A plan to build one of the world’s largest datacenters in Utah has ignited a sharp backlash from residents and critics, who call the project “irresponsible” given its projected appetite for electricity and water in a drought-prone region.
According to reporting by the Guardian, state authorities have approved a facility footprint more than twice the size of Manhattan, with projected power needs that would exceed the current consumption of the entire state of Utah. The project, which has been linked to Tesla in public discussion, is framed by supporters as a long-term technology investment but is drawing intense scrutiny over its resource demands.
What Utah Approved — And Why the Scale Stands Out
The core development is the state’s approval of a massive datacenter complex in Utah, described by the Guardian as spanning an area more than double Manhattan’s landmass. The same reporting notes that the facility, once fully built and powered, would require more electricity than Utah as a whole currently uses.
Those two figures — land area and power demand — are driving much of the public reaction. Datacenters are industrial-scale facilities that house servers and networking equipment to process and store digital data. They already account for a growing share of electricity use in many regions. Here, the projected power requirement is not just large; it is benchmarked against the entire state grid, which magnifies public concern.
The Guardian’s account underscores that the project’s water use is also at issue. Datacenters often rely on water-intensive cooling systems to keep servers from overheating. Placing such a facility in a drought-stricken area raises fears that local water supplies, already under stress, could be diverted to support a single industrial user.
Why Critics Call the Project ‘Irresponsible’
Opposition has coalesced around three linked concerns: energy demand, water use, and the suitability of the location.
First, the facility’s projected electricity needs, described as greater than Utah’s current statewide consumption, have sparked questions about grid capacity and priorities. Critics quoted by the Guardian argue that committing such a large share of future power generation to one complex is out of step with broader community needs. Their use of the word “irresponsible” reflects a view that state officials are overcommitting finite infrastructure to a single project.
Second, water use in a drought-stricken area is a focal point. The Guardian’s reporting emphasizes that the facility would “suck up” a vast amount of water. That language captures local fears that, in a region already dealing with water scarcity, a datacenter of this scale could intensify competition between industrial, residential, and agricultural users. While precise consumption figures are not cited in the available reporting, the combination of scale and location is enough to alarm many residents.
Third, the choice of site — a drought-affected part of Utah — is central to the backlash. The same project, located in a water-abundant region with surplus grid capacity, might have triggered a different debate. Here, critics argue that the environmental and infrastructure context makes the decision especially fraught.
Tesla’s Role and Stake in the Project
The project has been associated with Tesla in public discussion of the plan. The Guardian’s reporting identifies Tesla among the entities involved, placing the company at the center of the controversy over how much power and water a single corporate-linked facility should be allowed to command.
For Tesla, the strategic logic is clear: large-scale datacenters can support data-heavy operations, from vehicle software and autonomous driving systems to broader AI and cloud workloads. Concentrating that capacity in one mega-facility can create efficiencies of scale.
But that same concentration is what amplifies local opposition. The larger and more centralized the facility, the more visible its draw on shared resources becomes. In this case, Tesla’s involvement ensures the project has a high profile — and that criticism will extend beyond state-level politics to the company’s broader public reputation.
Who Stands to Gain — and Who Bears the Risk
Based on the Guardian’s account, the primary potential winners are:
- Project backers and corporate users: A completed mega-datacenter would give Tesla and any partners a powerful infrastructure asset, consolidating computing capacity and potentially lowering per-unit costs over time.
- State and local economic development officials: Approval signals that Utah is open to large-scale technology investment. Officials may anticipate construction jobs, long-term operational roles, and associated tax revenues.
The perceived losers, as articulated by critics in the Guardian’s reporting, include:
- Local communities in drought-stricken areas: Residents fear that water-intensive cooling needs will compete with household and agricultural use, especially in dry years.
- Other power users on the grid: Committing capacity equivalent to more than the state’s current usage to one facility raises concerns about future pricing, reliability, and the need for new generation and transmission projects.
This distribution of benefits and risks helps explain the intensity of the backlash. Gains are concentrated among a small set of corporate and governmental actors, while the environmental and infrastructure risks are shared broadly by residents and other users.
How the Backlash Shapes the Project’s Trajectory
The Guardian’s reporting makes clear that the public response has been “furious,” with critics labeling the plan as fundamentally misaligned with local conditions. While the article does not detail specific legal challenges or policy reversals, such a level of opposition can have several practical effects:
- Political pressure on state and local officials: Elected leaders who backed the approval may face sustained questioning about how they evaluated water and power impacts.
- Closer regulatory scrutiny: Even with initial approval in place, subsequent permits on water use, grid interconnections, and environmental compliance could become flashpoints.
- Reputational pressure on Tesla: As the best-known company associated with the plan, Tesla may be pressed to explain how it will mitigate water and energy impacts or adjust the project’s design.
At this stage, the Guardian’s account focuses on the approval and backlash rather than any formal reconsideration. The key analytical point is that a project of this scale, in this location, is unlikely to proceed quietly.
What to Watch Next
Given the limited public documentation so far, several developments will determine how this story evolves:
- Detailed resource plans: Concrete figures on water consumption, cooling technology, and power sourcing will clarify the scale of impact that critics currently describe in broad terms.
- Regulatory follow-on decisions: Additional permits or environmental reviews could either reinforce the initial approval or introduce new conditions.
- Corporate responses: How Tesla and other backers address concerns about drought, grid strain, and local benefits will shape both public opinion and political support.
For now, the Guardian’s reporting establishes a stark contrast: a datacenter complex larger than twice Manhattan’s size and more power-hungry than an entire state’s current usage, approved in a drought-stricken part of Utah, and met with a backlash that brands the decision as “irresponsible.” The next phase will test whether that label sticks — or whether project backers can convincingly argue that the benefits justify the extraordinary scale.
