Can Denver Support More Data Centers?
Denver's future hinges on the growth of data centers. Explore the potential benefits and challenges of expanding this critical infrastructure!
Denver's city council is grappling with a question that dozens of American cities will face in the next decade — but few have started answering. Council member Paul Kashmann put it plainly: "We need to decide if there's a way that additional data center development can fit into the Denver context." That's not a rhetorical question. It's a policy problem with real infrastructure, energy, and land-use stakes attached.
The answer matters well beyond Denver's city limits. How Denver navigates this will offer a blueprint — or a cautionary tale — for mid-tier metros caught between surging digital demand and limited grid, water, and zoning capacity.
Denver's Data Center Position Right Now
Denver occupies an interesting middle ground in the national data center hierarchy. It's not Northern Virginia — the undisputed heavyweight with over 3,000 MW of commissioned capacity — but it's not a secondary market either. The Denver metro has established colocation facilities from major operators, benefits from a central geographic location that reduces network latency for Mountain West users, and sits at a high altitude with cooler ambient temperatures that can reduce mechanical cooling loads.
What's changed is the magnitude of incoming demand. AI workloads require roughly 5–10 times the power density of traditional enterprise computing. A rack that once drew 5–7 kW might now need 30–50 kW or more for GPU-intensive inference and training. That shift doesn't just stress building infrastructure — it stress-tests the entire regional grid. Xcel Energy, the primary utility serving Denver, is already managing a transmission system that was designed for a different era of consumption.
Data center operators looking at Denver see a market with genuine upside: a growing tech-sector workforce, proximity to federal agencies and defense contractors in the region, and competitive land costs compared to coastal markets. But the "Denver context" Kashmann referenced isn't just geography — it's a community with strong environmental commitments, tight urban land inventory, and neighbors who have opinions about what gets built next door.
The Economic Case Is Real — But Read the Fine Print
Proponents of expanding data center development in Denver point to job creation and tax revenue, and those arguments aren't wrong. A large-scale data center representing 100–200 MW of capacity can generate hundreds of construction jobs and meaningful property tax contributions. Some jurisdictions have seen eight-figure annual tax yields from single facilities.
The catch: data centers are not labor-intensive operations once built. A hyperscale campus employing 30–50 full-time staff is not unusual. The economic multiplier depends heavily on whether the facility attracts co-located tech tenants and ecosystem services — not just whether it exists. Denver's ambitions to build a technology hub create a plausible case for that multiplier effect, but it requires deliberate planning, not just permitting.
There's also the supply chain angle. Data centers pull in electrical contractors, fiber installers, mechanical engineers, and ongoing maintenance vendors. For a regional economy, that distributed spend can be more impactful than headline job counts suggest — but it's diffuse and hard to capture in a standard economic impact study.
The Hard Problems: Grid, Water, and Zoning
Here's where the Denver context gets complicated.
Power is the central constraint. A single 100 MW data center consumes roughly as much electricity annually as 80,000–100,000 average American homes. Denver's grid is cleaner than it was — Xcel has made meaningful progress on renewable integration — but interconnection timelines for large new loads are stretching to 4–6 years in many markets. A developer who breaks ground today may not have the power they need until the early 2030s.
Water is the secondary constraint that rarely gets enough attention. Evaporative cooling systems — still common in large facilities — can consume millions of gallons annually. In Colorado, where water rights are governed by a prior appropriation doctrine and drought conditions are increasingly chronic, that's not a minor detail. Any serious conversation about data center development in Denver has to include a water consumption plan, not just an energy plan.
Zoning adds another layer. Industrial-zoned land capable of supporting data center power requirements is finite in a city that's also competing for housing, logistics, and manufacturing space. Denver's land-use decisions are zero-sum in a way that Loudoun County, Virginia's — with its sprawling exurban footprint purpose-built for data centers — simply isn't.
What Sustainable Development Actually Looks Like
The developers who will succeed in markets like Denver aren't the ones promising the most megawatts. They're the ones coming in with credible answers to the hard questions.
On energy: direct power purchase agreements with wind and solar projects are table stakes at this point. The more sophisticated operators are exploring behind-the-meter generation, on-site battery storage to manage peak demand, and — longer term — fuel cell and green hydrogen solutions. Some are designing facilities specifically to work as flexible grid loads, absorbing excess renewable generation during off-peak periods. That positions a data center as a grid asset, not just a grid burden.
On cooling: air-cooled and evaporative systems are giving way to liquid cooling architectures — direct-to-chip and immersion cooling — that can dramatically reduce water consumption while handling the higher power densities that AI workloads demand. A facility designed around immersion cooling in 2025 looks fundamentally different from one built in 2015. Denver's cooler climate does provide an advantage for airside economization, which can significantly reduce mechanical cooling hours annually.
The developers worth taking seriously are the ones who walk into a community meeting with a water consumption figure, a renewable energy percentage, and a grid interconnection plan — not just a rendering.
Equally important is the conversation about co-location with renewable generation. Colorado has abundant solar and wind resources. Data center developers who can demonstrate that their facilities are sited near or paired with new generation capacity — rather than simply drawing from an already-strained grid — will have a fundamentally stronger case before city council and utility regulators.
Where This Goes From Here
Denver's data center question will likely resolve in one of two directions over the next three to five years.
In the optimistic scenario, the city establishes a clear framework: designated zones where data center development is encouraged, streamlined permitting tied to demonstrated sustainability standards, and coordination with Xcel on grid upgrade planning. Developers who meet the bar get a workable path. Those who don't get a clear answer early enough to look elsewhere. That predictability is worth something — developers hate uncertainty more than they hate requirements.
In the less optimistic scenario, the city delays, individual projects face prolonged council battles, and Denver effectively self-selects out of a market cycle that won't wait. The demand doesn't disappear — it routes to Phoenix, Salt Lake City, or the Texas markets that have moved faster.
The cities that will define the next era of digital infrastructure aren't necessarily the ones saying yes to everything — they're the ones that have done the work to know what "yes" actually costs and means.
For Denver, that work is happening now. The council's willingness to ask whether data center development can fit the Denver context — rather than simply approving or blocking projects on an ad hoc basis — suggests the city is at least asking the right question. Whether the process produces a coherent, durable answer is the real test.
Infrastructure assets in emerging and established data center markets — including land, power-entitled sites, and colocation facilities — are actively trading. If you're tracking development opportunities in the Mountain West or evaluating where the next wave of digital infrastructure investment lands, the decisions being made in city halls right now are the ones that will set the terms.
Explore more about data center opportunities and the InfraSale Marketplace here.