State Profiles
Comprehensive analysis of data center development in all 50 states
Top 10 States by Power Capacity
| Rank | State | Power | Projects |
|---|---|---|---|
| #1 | Texas | 39.2 GW | 65 |
| #2 | Utah | 27.7 GW | 24 |
| #3 | Pennsylvania | 20.9 GW | 35 |
| #4 | Ohio | 18.6 GW | 36 |
| #5 | Virginia | 15.5 GW | 63 |
| #6 | New Mexico | 12.8 GW | 9 |
| #7 | Georgia | 12.7 GW | 48 |
| #8 | Illinois | 10.5 GW | 44 |
| #9 | Arizona | 10.3 GW | 31 |
| #10 | Nevada | 8.9 GW | 29 |
Regional Clusters
Data Center Alley
The largest concentration of data centers globally, with over 6 GW operational and 6+ GW under construction. Grid constraints emerging as demand outpaces transmission capacity.
View state profile →Texas Triangle
ERCOT's fast-track interconnection process provides advantages, though reliability trade-offs persist. Rapid expansion driven by abundant land and competitive power rates.
View state profile →Desert Cluster
Growing rapidly despite water constraint challenges. Strong solar integration potential and proximity to California markets drive development.
View state profile →Silicon Prairie
Emerging mega-project hub leveraging wind energy integration, low land costs, and central US location. Rapid transformation from agricultural to digital infrastructure.
View state profile →Pennsylvania Energy Corridor
Former coal region transforming into data center powerhouse. Natural gas access, available transmission capacity, and economic development incentives attract massive investments.
View state profile →State Policy Profiles
Incentives, restrictions, utility regulation, and water constraints for all 50 states.
All States
Download State Data
State-level investment totals and rankings
State-level power capacity data
CC BY 4.0 This research is free to share and adapt with attribution under Creative Commons Attribution 4.0 International. Cite as: Bommarito, Jillian and Bommarito, Michael James, Data Center Policy across the 50 States: A Survey of Incentives, Land Use, and Energy Regulation (June 18, 2026), https://ssrn.com/abstract=6964278.