Power Plants Near 35767 — Ryland, AL

18 power plants within 50 miles of ZIP 35767 (Ryland, Alabama). Click any plant for capacity, generation, emissions, and generator-level detail.

Centroid: 34.7698, -86.4808 · County: Madison

Nuclear 64%Natural Gas 30%Solar 3%Hydroelectric 3%

Distance	Plant	Fuel	Capacity	Operator
9.4 mi	Tai Huntsville Solar Hybrid Huntsville, AL	Solar	32 MW	Tai Huntsville Solar, Llc
13.3 mi	Redstone Arsenal Hybrid Huntsville, AL	Solar	11 MW	Mn8 Energy Llc
21.6 mi	Elora Solar Elora, TN	Solar	150 MW	Elora Solar
24.6 mi	Guntersville Guntersville, AL	Hydroelectric	115 MW	Tennessee Valley Authority
25.2 mi	Cumblerland Land Holdings, Llc Elkmont, AL	Solar	15 MW	Cumberland Land Holdings, Llc
31.6 mi	Tims Ford Winchester, TN	Hydroelectric	46 MW	Tennessee Valley Authority
31.7 mi	Albertville Albertville, AL	Oil	4 MW	Albertville Municipal Utilities Board
31.7 mi	Bellefonte Hollywood, AL	Oil	14 MW	Tennessee Valley Authority
32.2 mi	Decatur Energy Center Decatur, AL	Natural Gas	902 MW	Decatur Energy Center Llc
34.3 mi	Morgan Energy Center Decatur, AL	Natural Gas	900 MW	Morgan Energy Center Llc
36.5 mi	Browns Ferry Decatur, AL	Nuclear	3,854 MW	Tennessee Valley Authority
36.7 mi	Decatur-Morgan Co Lfg Recovery Project Trinity, AL	Biomass	2 MW	Energy Developments, Inc D/B/A Edl
39.6 mi	Franklin (Tn) Estill Springs, TN	Natural Gas	—	Tennessee Valley Authority
41.9 mi	Widows Creek Stevenson, AL	Coal	—	Tennessee Valley Authority
42.4 mi	Sr Tullahoma Tullahoma, TN	Solar	—	Sr Tullahoma, Llc
43.3 mi	Hillsboro Solar 3 Wheeler, AL	Solar	—	Urban Grid Solar
44.7 mi	Lawrence County Solar Wheeler, AL	Solar	—	Tennessee Valley Authority
45.7 mi	Sand Valley Power Station Collinsville, AL	Biomass	5 MW	Energy Developments, Inc D/B/A Edl

Power generation near this area

There are 18 power plants within 50 miles of Ryland, Alabama (ZIP 35767), with a combined 6,050 MW of nameplate capacity. Solar is the most common fuel type in this area with 7 of the 18 nearby plants. The closest plant is Tai Huntsville Solar Hybrid at 9.4 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 Alabama, visit the Alabama state page.

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