Why Data Centers Are Choosing Our District

When a state legislator mentions that multiple companies are actively seeking to build data centers in their district, it's easy to file that under "local political news" and move on. Don't. That kind of statement is a signal — one that tells you something real is happening on the ground, driven by forces reshaping where power, capital, and economic opportunity flow in America.

Data center development isn't a trend that plays out in Silicon Valley boardrooms and stays there. It lands in specific places, on specific parcels of land, near specific substations and fiber corridors. And right now, one of those places is this district.

What’s Actually Driving the Interest

The quote from the 117th legislative district isn't vague boosterism. The representative specifically cited "proximity to needed resources" as the reason companies are circling. That phrase does a lot of work.

Data centers don't choose locations based on scenery — they choose based on power, water, land, and connectivity, and they need all four at scale.

Power availability is typically the first filter. A hyperscale facility can consume anywhere from 20 to 200+ megawatts of electricity, and operators need firm commitments from utilities before they'll break ground. Districts that sit near high-voltage transmission infrastructure — or that have untapped capacity at existing substations — immediately move to the top of the shortlist.

Water access matters almost as much. Cooling is one of the largest operational costs and engineering challenges in data center design. Facilities using evaporative cooling systems can consume millions of gallons annually. Proximity to rivers, aquifers, or municipal water systems with sufficient capacity isn't a nice-to-have — it's a site selection requirement.

Land availability with the right zoning profile rounds out the picture. Large, flat, affordable parcels with room for expansion and acceptable soil conditions for foundations don't exist everywhere. When a district has them, operators notice.

The Economic Case Is Stronger Than It Looks

Here's where the conventional narrative undersells the story. The public conversation around data centers often leads with construction jobs — and yes, a large-scale build can employ 1,500 to 2,000 workers during the construction phase. That's real and meaningful for a regional economy.

But the more durable value comes from the tax revenue side, and those numbers deserve attention.

A single hyperscale data center campus can carry a property tax assessment in the hundreds of millions of dollars. In jurisdictions without aggressive tax abatement programs, that translates into tens of millions annually flowing to local school districts, county budgets, and municipal services — from a facility that, once operational, might employ only 30 to 50 full-time workers on-site. That ratio — enormous tax base, minimal burden on local services — is almost unprecedented in economic development.

The indirect economic effects compound this. Data center operators are anchor tenants for local electrical contractors, security firms, mechanical service companies, and fiber installation crews. They fill hotels during construction phases. They drive demand for industrial real estate in surrounding areas. And critically, they signal to other tech-adjacent businesses that the infrastructure in a given region is serious enough to support large-scale digital operations.

That last effect is underappreciated. When a major operator plants a flag in a district, it changes how site selectors at other companies view that region. It's validation with a nine-figure price tag attached.

Infrastructure Capabilities: The Hidden Competition

Districts compete for data center investment whether they know it or not. And the competition isn't always won by the biggest cities or the most aggressive incentive packages.

Rural and semi-rural districts with strong transmission infrastructure, available land, and stable regulatory environments have been winning deals away from congested metros for years now. Northern Virginia's data center corridor — the densest in the world — is increasingly constrained by power availability and community opposition. The same pressure is emerging in Phoenix, Dallas, and Atlanta.

That congestion is redirecting capital toward second-tier markets that would have been overlooked a decade ago — and districts with the right resource profile are the direct beneficiaries.

For the 117th district specifically, the "proximity to needed resources" language suggests it has cleared those initial filters. Companies don't expend the time and legal costs of formal site-seeking processes on locations that don't check the infrastructure boxes. The interest is real.

The Complications Worth Taking Seriously

None of this means data center development is frictionless or universally welcomed — and any honest accounting has to address the tensions.

Zoning is the first obstacle. Most municipal and county codes weren't written with 200,000-square-foot climate-controlled server facilities in mind. Getting the right industrial or utility designations in place, navigating conditional use permits, and managing the public comment process takes time and political capital. Local officials who want these projects need to engage proactively, not reactively.

Environmental scrutiny is intensifying. Water consumption concerns have already led to public battles over data center approvals in several western states. Energy consumption questions — particularly around the source of that power — are increasingly part of the approval conversation. Operators have gotten better at answering these questions, but they can't answer them for the community. Local leaders need to understand the specifics of what's being proposed before those public meetings arrive.

There's also a workforce reality check. The long-term employment numbers for operational data centers are genuinely modest. Communities that expect data centers to solve unemployment problems will be disappointed. Communities that expect them to solve infrastructure investment and tax revenue problems will not be.

What Comes Next

The growth trajectory for data center demand is not in question. Artificial intelligence workloads are driving compute requirements that industry analysts struggle to model fast enough — the infrastructure buildout required to support even current AI deployment levels is staggering, and it's accelerating. Operators who locked in land and power agreements in 2023 and 2024 are going to look prescient by the end of this decade.

For a district like the 117th, that means the window for favorable deal-making is now, not later. As more capital chases fewer viable locations, the communities that have done the work — resolved zoning ambiguities, engaged with utilities on interconnection capacity, established clear permitting timelines — will close deals. The ones that treat each project as a surprise will watch those deals go elsewhere.

The companies circling this district are doing their homework. Local officials and economic development teams should be doing theirs with equal intensity: understanding the power capacity available, the water infrastructure that exists, the grid interconnection timeline, and — critically — what commitments the community actually wants in return.

Data center development done right isn't a windfall that falls from the sky. It's a negotiation. And the districts that come to that table prepared are the ones that shape the terms.

Learn more about how your district can benefit from data center development.

INTERNAL LINK SUGGESTIONS:

• [INTERNAL LINK: data center development trends]
• [INTERNAL LINK: economic impact of data centers]
• [INTERNAL LINK: zoning challenges for data centers]