A proposed AI data center development in Utah is drawing national attention not only because of its size, but because of the infrastructure footprint it could require. According to The Guardian, the proposed Stratos AI project in Box Elder County would span more than 40,000 acres across three sites near Hansel Valley and require roughly 9 GW of power, exceeding Utah’s current statewide electricity consumption.
That scale immediately shifts the conversation from a local zoning issue to a broader infrastructure question. Project developers said the facility would rely on newly built gas-fired generation supplied directly from pipeline infrastructure, making regional transmission gas systems a central part of the discussion.
That infrastructure context is what this map is designed to show. Rather than focusing only on the proposed project site, the map places Hansel Valley inside the larger regional energy network spanning Utah, Idaho, Wyoming, Nevada. It highlights large-diameter operational natural gas transmission pipelines, compressor stations, operational gas-fired power plants, and electricity transmission lines surrounding the proposed development area.
The map helps frame an important physical reality behind hyperscale AI infrastructure. Facilities of this scale are not only dependent on land availability, they also require access to fuel transportation, generation infrastructure, and long-distance transmission systems capable of supporting extremely large power loads.
The project has also become controversial because of its potential environmental impact. The Guardian reported concerns over water usage, drought stress near the Great Salt Lake, and the possibility that the project could significantly increase Utah’s emissions footprint. Critics also pointed to the thermal impact of large-scale cooling systems and the broader strain such a project could place on regional infrastructure and ecosystems.
Why it matters
- A proposed 9 GW load would represent one of the largest AI-linked power demands ever proposed in the United States.
- Developers indicated the project would rely on newly built gas-fired generation connected directly to regional pipeline systems.
-
The map shows that the proposed site sits near multiple major interstate natural gas transmission corridors and regional power infrastructure networks.
-
Large-scale AI infrastructure projects are increasingly becoming regional energy infrastructure stories, not just data center stories.
-
The project also highlights growing tension between AI-related power demand growth, water availability concerns, and local environmental opposition.
What the map shows
A regional Western U.S. infrastructure view centered on the proposed Stratos AI data center site near Hansel Valley, Utah.
-
Proposed Stratos AI project area
-
Operational natural gas transmission pipelines filtered to diameters greater than 20 inches
-
Operational compressor stations
-
Operational gas-fired power plants
-
Operational transmission powerlines
-
Major regional gas transmission corridors across Utah, Idaho, Wyoming, Nevada
A deeper dive with DataLink
Using Rextag Energy DataLink, users can:
-
trace major interstate natural gas transmission systems near proposed large-load developments
-
screen nearby gas-fired generation and transmission infrastructure
-
evaluate regional infrastructure connectivity surrounding proposed AI and data center projects
-
compare pipeline, power, and transmission infrastructure across multiple western states
-
export internal-ready infrastructure views for power, utility, telecom, and site evaluation workflows
Want to see how Rextag’s Energy DataLink works for your team? Click Free Trial to get started, and one of our specialists will walk you through key datasets and workflows.
A proposed AI data center development in Utah is drawing national attent...
Canada’s approval of Enbridge’s C$4 billion Sunrise Expansion gives the ...
