Lilliwaup Falls Generating

601 N. Lilliwaup St, Lilliwaup, WA 98555

Plant Summary Information

Lilliwaup Falls Generating is ranked #65 out of 70 hydroelectric power plants in Washington in terms of total annual net electricity generation.

Lilliwaup Falls Generating is comprised of 7 generators and generated 1.7 GWh during the 3-month period between September 2023 to December 2023.

Plant NameLilliwaup Falls Generating
Utility NameWilliam G. Reed Jr
LocationMason County, WA
Initial Operation DateMay 1986
Last Update Dec 2023
Annual Generation 6.0 GWh
Annual Consumption 22.0 k MMBtu
Ranked #7,280 out of 11,866 Power Plants Nationwide
Ranked #1,106 out of 1,369 Water Power Plants Nationwide
Ranked #123 out of 134 Washington Power Plants
Ranked #65 out of 70 Washington Water Power Plants
Fuel Types Water

Map of Lilliwaup Falls Generating

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Monthly Net Generation for Lilliwaup Falls Generating

Lilliwaup Falls Generating Details

Summary Information
Plant NameLilliwaup Falls Generating (50700)
Plant Address601 N. Lilliwaup St, Lilliwaup, WA 98555
UtilityWilliam G. Reed Jr (15795)
Latitude, Longitude47.4706, -123.1153
Generation Dates on FileJan 2001 to Dec 2023
Initial Operation DateMay 1986
Annual Generation 6.0 GWh
Fuel Types Water
 
Federal Energy Regulatory Commission (FERC) Information
FERC Cogeneration StatusNo
FERC Small Power Producer StatusYes
FERC Small Power Producer Docket NumberQF15-137-000
FERC Exempt Wholesale Generator StatusNo
Regulatory Information
Regulatory StatusNon-Regulated
NERC RegionWECC
Balancing AuthorityBonneville Power Administration (BPAT)
NAICS CodeUtilities (22)
Sector IPP Non-CHP (2)
Water SourceLilliwaup Creek
Ash Impoundment No
Transmission / Distribution OwnerPUD No 1 of Mason County (22355) WA
Grid Voltage 12.50 kV / 7.20 kV
Energy StorageNo

Generator 4735 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M

Generator 4736 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M

Generator 4737 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M

Generator 4738 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M

Generator 4739 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Other Planned ModificationsNo
Multiple FuelsNo

Generator 4740 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Other Planned ModificationsNo
Multiple FuelsNo

Generator 4741 Details Operating May 1986

TechnologyConventional Hydroelectric
Prime MoverHydroelectric Turbine
OwnershipSingle Owner
Nameplate Capacity0.2 MW
Nameplate Power Factor0.8
Summer Capacity0.2 MW
Winter Capacity0.2 MW
Minimum Load0.2 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMay 1986
Combined Heat & Power No
Sector NameIPP Non-CHP (2)
Energy SourceWater
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Other Planned ModificationsNo
Multiple FuelsNo

Lilliwaup Falls Generating Plant Owners

Owner NameAddressGeneratorOwnership
We couldn't locate any owners for this plant

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