Land-use and energy lawyers
Follow counties with data centers, their hearings and FEMA risk.
- Salt Lake County13 mapped · risk relatively high
- Utah County6 mapped · risk relatively high
- Washington County2 mapped · risk relatively moderate
Mapped Utah data center sites, with their power, water and risk
One app for every Utah county: data center sites, power, grid and FEMA risk, with hearing alerts and an API. 22 data center buildings are mapped in 4 of its 29 counties, and businesses pay 10.06¢ per kWh for power, 25% below the US average.
22 mapped buildings sit in 4 of Utah's 29 counties. Salt Lake County has the most: 13.
© OpenStreetMap contributors
Wildfires are the most common risk: 3 of the 4 counties with mapped data centers rate high for them.
Bars: counties with mapped data centers that rate Relatively high or Very high . Tap one to show it on the map.
Business power in Utah costs 10.06¢ per kWh, 25% below the US, and demand grew 24.4% since 2019.
10.06¢ per kWh in 2025, 25% below the US average of 13.37¢.
Business power use in Utah grew 24.4% since 2019, more than twice the US rate (+10.5%).
38.1 TWh generated in 2025: coal 47%, natural gas 30%, solar 17%.
Under 1% each: other (eia's catch-all), other biomass, petroleum, other gases.
4,879 MW of new plants are proposed for 2026–2030, about half of today's 10,432 MW: solar 45%, other 32%, pumped storage 20%, geothermal 2%.
No ISO/RTO covers Utah's power sales; wildfires and earthquakes cost it most.
Utah has no ISO/RTO : utilities balance their own areas for all of its retail sales.
Share of 2025 retail sales, by each utility's balancing authority .
Utah's power plants took in 11.4 billion gallons of water in 2024 to cool and returned about 3%; 11.0 billion gallons were used up .
Wildfires and earthquakes are Utah's biggest risks: each rates relatively high against other states .
Utah has 2 AI campuses on the list; 1 is being built. It, QTS Eagle Mountain, is planned at 304 MW , full size by Jul 2027.
Bars: IT power expected at full size . Dates are Epoch AI's own estimates .
Other AI campuses in Utah: Meta Eagle Mountain.
Lawyers, brokers, site teams, utilities, insurers and investors each start from their own view of Utah's 29 counties.
Follow counties with data centers, their hearings and FEMA risk.
Rank counties by mapped data center buildings, with the power price behind them.
Shortlist counties by mapped sites, power and risk on one map.
Follow prices, demand and the grid behind each site. Bars: business power sales since 2019.
Bars: how many of the counties with data centers rate high for each hazard.
Track AI campuses being built, their owners and users. Bars: MW expected at full size.
One app for all 29 Utah counties, plus hearing alerts and an API. Every screen below is filled with Utah's real data.
Every county's sites, power, water and risk on one screen, with your watchlist.
| Watchlist | Mapped | Flood | Heat | Drought |
|---|---|---|---|---|
| Salt Lake County | 13 | moderate | moderate | low |
| Utah County | 6 | moderate | moderate | moderate |
| Washington County | 2 | high | moderate | low |
| Uintah County | 1 | Very low | Very low | low |
Follow counties and cases; get the agenda and the record when a hearing is posted.
New projects, stage changes, hearings and data updates for what you follow, by email or in the app.
County, power, risk and project data as JSON for your own tools.
GET /v1/counties/49035
{
"fips": "49035",
"name": "Salt Lake County",
"state": "UT",
"pop2025": 1220916,
"pop_change_2020_pct": 3,
"density_per_sqmi": 1621.7,
"nri": {
"risk_rating": "Relatively High",
"ifld": {
"rating": "Relatively Moderate",
"score": 92.9 },
"hwav": {
"rating": "Relatively Moderate",
"score": 92.9
},
"drgt": {
"rating": "Relatively Low",
"score": 44.4
}
},
"grid": {
"rtos": [],
"utilities_n": 3
},
"state_power": {
"commercial_cents_kwh": 10.06,
"us_commercial_cents_kwh": 13.37,
"as_of": "2025"
}
}Utah Data Center Intelligence is $390 a month for 3 seats.
What stays open? The map, the county pages and every data center page stay open to everyone.
How this page was made: CamsAhead writes each page type once, then fills it with this place's data from the sources below.
How CamsAhead counts cameras · Report a problem · Report a camera
Buildings and sites that OpenStreetMap volunteers have tagged as data centers. It counts mapped objects, not an official register, so some data centers are not on it yet.
FEMA's drought rating is our water view for each county: how much drought is expected to cost a year, against the rest of the US.
FEMA's National Risk Index estimates what each hazard costs a year, on average, in damage to buildings, crops and people. It then rates each county or state against the rest of the US, from Very low to Very high. "Rate high" here means Relatively high or Very high.
A large data center campus built for AI computing, on Epoch AI's list of AI data centers. "Being built" means Epoch lists no computers running there yet.
The average price businesses paid for one kilowatt-hour of electricity in 2025: their total bills divided by the power they bought. Utah ranks 10th cheapest of 51 (the 50 states and DC).
An ISO or RTO runs the high-voltage grid and the wholesale power market for a region. Utah has none: each utility balances its own area.
Electricity sold to businesses: offices, shops and most data centers. EIA does not count data centers on their own; most sit in this group. Utah sold 11.9 TWh in 2019 and 14.8 TWh in 2025.
Latest 12 months (2025-09 to 2026-08): 15.5 TWh, +6.8% on the 12 months before.
A terawatt-hour is a billion kilowatt-hours: a measure of how much electricity is made or used over time.
New generators that plant owners have reported to EIA for 2026–2030. They are plans, not commitments: some are delayed or dropped.
EIA's own "Other" group, for sources outside its main fuel types. EIA does not split it further in this table, so neither do we.
The organisation that keeps supply and demand matched, minute by minute, in its area. Each utility reports its sales under one.
Taken in (withdrawn): water a power plant pulls from a river, lake or well to cool. Used up (consumed): the part that evaporates and does not go back. These are power plant figures, the grid's water, not data center water.
A megawatt (MW) measures power: how much electricity a site can draw at once. For AI campuses we show IT power, the power for the computers themselves, not cooling or offices. 1,000 MW is one gigawatt.
First online: when Epoch AI expects the first computers to run. Full size: when the campus should reach its full planned power. Both are Epoch's estimates and can move.