Should We Embrace New Data Centers in Our Communities?

When a children's home in central Illinois weighs in on nearby data center construction, you know the conversation has moved well beyond the tech sector. These facilities are landing in places nobody expected — rural counties, small cities, agricultural regions — and the communities receiving them must make decisions with incomplete information and real stakes.

That's worth taking seriously.

What a Data Center Actually Is (And Why It Matters Where You Build One)

Strip away the jargon, and a data center is essentially a warehouse full of servers — the physical infrastructure that powers everything from your bank's mobile app to streaming video to AI model training. Every time you search, stream, or store something in the cloud, that action touches a data center somewhere.

The scale of what's being built right now is genuinely hard to overstate. Global data center capacity is projected to double by 2030, driven by AI workloads that are orders of magnitude more compute-intensive than traditional cloud applications. A single large-scale hyperscale facility — the kind Amazon Web Services, Microsoft Azure, or Google might build — can span over a million square feet and draw 100–500 megawatts of power. That's enough electricity to power a mid-sized city.

Which is precisely why data center developers are hunting for land outside traditional tech corridors. They need cheap, abundant power. They need fiber connectivity. They need water for cooling. And increasingly, they need to escape the grid congestion choking markets like Northern Virginia — which already hosts more data center capacity than any other region on earth — and find room to grow.

That room often looks like central Illinois.

The Economic Case Is Real — But Read the Fine Print

Let's be direct about what data centers do and don't deliver economically, because the pitch from developers doesn't always match the reality on the ground.

On the positive side, the numbers can be significant. A mid-sized data center representing a $500 million capital investment will generate substantial property tax revenue for the host county — sometimes tens of millions of dollars annually, depending on local assessment rates. That's money that flows into school districts, road maintenance, and emergency services without requiring the same infrastructure burden as a residential development of equivalent value.

Construction phases create genuine employment — typically 1,000 to 2,000 temporary jobs for a major facility — and the local economic multiplier effect through contractors, suppliers, and service businesses is measurable.

The permanent job picture is where communities need to be more clear-eyed. A 200MW data center might employ 50 to 200 permanent staff, heavily weighted toward skilled technical roles — network engineers, electrical technicians, security personnel — that may not be filled by the existing local workforce. That's not an argument against data centers; it's an argument for honest workforce planning and negotiated community benefit agreements that include local hiring commitments and training pipelines.

There's also the question of utility infrastructure investment. Data centers frequently negotiate with utilities to extend transmission lines, upgrade substations, and expand grid capacity. That infrastructure often benefits surrounding ratepayers and businesses long after the facility is operating. In rural areas with aging electrical infrastructure, this can be a genuinely transformative side effect.

The Concerns Are Legitimate Too

Communities that push back on data center proposals aren't being anti-progress. They're often asking smart questions that developers would prefer to leave unanswered.

Water consumption is the most underappreciated issue. Cooling-intensive data centers can consume millions of gallons of water annually — an acute concern in regions already managing water stress. The honest answer is that this varies significantly by cooling technology: facilities using advanced air cooling or liquid immersion cooling have dramatically lower water footprints than traditional evaporative cooling tower designs. Asking for specific water usage commitments before a project breaks ground is entirely reasonable.

Energy source matters enormously. A data center running on coal-heavy grid power is a very different environmental proposition than one paired with on-site solar and battery storage or sourced through a renewable power purchase agreement. Some of the most sophisticated operators — Microsoft, Google, Meta — have made aggressive commitments on this front. But "commitment" and "delivery" are different things, and local officials should understand what the actual interconnection queue looks like, not just what the press release says.

Then there's the noise, traffic, and aesthetic reality. Hyperscale facilities are not quiet neighbors. Generator testing is frequent and loud. Construction traffic can strain local roads for 18–24 months. These are solvable problems with proper siting and mitigation requirements — but only if they're negotiated before permits are issued, not after.

The communities that get the best outcomes are the ones that treat data center recruitment less like economic development and more like a contract negotiation.

What Good Integration Looks Like

A few patterns emerge from places where data centers have landed well.

Prince William County in Virginia — now one of the most data center-dense counties in the country — has spent years refining a framework that includes dedicated data center overlay zoning, explicit noise ordinances, landscaping buffers, and tax rate structures that balance revenue generation against corporate incentive demands. The result isn't perfect, but it's a replicable model for communities that want to say yes without writing a blank check.

In rural Ohio and Indiana, some counties have successfully negotiated community benefit agreements that fund local scholarships, apprenticeship programs at community colleges, and long-term commitments to purchase locally sourced construction materials. These aren't charity — they're leverage that smaller communities often don't realize they hold.

The most important lesson from these examples: data center developers need land with specific characteristics, and once they've identified a site that works, their negotiating position is weaker than it appears. Local officials who understand that have more room to shape outcomes than those who treat every project inquiry as a gift they can't afford to question.

Where This Industry Is Heading

The next decade of data center development will be defined by two pressures running in opposite directions: massive demand growth driven by AI infrastructure buildout and mounting pressure to make that infrastructure sustainable.

The AI angle is not hype. Training large language models and running inference at scale requires dramatically more compute than the workloads data centers were designed for five years ago. NVIDIA's latest data center GPUs consume 700 watts apiece — in facilities that might run tens of thousands of them. This is why power availability has become the single biggest constraint on data center siting globally, why developers are signing 20-year power purchase agreements, and why nuclear energy is suddenly back on the table for tech companies that had written it off.

The facilities being planned and built today will still be operating in 2045 — which means decisions made at the zoning board level in 2025 have genuinely long time horizons.

On the sustainability side, the pressure is real and accelerating. Liquid cooling, AI-optimized power management, waste heat recovery for district heating systems, and on-site renewable generation are all moving from pilot projects to standard specifications. Communities negotiating agreements today should be requiring sustainability reporting, water usage commitments, and renewable energy progress milestones as standard terms — not optional add-ons.

What Communities Should Actually Do

The question isn't whether data centers belong in communities. They're going to be built, and the regions that engage thoughtfully will capture more of the upside and limit more of the downside than those that either reflexively reject proposals or eagerly accept whatever terms developers offer.

The real work is preparation: understanding your community's actual leverage points, getting specific commitments in writing before approvals are granted, building local workforce capacity to capture more of the permanent employment, and designing zoning frameworks that reflect real operational realities rather than generic industrial classifications.

A children's home in central Illinois weighing in on a local data center proposal represents exactly the kind of community engagement that makes these processes work better. The facilities will shape these communities for decades. The people who live there have every right — and good reason — to shape the facilities right back.

Explore more about how to navigate data center developments in your community.