus, OR | 6.9 TWh |
#7 | Rocky Reach | Wenatchee, WA | 4.8 TWh |
#8 | Wanapum | Beverly, WA | 3.9 TWh |
#9 | Priest Rapids | Mattawa, WA | 3.7 TWh |
#10 | McNary | Umatilla, OR | 3.6 TWh |
#11 | Bonneville | Cascade Locks, OR | 3.5 TWh |
#12 | Wells | Pateros, WA | 3.4 TWh |
#13 | Boundary | Metaline, WA | 3.1 TWh |
#14 | Glen Canyon Dam | Page, AZ | 2.8 TWh |
#15 | Shasta | Redding, CA | 2.4 TWh |
#16 | Edward C Hyatt | Oroville, CA | 2.4 TWh |
#17 | Wilson Dam | Muscle Shoals, AL | 2.2 TWh |
#18 | Garrison | Riverside, ND | 2.1 TWh |
#19 | Conowingo | Darlington, MD | 2.1 TWh |
#20 | Brownlee | Cambridge, ID | 2.1 TWh |
#21 | Oahe | Pierre, SD | 2.1 TWh |
Nearby Power Plants
Below are closest 20 power plants surrounding The Dalles.
Plant Name | Plant Location | Annual Generation | Distance |
---|---|---|---|
Biglow Canyon Wind Farm | Wasco, OR | 926.4 GWh | 25.8 mi |
Copper Dam Plant | Hood River, OR | 15.6 GWh | 19.1 mi |
Dalles Dam North Fishway Project | The Dalles, OR | 41.6 GWh | 0.1 mi |
Golden Hill Wind | Wasco, OR | 584.0 GWh | 20.9 mi |
Goldendale Generating Station | Goldendale, WA | 2.2 TWh | 19.9 mi |
Goodnoe Hills | Goldendale, WA | 223.9 GWh | 31.8 mi |
Hay Canyon Wind Power LLC | Wasco, OR | 175.4 GWh | 27.9 mi |
John Day | Rufus, OR | 6.9 TWh | 22.4 mi |
Klondike Wind Power | Wasco, OR | 30.9 GWh | 28.5 mi |
Klondike Windpower II | Wasco, OR | 229.2 GWh | 26.4 mi |
Klondike Windpower III | Wasco, OR | 681.0 GWh | 30.5 mi |
Linden Wind Energy Project | Goldendale, WA | 116.7 GWh | 19.2 mi |
Middle Fork Irrigation District | Parkdale, OR | 20.2 GWh | 24.3 mi |
PaTu Wind Farm LLC | Wasco, OR | 25.5 GWh | 25 mi |
Peters Drive Plant | Hood River, OR | 6.3 GWh | 20.3 mi |
Star Point Wind Project LLC | Wasco, OR | 194.0 GWh | 32.5 mi |
Timothy Lake Powerhouse | Estacada, OR | 946.0 MWh | 34.5 mi |
Tuolumne Wind Project | Goldendale, WA | 329.8 GWh | 24.2 mi |
Windy Flats Wind Project | Centerville, WA | 567.8 GWh | 16.5 mi |
WyEast Solar | Wasco, OR | 19.6 GWh | 25.9 mi |