Berlin Gorham

972 Main Street, Berlin, NH 3570

Plant Summary Information

Berlin Gorham is ranked #8 out of 56 power plants in New Hampshire in terms of total annual net electricity generation.

Berlin Gorham is comprised of 22 generators and generated 42.4 GWh during the 3-month period between September 2023 to December 2023.

Plant Name	Berlin Gorham
Utility Name	Great Lakes Hydro America LLC
Location	Coos County, NH
Initial Operation Date	January 1914
Last Update	Dec 2023
Annual Generation	168.0 GWh
Annual Consumption	623.5 k MMBtu
Ranked #2,544 out of 11,866 Power Plants Nationwide
Ranked #250 out of 1,369 Water Power Plants Nationwide
Ranked #8 out of 56 New Hampshire Power Plants
Ranked #3 out of 32 New Hampshire Water Power Plants
Fuel Types	Water

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Monthly Net Generation for Berlin Gorham

Berlin Gorham Details

Summary Information
Plant Name	Berlin Gorham (54639)
Plant Address	972 Main Street, Berlin, NH 3570
Utility	Great Lakes Hydro America LLC (7595)
Latitude, Longitude	44.3889, -71.1645
Generation Dates on File	Jan 2001 to Dec 2023
Initial Operation Date	January 1914
Annual Generation	168.0 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	Androscoggin River
Ash Impoundment	No
Transmission / Distribution Owner	Public Service Co of NH (15472) NH
Grid Voltage	22.00 kV
Energy Storage	Yes

* Data obtained from the 2023 EIA 860 Report

Generator CAS1 Details Operating January 1914

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	2.4 MW
Nameplate Power Factor	0.9
Summer Capacity	2.4 MW
Winter Capacity	2.4 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1914
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 CAS2 Details Operating January 1916

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	2.4 MW
Nameplate Power Factor	0.9
Summer Capacity	2.4 MW
Winter Capacity	2.4 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1916
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 SH2 Details Operating January 1916

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.9 MW
Nameplate Power Factor	0.9
Summer Capacity	0.9 MW
Winter Capacity	0.9 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1916
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 SHL1 Details Operating January 1916

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.9 MW
Nameplate Power Factor	0.9
Summer Capacity	0.9 MW
Winter Capacity	0.9 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1916
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 CAS3 Details Operating January 1918

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3.1 MW
Nameplate Power Factor	0.9
Summer Capacity	3.1 MW
Winter Capacity	3.1 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1918
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 GOR1 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.2 MW
Nameplate Power Factor	0.9
Summer Capacity	1.2 MW
Winter Capacity	1.2 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 GOR2 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.2 MW
Nameplate Power Factor	0.9
Summer Capacity	1.2 MW
Winter Capacity	1.2 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 GOR3 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.2 MW
Nameplate Power Factor	0.9
Summer Capacity	1.2 MW
Winter Capacity	1.2 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 GOR4 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	1.2 MW
Nameplate Power Factor	0.9
Summer Capacity	1.2 MW
Winter Capacity	1.2 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 RS1 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	3.8 MW
Nameplate Power Factor	0.9
Summer Capacity	3.8 MW
Winter Capacity	3.8 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 RS3 Details Operating January 1920

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	4.1 MW
Nameplate Power Factor	0.9
Summer Capacity	4.1 MW
Winter Capacity	4.1 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1920
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 XP1 Details Operating January 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.6 MW
Nameplate Power Factor	0.9
Summer Capacity	0.6 MW
Winter Capacity	0.6 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 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 XP2 Details Operating January 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.6 MW
Nameplate Power Factor	0.9
Summer Capacity	0.6 MW
Winter Capacity	0.6 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 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 XP3 Details Operating January 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.6 MW
Nameplate Power Factor	0.9
Summer Capacity	0.6 MW
Winter Capacity	0.6 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 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 XP4 Details Operating January 1921

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.5 MW
Nameplate Power Factor	0.9
Summer Capacity	0.5 MW
Winter Capacity	0.5 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 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 XP5 Details Operating January 1924

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.7 MW
Nameplate Power Factor	0.9
Summer Capacity	0.7 MW
Winter Capacity	0.7 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1924
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 SHL3 Details Operating January 1929

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	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	January 1929
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 SM1 Details Operating October 1980

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.8 MW
Nameplate Power Factor	0.9
Summer Capacity	0.8 MW
Winter Capacity	0.8 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	October 1980
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 SM2 Details Operating October 1980

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.8 MW
Nameplate Power Factor	0.9
Summer Capacity	0.8 MW
Winter Capacity	0.8 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	October 1980
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 SM3 Details Operating October 1980

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.7 MW
Nameplate Power Factor	0.9
Summer Capacity	0.8 MW
Winter Capacity	0.8 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	October 1980
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 SM4 Details Operating October 1980

Technology	Conventional Hydroelectric
Prime Mover	Hydroelectric Turbine
Ownership	Single Owner
Nameplate Capacity	0.8 MW
Nameplate Power Factor	0.9
Summer Capacity	0.8 MW
Winter Capacity	0.8 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	October 1980
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 BESS1 Details Operating December 2023

Technology	Batteries
Prime Mover	Battery
Ownership	Single Owner
Nameplate Capacity	14 MW
Summer Capacity	14 MW
Winter Capacity	14 MW
Minimum Load	0.1 MW
Uprate/Derate Completed	No

Status	Operating
First Operation Date	December 2023
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	14
Maximum Charge Rate	14 MW
Maximum Discharge Rate	14 MW
Storage Technology	LIB
Nameplate Reactive Power Rating	14.7
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

Berlin Gorham 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
#240	New Martinsville Hannibal Hydro	New Martinsville, WV	173.4 GWh
#241	Colton	Pierrepont, NY	171.8 GWh
#242	Broken Bow Dam	Broken Bow, OK	171.5 GWh
#243	Blue Mesa	Gunnison, CO	171.0 GWh
#244	Gauley River Power Partners	Summersville, WV	170.2 GWh
#245	Alder	La Grande, WA	169.4 GWh
#246	Gulf Island	Lewiston, ME	169.3 GWh
#247	School Street	Cohoes, NY	168.9 GWh
#248	Cushman 2	Shelton, WA	168.5 GWh
#249	Union Valley	Fresh Pond, CA	168.2 GWh
#251	Kern River 1	Bakersfield, CA	167.0 GWh
#252	Toketee Falls	Idleyld Park, OR	166.5 GWh
#253	Tillery	Mount Gilead, NC	166.4 GWh
#254	Buford	Buford, GA	166.2 GWh
#255	Albeni Falls	Oldtown, ID	164.4 GWh
#256	Prospect 2	Prospect, OR	163.3 GWh
#257	Shepaug	Southbury, CT	163.1 GWh
#258	Detroit	Mill City, OR	163.0 GWh
#259	Saint Marys Falls	Sault Ste. Marie, MI	162.7 GWh
#260	Santeetlah	Robbinsville, NC	161.4 GWh

Nearby Power Plants

Below are closest 20 power plants surrounding Berlin Gorham.

Plant Name	Plant Location	Annual Generation	Distance
Burgess BioPower	Berlin, NH	496.2 GWh	5.8 mi
Errol Hydroelectric Project	Errol, NH	16.2 GWh	27.6 mi
Fryeburg	Fryeburg, ME	5.7 GWh	27.4 mi
Gilman Mill	Gilman, VT	28.1 GWh	27.6 mi
Gorham	Gorham, NH	12.1 GWh	2 mi
Granite Reliable Power	Dummer, NH	184.1 GWh	22.7 mi
GSPP Gilman, LLC	Lunenburg, VT	3.1 GWh	27.2 mi
Jericho Power	Berlin, NH	19.9 GWh	6.2 mi
Lost Nation	Groveton, NH	428.0 MWh	21.6 mi
Mainely Solar (Wyman Hill Solar LLC)	Rumford, ME	3.9 GWh	33.1 mi
NE Renewable Whitefield, LLC	Whitefield, NH	13.0 GWh	18.9 mi
North Bridgton	Oakland, ME	8.2 GWh	30.2 mi
Pontook Hydro Facility	Dummer, NH	57.8 GWh	17.3 mi
Record Hill Wind	Roxbury, ME	110.9 GWh	31.4 mi
RoxWind	Roxbury, ME	10.4 GWh	31.1 mi
Rumford Cogeneration	Rumford, ME	414.4 GWh	32.7 mi
Rumford Falls Hydro Facility	Rumford, ME	290.2 GWh	28.6 mi
Rumford Power LLC	Rumford, ME	403.4 GWh	33.2 mi
Smith (NH)	Berlin, NH	122.7 GWh	5.6 mi
Spruce Mountain WInd	Bryant Pond, ME	52.9 GWh	29.9 mi