Great Lakes Hydro America - ME

1024 Cenetral Street, Millinocket, ME 4462

Plant Summary Information

Great Lakes Hydro America - ME is ranked #3 out of 161 power plants in Maine in terms of total annual net electricity generation.

Great Lakes Hydro America - ME is comprised of 33 generators and generated 180.6 GWh during the 3-month period between September 2023 to December 2023.

Plant Name	Great Lakes Hydro America - ME
Utility Name	Great Lakes Hydro America LLC
Location	Penobscot County, ME
Initial Operation Date	July 1917
Last Update	Dec 2023
Annual Generation	737.2 GWh
Annual Consumption	2.7 M MMBtu
Ranked #942 out of 11,852 Power Plants Nationwide
Ranked #54 out of 1,371 Water Power Plants Nationwide
Ranked #3 out of 161 Maine Power Plants
Ranked #1 out of 50 Maine Water Power Plants
Fuel Types	Water

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Monthly Net Generation for Great Lakes Hydro America - ME

Great Lakes Hydro America - ME Details

Summary Information
Plant Name	Great Lakes Hydro America - ME (54134)
Plant Address	1024 Cenetral Street, Millinocket, ME 4462
Utility	Great Lakes Hydro America LLC (7595)
Latitude, Longitude	45.64718, -68.70437
Generation Dates on File	Jan 2001 to Dec 2023
Initial Operation Date	July 1917
Annual Generation	737.2 GWh
Fuel Types	Water

Federal Energy Regulatory Commission (FERC) Information
FERC Cogeneration Status	No
FERC Small Power Producer Status	No
FERC Exempt Wholesale Generator Status	Yes
FERC Exempt Wholesale Generator Docket Number	02-137-000

Regulatory Information
Regulatory Status	Non-Regulated
NERC Region	NPCC
Balancing Authority	ISO New England Inc. (ISNE)
NAICS Code	Utilities (22)
Sector	IPP Non-CHP (2)
Water Source	West Branch Penobscot River
Ash Impoundment	No
Transmission / Distribution Owner	Versant Power (1179) ME
Grid Voltage	115.00 kV
Energy Storage	Yes

* Data obtained from the 2023 EIA 860 Report

Generator MIH2 Details Operating July 1917

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.5 MW
Nameplate Power Factor	0.9
Summer Capacity	5.3 MW
Winter Capacity	5.8 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1917
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH3 Details Operating July 1917

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.5 MW
Nameplate Power Factor	0.9
Summer Capacity	5.3 MW
Winter Capacity	5.8 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1917
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH4 Details Operating July 1917

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.1 MW
Nameplate Power Factor	0.9
Summer Capacity	5.5 MW
Winter Capacity	5.5 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1917
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH5 Details Operating July 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.1 MW
Nameplate Power Factor	0.9
Summer Capacity	4.9 MW
Winter Capacity	4.7 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1921
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH6 Details Operating July 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.1 MW
Nameplate Power Factor	0.9
Summer Capacity	4.9 MW
Winter Capacity	4.7 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1921
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH7 Details Operating July 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4 MW
Nameplate Power Factor	0.9
Summer Capacity	5.5 MW
Winter Capacity	5.5 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1921
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH2 Details Out of Service July 1925

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.3 MW
Nameplate Power Factor	0.9
Summer Capacity	1.3 MW
Winter Capacity	1.3 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Out of Service
First Operation Date	July 1925
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH3 Details Out of Service July 1925

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.3 MW
Nameplate Power Factor	0.9
Summer Capacity	1.3 MW
Winter Capacity	1.3 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Out of Service
First Operation Date	July 1925
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH4 Details Out of Service July 1925

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.8 MW
Nameplate Power Factor	0.9
Summer Capacity	1.8 MW
Winter Capacity	1.8 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Out of Service
First Operation Date	July 1925
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH8 Details Operating July 1930

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3 MW
Nameplate Power Factor	0.9
Summer Capacity	3.4 MW
Winter Capacity	3.3 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1930
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator WEH1 Details Operating July 1940

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.8 MW
Nameplate Power Factor	0.9
Summer Capacity	4.6 MW
Winter Capacity	4.4 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1940
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator WEH2 Details Operating July 1940

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.8 MW
Nameplate Power Factor	0.9
Summer Capacity	4.6 MW
Winter Capacity	4.4 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1940
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator WEH3 Details Operating July 1940

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.8 MW
Nameplate Power Factor	0.9
Summer Capacity	4.6 MW
Winter Capacity	4.4 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1940
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator WEH4 Details Operating July 1940

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.8 MW
Nameplate Power Factor	0.9
Summer Capacity	4.6 MW
Winter Capacity	4.4 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1940
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH1 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH2 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH3 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH4 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH5 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator EMH6 Details Operating July 1948

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.6 MW
Nameplate Power Factor	0.9
Summer Capacity	1.5 MW
Winter Capacity	1.5 MW
Minimum Load	0.2 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1948
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MCH1 Details Operating July 1953

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	12.2 MW
Nameplate Power Factor	0.9
Summer Capacity	11.6 MW
Winter Capacity	11.2 MW
Minimum Load	8 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1953
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MCH2 Details Operating July 1953

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	12.2 MW
Nameplate Power Factor	0.9
Summer Capacity	11.6 MW
Winter Capacity	11.2 MW
Minimum Load	8 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1953
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MCH3 Details Operating July 1967

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	13.2 MW
Nameplate Power Factor	0.9
Summer Capacity	12.5 MW
Winter Capacity	12.1 MW
Minimum Load	9 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1967
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH6 Details Operating July 1975

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.1 MW
Nameplate Power Factor	0.9
Summer Capacity	3.9 MW
Winter Capacity	3.8 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1975
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH7 Details Operating July 1975

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.1 MW
Nameplate Power Factor	0.9
Summer Capacity	3.9 MW
Winter Capacity	3.8 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1975
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator NOH1 Details Operating July 1986

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3.2 MW
Nameplate Power Factor	0.9
Summer Capacity	3 MW
Winter Capacity	2.9 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1986
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator NOH2 Details Operating July 1986

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3.2 MW
Nameplate Power Factor	0.9
Summer Capacity	3 MW
Winter Capacity	2.9 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1986
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator NOH3 Details Operating July 1986

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3.2 MW
Nameplate Power Factor	0.9
Summer Capacity	3 MW
Winter Capacity	2.9 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1986
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIH8 Details Operating July 1987

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.4 MW
Nameplate Power Factor	0.9
Summer Capacity	5.1 MW
Winter Capacity	5 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1987
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator MIHI Details Operating July 1987

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.4 MW
Nameplate Power Factor	0.9
Summer Capacity	5.1 MW
Winter Capacity	5 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1987
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator DOH5 Details Operating July 1988

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	5.3 MW
Nameplate Power Factor	0.9
Summer Capacity	5 MW
Winter Capacity	4.9 MW
Minimum Load	0.5 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	July 1988
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Water
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M
Multiple Fuels	No

Generator BES1 Details Operating December 2020

Technology	Batteries
Prime Mover	Battery
Ownership	Single Owner
RTO ISO LMP Node Designation	69256
RTO ISO Location Designation For Reporting Wholesale Sales Data	69256
Nameplate Capacity	10 MW
Nameplate Power Factor	0.95
Summer Capacity	9.4 MW
Winter Capacity	9.4 MW
Minimum Load	0.1 MW

Uprate/Derate Completed	No
Status	Operating
First Operation Date	December 2020
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Electricity used for energy storage
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M

Energy Storage Details
Nameplate Energy Capacity MWH	10
Maximum Charge Rate	4 MW
Maximum Discharge Rate	5 MW
Storage Technology	LIB
Nameplate Reactive Power Rating	18.2
Storage Enclosure Type	CS
Arbitrage	P
Frequency Regulation	Yes
Load Following	Yes
Ramping Spinning Reserve	Yes
Voltage Or Reactive Power Support	Yes
Independent	Yes
Direct Support Of Another Unit	No
Support T D Asset	No

Generator BES2 Details Operating December 2020

Technology	Batteries
Prime Mover	Battery
Ownership	Single Owner
RTO ISO LMP Node Designation	69256
RTO ISO Location Designation For Reporting Wholesale Sales Data	69256
Nameplate Capacity	10 MW
Nameplate Power Factor	0.95
Summer Capacity	9.4 MW
Winter Capacity	9.4 MW
Minimum Load	0.1 MW

Uprate/Derate Completed	No
Status	Operating
First Operation Date	December 2020
Combined Heat & Power	No
Sector Name	IPP Non-CHP (2)
Energy Source	Electricity used for energy storage
Solid Fuel Gasification	No
Carbon Capture Technology	No
Time From Cold Shutdown To Full Load	10M

Energy Storage Details
Nameplate Energy Capacity MWH	10
Maximum Charge Rate	4 MW
Maximum Discharge Rate	5 MW
Storage Technology	LIB
Nameplate Reactive Power Rating	18.2
Storage Enclosure Type	CS
Arbitrage	P
Frequency Regulation	Yes
Load Following	Yes
Ramping Spinning Reserve	Yes
Voltage Or Reactive Power Support	Yes
Independent	Yes
Direct Support Of Another Unit	No
Support T D Asset	No

Great Lakes Hydro America - ME Plant Owners

Owner Name	Address	Generator	Ownership
*We couldn't locate any owners for this plant*

Power Plants with Similar Net Generation

Power plants with a similar annual net generation from Water.

Rank	Plant Name	Plant Location	Annual Generation
#44	Yellowtail	Hardin, MT	846.0 GWh
#45	Keokuk	Keokuk, IA	834.9 GWh
#46	Cabinet Gorge	Clark Fork, ID	815.7 GWh
#47	Fontana Dam	Fontana Dam, NC	813.6 GWh
#48	Watts Bar Hydro	Spring City, TN	812.4 GWh
#49	Selis Ksanka Qlispe	Polson, MT	804.8 GWh
#50	Round Butte	Madras, OR	780.2 GWh
#51	Big Bend Dam	Chamberlain, SD	770.5 GWh
#52	Bull Shoals	Mountain Home, AR	750.5 GWh
#53	Big Creek 3	Auberry, CA	745.8 GWh
#55	Gavins Point	Crofton, NE	715.3 GWh
#56	Sidney A Murray Jr Hydroelectric	Vidalia, LA	707.5 GWh
#57	Fort Peck	Fort Peck, MT	701.2 GWh
#58	Gorge	Rockport, WA	678.1 GWh
#59	Fort Loudoun	Lenoir City, TN	676.5 GWh
#60	Chickamauga	Chattanooga, TN	657.3 GWh
#61	Hungry Horse	Columbia Falls, MT	650.2 GWh
#62	J Strom Thurmond	Clarks Hill, SC	632.4 GWh
#63	Folsom	Folsom, CA	626.4 GWh
#64	Poe	Storrie, CA	589.5 GWh

Nearby Power Plants

Below are closest 20 power plants surrounding Great Lakes Hydro America - ME.

Plant Name	Plant Location	Annual Generation	Distance
Brassua Hydroelectric Project	Rockwood, ME	19.9 GWh	53.5 mi
Corkwood Solar (CSG)	Howland, ME	344.0 MWh	26.9 mi
Dynamic Corinth (CSG)	Corinth, ME	4.0 GWh	46.6 mi
Indeck West Enfield Energy Center	West Enfield, ME	13.5 GWh	27.4 mi
Medway Hydro	Medway, ME	27.5 GWh	8.2 mi
Milford Hydro Station	Milford, ME	53.0 GWh	48.8 mi
Milo CSG	Milo, ME	6.0 GWh	31.7 mi
Milo PV - BD Solar 1 LLC	Milo, ME	25.2 GWh	29.7 mi
Oakfield Wind Project	City of Oakfield, ME	315.4 GWh	39 mi
Orono B	Orono, ME	25.5 GWh	52.7 mi
Orono Hydro Station	Orono, ME	11.6 GWh	53 mi
Passadumkeag Windpark LLC	Greenbush, ME	121.1 GWh	46.5 mi
Pumpkin Hill	Lowell, ME	5.5 GWh	33.9 mi
Red Shield Envir Old Town Facility	Old Town, ME	66.3 GWh	50.5 mi
Rollins Wind Project	Winn Village, ME	132.2 GWh	26.1 mi
Stetson Wind I	Danforth, ME	106.6 GWh	36.2 mi
Stetson Wind II	Danforth, ME	45.7 GWh	35.5 mi
Stillwater B	Old Town, ME	12.8 GWh	50.8 mi
Stillwater Hydro Station	Stillwater, ME	12.1 GWh	51 mi
West Enfield Hydro	West Enfield, ME	100.4 GWh	27.6 mi