Data centers in Madison County, Alabama
The map shows 8 data center sites in Madison County, Alabama. The operators named are Meta, Alabama Supercomputer Authority and DC Blox. 1 site states a capacity, 146 MW in all.
Sites
- Meta Huntsville: Meta, 146 MW
- DC Blox - Huntville Data Center: DC Blox
- George C. Wallace Alabama Supercomputer Center: Alabama Supercomputer Authority
- Huntsville Data Center: Meta
- Meta Huntsville Data center: Meta
- Meta Huntsville Data center: Meta
- Meta Huntsville Data center: Meta
- SimpleHelix
Operators
- Meta: 5 sites
- Alabama Supercomputer Authority: 1 site
- DC Blox: 1 site
Power plants in Madison County
Madison County has 2 power plants, with 41 MW of capacity: solar 41 MW.
- TAI Huntsville Solar Hybrid: Solar, 32 MW
- Redstone Arsenal Hybrid: Solar, 8 MW
Other large power plants within 50 km
- Browns Ferry: Nuclear, 3.7 GW, 43 km away, Alabama
- Decatur Energy Center: Natural gas, 800 MW, 38 km away, Alabama
- Morgan Energy Center: Natural gas, 782 MW, 41 km away, Alabama
- Elora Solar: Solar, 150 MW, 41 km away, Tennessee
- Guntersville: Hydro, 123 MW, 49 km away, Alabama
- Cumblerland Land Holdings, LLC: Solar, 15 MW, 25 km away, Alabama
- Decatur-Morgan Co LFG Recovery Project: Biomass, 2 MW, 45 km away, Alabama
Sources
Data centers: Epoch AI (CC BY); OpenStreetMap via the public Overpass API (ODbL, © OpenStreetMap contributors); Ringmast4r Global-Data-Center-Map (custom permissive license, attribution required); location attributes from WorldPop (R2025A), Global Solar Atlas PVOUT, Global Wind Atlas 4, USFS Wildfire Hazard Potential, the USGS National Seismic Hazard Model and the previous publish's lines and substations; gas distances and county queue from the previous publish's EIA gas pipelines and LBNL Queued Up requests; nearest city from Natural Earth populated places; generation within 20 km from the previous publish's plants; cooling degree days from NOAA NCEI nClimDiv county normals; elevation and slope from the Copernicus DEM GLO-30 (ESA, via AWS Open Data); water stress from WRI Aqueduct 4.0; ozone nonattainment from the EPA Green Book; drought from the U.S. Drought Monitor; tribal land from US Census TIGER/Line. License: CC BY; ODbL; custom permissive; WRI Aqueduct CC BY 4.0; USFS, USGS, EIA, NOAA, EPA, US Census and Natural Earth public domain; Copernicus DEM GLO-30 © DLR e.V. and Airbus Defence and Space GmbH; the U.S. Drought Monitor courtesy of NDMC
Power plants: EIA-860M (US); NRCan NACEI (Canada, Mexico); WRI GPPD (Mexico); OpenStreetMap via Geofabrik (Canada, Mexico gap fill); USGS USWTDB/USPVDB; EPA eGRID; Natural Earth admin-1; HIFLD control areas; location attributes from WorldPop (R2025A), Global Solar Atlas PVOUT, Global Wind Atlas 4, USFS Wildfire Hazard Potential, the USGS National Seismic Hazard Model and the previous publish's lines and substations; water distances from OpenStreetMap via Geofabrik; gas distances and county queue from the previous publish's EIA gas pipelines and LBNL Queued Up requests; nearest city from Natural Earth populated places; cooling degree days from NOAA NCEI nClimDiv county normals; elevation and slope from the Copernicus DEM GLO-30 (ESA, via AWS Open Data); water stress from WRI Aqueduct 4.0; ozone nonattainment from the EPA Green Book; drought from the U.S. Drought Monitor; tribal land from US Census TIGER/Line. License: ODbL (derivative database; EIA content is public domain, NRCan OGL-Canada, WRI GPPD CC BY 4.0; location attributes from WorldPop, Global Solar Atlas, Global Wind Atlas, LBNL Queued Up and WRI Aqueduct CC BY 4.0, USFS, USGS, EIA, NOAA, EPA, US Census and Natural Earth public domain, Copernicus DEM GLO-30 © DLR e.V. and Airbus Defence and Space GmbH, the U.S. Drought Monitor courtesy of NDMC)