University of Notre Dame

100 Facilties Building, Notre Dame, IN 46556

Plant Summary Information

University of Notre Dame is ranked #22 out of 46 natural gas power plants in Indiana in terms of total annual net electricity generation.

University of Notre Dame is comprised of 12 generators and generated 27.3 GWh during the 3-month period between June 2024 to September 2024.

Plant NameUniversity of Notre Dame
Utility NameUniversity of Notre Dame
LocationSt. Joseph County, IN
Initial Operation DateJuly 1952
Last Update Sep 2024
Annual Generation 92.1 GWh
Annual Consumption 2.0 M MMBtu
Ranked #3,277 out of 11,852 Power Plants Nationwide
Ranked #922 out of 2,254 Natural Gas Power Plants Nationwide
Ranked #62 out of 198 Indiana Power Plants
Ranked #22 out of 46 Indiana Natural Gas Power Plants
Fuel Types Natural Gas : 99.2% Distillate Fuel Oil : 0.8%

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Monthly Net Generation for University of Notre Dame

University of Notre Dame Details

Summary Information
Plant NameUniversity of Notre Dame (50366)
Plant Address100 Facilties Building, Notre Dame, IN 46556
UtilityUniversity of Notre Dame (19564)
Latitude, Longitude41.7094, -86.2367
Generation Dates on FileJan 2001 to Sep 2024
Initial Operation DateJuly 1952
Annual Generation 92.1 GWh
Fuel Types Natural Gas : 99.2% Distillate Fuel Oil : 0.8%
 
Federal Energy Regulatory Commission (FERC) Information
FERC Cogeneration StatusYes
FERC Cogeneration Docket NumberP-7569-00
FERC Small Power Producer StatusNo
FERC Exempt Wholesale Generator StatusNo
Regulatory Information
Regulatory StatusNon-Regulated
NERC RegionRFC
Balancing AuthorityPJM Interconnection, LLC (PJM)
NAICS CodeEducational Services (611)
Sector Commercial CHP (5)
Water SourceSt. Joseph Lake
Ash Impoundment No
Transmission / Distribution OwnerIndiana Michigan Power Co (9324) IN
Grid Voltage 138.00 kV
Energy StorageNo
 
Natural Gas Information
Local Distribution Company (LDC)NORTHERN INDIANA PUBLIC SERVICE CO
Pipeline Name NORTHERN INDIANA PUBLIC SERVICE CO
Natural Gas StorageNo
Liquefied Natural Gas StorageNo

Generator GEN2 Details Operating July 1952

TechnologyNatural Gas Steam Turbine
Prime MoverSteam Turbine
OwnershipSingle Owner
Nameplate Capacity1.7 MW
Nameplate Power Factor0.8
Summer Capacity1.7 MW
Winter Capacity1.7 MW
Minimum Load0.5 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateJuly 1952
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas / Distillate Fuel Oil
Startup SourceNatural Gas / Distillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load12H
Multiple FuelsYes
Cofire FuelsYes
Switch Between Oil And Natural GasYes
Multifuel Details
Cofire Energy SourceBIT / NG / DFO
Switch When OperatingYes
Net Summer Capacity With Natural Gas1.7 MW
Net Winter Capacity With Natural Gas1.7 MW
Net Summer Capacity With Oil1.7 MW
Net Winter Capacity With Oil1.7 MW
Time To Switch From Gas To Oil1H
Time To Switch From Oil To Gas1H
Factors That Limit SwitchingYes
Storage LimitsYes
Other LimitsYes

Generator GEN3 Details Standby July 1952

TechnologyPetroleum Liquids
Prime MoverInternal Combustion Engine
OwnershipSingle Owner
Nameplate Capacity1 MW
Nameplate Power Factor0.8
Summer Capacity1 MW
Winter Capacity1 MW
Minimum Load0.3 MW
Uprate/Derate Completed No
StatusStandby
Synchronized To Transmission GridYes
First Operation DateJuly 1952
Combined Heat & Power No
Sector NameCommercial CHP (5)
Energy SourceDistillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Multiple FuelsNo
Cofire FuelsNo
Switch Between Oil And Natural GasNo

Generator GEN4 Details Standby July 1952

TechnologyPetroleum Liquids
Prime MoverInternal Combustion Engine
OwnershipSingle Owner
Nameplate Capacity1 MW
Nameplate Power Factor0.8
Summer Capacity1 MW
Winter Capacity1 MW
Minimum Load0.3 MW
Uprate/Derate Completed No
StatusStandby
Synchronized To Transmission GridYes
First Operation DateJuly 1952
Combined Heat & Power No
Sector NameCommercial CHP (5)
Energy SourceDistillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Multiple FuelsNo
Switch Between Oil And Natural GasNo

Generator GEN5 Details Operating September 1956

TechnologyNatural Gas Steam Turbine
Prime MoverSteam Turbine
OwnershipSingle Owner
Nameplate Capacity2 MW
Nameplate Power Factor0.8
Summer Capacity2 MW
Winter Capacity2 MW
Minimum Load0.5 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateSeptember 1956
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas / Distillate Fuel Oil
Startup SourceNatural Gas / Distillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load12H
Multiple FuelsYes
Cofire FuelsYes
Switch Between Oil And Natural GasYes
Multifuel Details
Cofire Energy SourceBIT / NG / DFO
Switch When OperatingYes
Net Summer Capacity With Natural Gas2 MW
Net Winter Capacity With Natural Gas2 MW
Net Summer Capacity With Oil2 MW
Net Winter Capacity With Oil2 MW
Time To Switch From Gas To Oil1H
Time To Switch From Oil To Gas1H
Factors That Limit SwitchingNo

Generator GEN1 Details Operating June 1962

TechnologyNatural Gas Steam Turbine
Prime MoverSteam Turbine
OwnershipSingle Owner
Nameplate Capacity3 MW
Nameplate Power Factor0.8
Summer Capacity3 MW
Winter Capacity3 MW
Minimum Load0.5 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateJune 1962
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas / Distillate Fuel Oil
Startup SourceNatural Gas / Distillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load12H
Multiple FuelsYes
Cofire FuelsYes
Switch Between Oil And Natural GasYes
Multifuel Details
Cofire Energy SourceBIT / NG / DFO
Switch When OperatingYes
Net Summer Capacity With Natural Gas3 MW
Net Winter Capacity With Natural Gas3 MW
Net Summer Capacity With Oil3 MW
Net Winter Capacity With Oil3 MW
Time To Switch From Gas To Oil1H
Time To Switch From Oil To Gas1H
Factors That Limit SwitchingYes
Storage LimitsYes
Other LimitsYes

Generator GEN6 Details Operating February 1967

TechnologyNatural Gas Steam Turbine
Prime MoverSteam Turbine
OwnershipSingle Owner
Nameplate Capacity5 MW
Nameplate Power Factor0.8
Summer Capacity5 MW
Winter Capacity5 MW
Minimum Load0.5 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateFebruary 1967
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas / Distillate Fuel Oil
Startup SourceNatural Gas / Distillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load12H
Multiple FuelsYes
Cofire FuelsYes
Switch Between Oil And Natural GasYes
Multifuel Details
Cofire Energy SourceBIT / NG / DFO
Switch When OperatingYes
Net Summer Capacity With Natural Gas5 MW
Net Winter Capacity With Natural Gas5 MW
Net Summer Capacity With Oil5 MW
Net Winter Capacity With Oil5 MW
Time To Switch From Gas To Oil1H
Time To Switch From Oil To Gas1H
Factors That Limit SwitchingNo

Generator GEN7 Details Operating March 2000

TechnologyNatural Gas Steam Turbine
Prime MoverSteam Turbine
OwnershipSingle Owner
Nameplate Capacity9.4 MW
Nameplate Power Factor0.8
Summer Capacity9.4 MW
Winter Capacity9.4 MW
Minimum Load0.5 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateMarch 2000
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas / Distillate Fuel Oil
Startup SourceNatural Gas / Distillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load12H
Multiple FuelsYes
Cofire FuelsYes
Switch Between Oil And Natural GasYes
Multifuel Details
Cofire Energy SourceBIT / NG / DFO
Switch When OperatingYes
Net Summer Capacity With Natural Gas9.4 MW
Net Winter Capacity With Natural Gas9.4 MW
Net Summer Capacity With Oil9.4 MW
Net Winter Capacity With Oil9.4 MW
Time To Switch From Gas To Oil1H
Time To Switch From Oil To Gas1H
Factors That Limit SwitchingNo

Generator GEN8 Details Operating October 2006

TechnologyPetroleum Liquids
Prime MoverInternal Combustion Engine
OwnershipSingle Owner
Nameplate Capacity1.9 MW
Nameplate Power Factor0.8
Summer Capacity1.7 MW
Winter Capacity1.8 MW
Minimum Load0.1 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateOctober 2006
Combined Heat & Power No
Sector NameCommercial CHP (5)
Energy SourceDistillate Fuel Oil
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M
Multiple FuelsNo
Cofire FuelsNo

Generator GEN9 Details Operating October 2006

TechnologyPetroleum Liquids
Prime MoverInternal Combustion Engine
OwnershipSingle Owner
Nameplate Capacity1.9 MW
Nameplate Power Factor0.8
Summer Capacity1.7 MW
Winter Capacity1.8 MW
Minimum Load0.1 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateOctober 2006
Combined Heat & Power No
Sector NameCommercial CHP (5)
Energy SourceDistillate Fuel Oil
Solid Fuel Gasification No
Time From Cold Shutdown To Full Load10M
Multiple FuelsNo
Cofire FuelsNo

Generator GN10 Details Operating October 2006

TechnologyPetroleum Liquids
Prime MoverInternal Combustion Engine
OwnershipSingle Owner
Nameplate Capacity1.9 MW
Nameplate Power Factor0.8
Summer Capacity1.7 MW
Winter Capacity1.8 MW
Minimum Load0.1 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateOctober 2006
Combined Heat & Power No
Sector NameCommercial CHP (5)
Energy SourceDistillate Fuel Oil
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load10M
Multiple FuelsNo
Cofire FuelsNo

Generator GT1 Details Operating June 2019

TechnologyNatural Gas Fired Combustion Turbine
Prime MoverCombustion Turbine
OwnershipSingle Owner
Nameplate Capacity5.4 MW
Nameplate Power Factor0.8
Summer Capacity5.6 MW
Winter Capacity4.7 MW
Minimum Load2.7 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateJune 2019
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load1H
Multiple FuelsNo
Cofire FuelsNo
Switch Between Oil And Natural GasNo

Generator GT2 Details Operating June 2019

TechnologyNatural Gas Fired Combustion Turbine
Prime MoverCombustion Turbine
OwnershipSingle Owner
Nameplate Capacity5.4 MW
Nameplate Power Factor0.8
Summer Capacity5.6 MW
Winter Capacity4.7 MW
Minimum Load2.7 MW
Uprate/Derate Completed No
StatusOperating
First Operation DateJune 2019
Combined Heat & Power Yes
Sector NameCommercial CHP (5)
Topping Or BottomingT
Energy SourceNatural Gas
Solid Fuel Gasification No
Carbon Capture TechnologyNo
Time From Cold Shutdown To Full Load1H
Multiple FuelsNo
Cofire FuelsNo

University of Notre Dame Plant Owners

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

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Nearby Power Plants

Below are closest 20 power plants surrounding University of Notre Dame.

Plant NamePlant LocationAnnual GenerationDistance
Berrien SpringsBerrien Springs, MI31.4 GWh16.9 mi
BremenBremen, IN12.6 GWh17.4 mi
Buchanan (MI)Buchanan, MI15.3 GWh10.8 mi
Donald C CookBridgman, MI17.1 TWh25 mi
Earthmovers LFGTEElkhart, IN25.5 GWh14.8 mi
ElkhartElkhart, IN11.1 GWh14.1 mi
French Paper HydroNiles, MI3.4 GWh7.7 mi
Green Cow PowerGoshen, IN12.8 GWh19.9 mi
Honeysuckle Solar FarmNew Carlisle, IN99.5 GWh11.7 mi
Indeck Niles Energy CenterNiles, MI7.8 TWh10.6 mi
MottvilleWhite Pigeon, MI6.1 GWh25.9 mi
Notre Dame HydroSouth Bend, IN5.5 GWh2.4 mi
OlivePVNew Carlisle, IN8.5 GWh13.1 mi
Prairie View I & II LFGTEWyatt, IN30.5 GWh15.4 mi
Southeast Berrien Generating FacilityNiles, MI31.6 GWh8.2 mi
St Joseph Energy CenterNew Carlisle, IN5.6 TWh12.6 mi
St. Joseph SolarGranger, IN32.4 GWh6.8 mi
Twin BranchMishawaka, IN18.2 GWh6.2 mi
Twin Branch PVMishawaka, IN4.0 GWh6.2 mi
WalkertonWalkerton, IN1.9 GWh21.8 mi