Is Your City Ready for a Data Center Boom?

When a packed house shows up to a city council meeting, something significant is at stake. In Conway, residents crowded the chambers to push back against a proposed data center development — and their concerns weren't just noise. They were a signal. A signal that communities are waking up to the fact that data center development is no longer an abstract tech industry conversation. It's landing in their backyards, on their power grids, and on their water bills.

But here's the tension most coverage misses: the residents aren't necessarily wrong, and neither are the developers. What's broken is the process — and cities that figure that out first will come out ahead.

What a Data Center Actually Is (And Why It Matters Where It Goes)

Strip away the jargon, and a data center is essentially a warehouse full of servers — computers that store, process, and distribute the data that powers everything from your streaming queue to hospital electronic records to the AI tools reshaping entire industries. The internet doesn't live in a cloud. It lives in buildings, and those buildings need land, power, and cooling.

The scale is what surprises most people when they see it up close. A hyperscale facility — the kind that Amazon, Microsoft, or Google operates — can consume anywhere from 100 to 500+ megawatts of electricity. To put that in context, 100 MW is enough to power roughly 80,000 average American homes. That's not a footnote. That's a fundamental infrastructure question for any municipality being courted by a developer.

Smaller enterprise or colocation facilities are less dramatic but still significant — typically ranging from 1 to 20 MW — and these are the types more likely to land in mid-sized cities like Conway. Still, even at that scale, the power draw, the traffic patterns, the water use for cooling systems, and the noise from backup generators are legitimate planning concerns.

The Conway Moment — and Why It's Playing Out Everywhere

What happened in Conway isn't unique. It's a pattern. A developer identifies a site with cheap land, proximity to fiber infrastructure, and a local government hungry for economic investment. Renderings get submitted. Zoning meetings get scheduled. And then residents — who learned about the project from a neighbor or a Facebook post, not from a city planner — show up angry.

Their concerns tend to cluster around the same themes: noise, traffic during construction, strain on the electrical grid, water consumption, and a nagging sense that the economic promises are too good to be true. These aren't irrational fears. Data centers do draw significant power. Construction phases are genuinely disruptive. And the job numbers developers cite often reflect peak construction employment, not permanent operational headcount.

The communities that handle this well aren't the ones that suppress opposition — they're the ones that front-load transparency.

Case in point: Northern Virginia's data center corridor, now the densest concentration of data infrastructure on the planet, didn't happen without friction. Loudoun County — which hosts more data center square footage than any jurisdiction in the world — has been grappling with community pushback for years, leading to updated zoning overlays, noise ordinances, and mandatory setback requirements. The lesson: unmanaged growth generates backlash. Managed growth generates tax revenue.

The Economic Case Is Real — But Read the Fine Print

Proponents lead with jobs, and they're not wrong to. A mid-sized data center brings construction employment during the build phase — often 500 to 1,000 workers over 18 to 24 months — followed by a permanent operational staff that, while smaller (typically 30 to 100 full-time employees depending on the facility), tends to pay well above median local wages. Network engineers, security personnel, facilities managers, and electricians don't come cheap.

The longer-term economic argument is actually more compelling than the job count. Data centers generate substantial property tax revenue — often tens of millions of dollars annually for large facilities — while placing relatively modest demands on public services. They don't need schools for their employees' children the way a new residential development does. They don't generate the traffic volume of a retail center or distribution warehouse. As a per-acre economic contributor, they outperform most alternative land uses.

Some states have caught on. Virginia, Texas, and Georgia have offered aggressive tax incentives to attract data center investment precisely because they understand the downstream fiscal math. The risk for smaller cities is taking the short end of a negotiation: giving away too much in incentives without securing binding commitments around local hiring, utility infrastructure contributions, or community investment funds.

Infrastructure planning that fails to anticipate data center power demands can leave a city holding the bag on grid upgrades that were never budgeted.

That's not hypothetical — it's happened. When a large facility comes online and the local utility wasn't prepared, ratepayers sometimes absorb costs that were implicitly subsidized by the development deal. Cities need independent utility impact assessments before signing anything.

The Energy Question Isn't Going Away

Energy consumption is the most legitimate community concern, and the industry knows it. A single hyperscale campus can account for a meaningful percentage of a regional utility's total load growth in a given year. For smaller grids or areas already facing capacity constraints, that's a real problem.

The honest answer from responsible developers is that efficiency has improved dramatically — and continues to improve. Power Usage Effectiveness (PUE), the standard efficiency metric for data centers, has fallen from industry averages above 2.0 a decade ago to below 1.5 at well-run modern facilities, with leading hyperscalers hitting 1.1 to 1.2. That means less wasted energy per unit of computing work.

The renewable energy angle is more complicated than press releases suggest. Many major operators have made 100% renewable energy commitments, and some are genuinely delivering on them through long-term power purchase agreements with wind and solar projects. But "100% renewable" often means carbon accounting offsets rather than real-time clean power delivery — a distinction that matters when a facility is drawing power at 2 a.m. on a cold, still night.

The more promising direction for urban development is co-location of data centers with actual generation assets — pairing a facility with an adjacent solar farm and battery storage, for instance — or leveraging waste heat recovery systems that redirect thermal output from servers into district heating networks. Several European cities are already doing this. It's not science fiction, and it's a negotiating point that forward-thinking municipalities should be putting on the table.

How Smart Cities Should Play This

The cities that will benefit most from data center development over the next decade aren't the ones that simply approve projects or reject them. They're the ones that treat data center attraction as an infrastructure planning exercise, not a zoning decision.

That means several things in practice. First, proactive utility coordination — engaging the local power company before a developer even files an application, so grid capacity questions are answered before they become public flashpoints. Second, community benefit agreements with teeth: binding language around noise mitigation, local hiring percentages, stormwater management, and contributions to public infrastructure rather than vague commitments in a press release. Third, dedicated zoning overlays that define where data centers fit within a city's long-range land use plan — rather than making ad hoc decisions that leave neighbors feeling ambushed.

The cities getting this right are treating data centers the way they treat hospitals or universities: as anchor infrastructure that requires careful siting, real community engagement, and long-term integration with broader development goals.

There's also a smart city dimension that rarely enters these local debates. Data centers are increasingly integrated with edge computing networks, fiber buildout initiatives, and municipal broadband infrastructure. A city that negotiates fiber access easements as part of a data center approval — or secures commitments around co-investment in broadband for underserved neighborhoods — is thinking two moves ahead.

The Conway meeting will be followed by more meetings, and eventually a decision. But the real question for Conway — and every other city fielding these proposals — isn't whether to say yes or no. It's whether they have the planning capacity, the negotiating sophistication, and the community engagement infrastructure to turn a contentious zoning fight into a long-term asset.

The data center boom isn't waiting for anyone to catch up. Cities that do the homework now will negotiate from strength. The ones that don't will be deciding these questions in a crowded room, under pressure, with an angry crowd at the microphone.

Call to Action: Ready to explore how your city can benefit from data center development? Visit InfraSale Marketplace for more insights and resources.