Marshall (Mi)

💧 HydroelectricElectric Utility9 MW capacity

158th largest plant in Michigan · 5937th nationally

Marshall (Mi) is a hydroelectric power plant in Michigan with a nameplate capacity of 9.8 MW. It generates roughly 611 MWh per year — enough to power about 58 average U.S. homes.

Its capacity factor of 1% reflects intermittent or peaking operation. At 654 lb CO₂/MWh, its emission rate sits below the national grid average of roughly 800 lb/MWh.

PeakingMid-meritBaseload0%40%80%100%1%
Peaking — intermittent or backup
Capacity10 MWnameplate
Annual Generation611 MWhEPA eGRID
Capacity Factor1%of theoretical max
Annual CO₂200metric tons

Location

Plant NameMarshall (Mi)
OperatorCity Of Marshall - (Mi)
CityMarshall
CountyCalhoun County
StateMichigan
ZIP49068
Coordinates42.27170, -84.94110

This plant highlighted in navy-ringed pin; other generators within 25 miles shown as fuel-colored dots.

Natural GasHydroelectricSolarBiomassBattery Storage

Generators (7)

IDTechnologyFuelCapacityStatusOnline
IC6Natural Gas Internal Combustion EngineNatural Gas5.7 MWOperating1978
IC3Natural Gas Internal Combustion EngineNatural Gas2.1 MWOperating1973
IC5Natural Gas Internal Combustion EngineNatural Gas1.7 MWOperating1948
IC2Natural Gas Internal Combustion EngineNatural Gas1.1 MWRetired1953
IC4Petroleum LiquidsDistillate Oil1.0 MWRetired1942
1Conventional HydroelectricWater0.2 MWOperating1928
3Conventional HydroelectricWater0.1 MWOperating1929

Emissions (annual)

CO₂200 metric tons
NOₓ4 metric tons
CO₂ Rate654 lb/MWh
This plant654 lb/MWhU.S. grid average800 lb/MWhNatural gas combined-cycle average900 lb/MWhCoal plant average2,100 lb/MWh

Annual totals and CO₂ rate reported by EPA eGRID for 2023. Reference averages are approximate U.S.-wide figures from the same dataset.

Grid context

NERC RegionRFC
Balancing AuthorityMidcontinent Independent Transmission System Operator, Inc..

About Hydroelectric plants

Hydroelectric plants spin turbines using falling or flowing water — typically from a dam-impounded reservoir. They are dispatchable, long-lived, and emission-free at the point of generation, though large reservoirs can disrupt rivers and ecosystems and methane can be released from flooded vegetation.

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