Box Elder County, Utah has approved a massive data center project that, at full buildout, will consume more than twice the electricity currently used by the entire state of Utah.
Read that again. One data center campus. More than double the power of a state with 3.4 million people.
The project, backed by Shark Tank investor Kevin O'Leary, passed a contentious county commission meeting despite significant local opposition. Residents raised concerns about power grid capacity, water usage for cooling, and whether their community would see any meaningful benefits beyond construction jobs.
The technology industry's physical footprint is becoming impossible to ignore. We talk about AI and cloud computing as if they exist in some abstract digital realm, but they require enormous amounts of real-world infrastructure. Electricity has to come from somewhere. Water for cooling has to come from somewhere. And local communities are the ones who pay the price.
According to reports from the meeting, county commissioners were presented with promises of tax revenue and job creation. What they weren't given was much choice - the legal framework heavily favors large infrastructure projects, and local governments have limited ability to reject them on environmental or capacity grounds.
Kevin O'Leary defended the project in subsequent interviews, arguing that data centers are essential infrastructure for the digital economy. He's not wrong about that. But the question is whether this specific project, at this specific scale, in this specific location makes sense.
One Reddit user from Utah noted: "Our grid already struggles on hot summer days. Where exactly is this power going to come from?"
That's the key question. Utah generates electricity primarily from coal and natural gas, with some renewable sources. Adding load equivalent to more than twice the current state consumption will require massive new generation capacity. The data center operators haven't been transparent about whether they're building that capacity themselves or expecting the grid to absorb it.
The water usage is equally concerning. Data centers in hot, dry climates require substantial water for cooling systems. is in a long-term drought, and the has dropped to historic lows. Adding a massive new industrial water user seems... poorly timed.
