Power Plants Near 49747 — Hubbard Lake, MI

16 power plants within 50 miles of ZIP 49747 (Hubbard Lake, Michigan). Click any plant for capacity, generation, emissions, and generator-level detail.

Centroid: 44.8947, -83.6059 · County: Alpena

Oil 44%Hydroelectric 32%Biomass 13%Solar 6%Natural Gas 5%

Distance	Plant	Fuel	Capacity	Operator
14.6 mi	Four Mile Hydropower Project Alpena, MI	Hydroelectric	2 MW	Eagle Creek Renewable Energy, Llc
14.6 mi	Decorative Panels Intl Alpena, MI	Natural Gas	8 MW	Decorative Panels International, Inc.
14.7 mi	Ninth Street Hydropower Project Alpena, MI	Hydroelectric	1 MW	Eagle Creek Renewable Energy, Llc
15.0 mi	Norway Point Hydropower Project Alpena, MI	Hydroelectric	4 MW	Eagle Creek Renewable Energy, Llc
15.5 mi	Alpena Cement Plant Alpena, MI	Oil	47 MW	Lafarge Corp
17.5 mi	National Energy Of Lincoln Lincoln, MI	Biomass	20 MW	National Salvage & Service Corporation
25.0 mi	Alcona Glennie, MI	Hydroelectric	8 MW	Consumers Energy Co - (Mi)
29.2 mi	Cooke Oscoda, MI	Hydroelectric	9 MW	Consumers Energy Co - (Mi)
30.4 mi	Loud Oscoda, MI	Hydroelectric	4 MW	Consumers Energy Co - (Mi)
30.4 mi	Mio Mio, MI	Hydroelectric	5 MW	Consumers Energy Co - (Mi)
30.5 mi	Five Channels Oscoda, MI	Hydroelectric	6 MW	Consumers Energy Co - (Mi)
31.2 mi	Little Trout Solar Rogers City, MI	Solar	—	Dte Electric Company
32.8 mi	Foote Oscoda, MI	Hydroelectric	9 MW	Consumers Energy Co - (Mi)
33.0 mi	Lightfoot Solar, Llc Luzerne, MI	Solar	10 MW	Lightfoot Solar, Llc
46.6 mi	Tower Tower, MI	Oil	21 MW	Wolverine Power Supply Coop
49.4 mi	Kleber Onaway, MI	Hydroelectric	2 MW	Tower Kleber Ltd Partnership

Power generation near this area

There are 16 power plants within 50 miles of Hubbard Lake, Michigan (ZIP 49747), with a combined 156 MW of nameplate capacity. Hydroelectric is the most common fuel type in this area with 10 of the 16 nearby plants. The closest plant is Four Mile Hydropower Project at 14.6 miles.

Nameplate capacity is the maximum output a plant can produce under ideal conditions — actual generation depends on fuel availability, demand, and maintenance schedules. Capacity factor (shown on individual plant pages) measures how much of that theoretical maximum a plant actually delivers over a year. Nuclear plants typically run above 90%; solar and wind range from 20–45% depending on location and weather.

All data comes from federal EIA and EPA releases. For a printable version of this proximity search, use the report link below. To explore all plants in Michigan, visit the Michigan state page.

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