Why Watts Township Opposes the New Data Center

The meeting hadn't even formally opened before people started talking. Residents of Watts Township packed the room, voices raised, signs in hand — united against something most of them had only recently learned was coming to their backyard: a proposed data center. And they wanted no part of it.

This kind of scene is playing out with increasing frequency across rural and suburban America, as data center developers chase cheap land, favorable power rates, and fiber connectivity — often without adequately preparing the communities they're moving into. Watts Township is the latest flashpoint, but it won't be the last.

What's Actually Being Proposed

Details from the Watts Township debate remain limited in public filings, but the broad strokes are familiar: a developer has identified a parcel in the township as a viable site for a data center facility. To anyone outside the industry, that might sound benign — a building full of computers. In practice, it means industrial-scale electrical infrastructure, round-the-clock mechanical cooling systems, significant truck traffic during construction, and a facility that operates 24 hours a day, 365 days a year.

That gap between public perception and operational reality is exactly where community opposition is born.

Residents showed up to voice that opposition loudly. Whether the township ultimately approves, rejects, or negotiates modified terms for the project remains to be seen — but the community's reaction signals something developers should pay close attention to.

The Concerns Are Specific, Not Hysterical

Opponents of data center projects are often dismissed as NIMBYs who resist any change. That's a lazy read. When you actually listen to what residents are raising in Watts Township and communities like it, the concerns are grounded and specific.

Noise and Traffic

Data centers run on noise. Cooling systems — chillers, cooling towers, backup generators — operate continuously and generate significant ambient sound. A facility positioned near residential areas can mean a persistent mechanical hum that doesn't stop when the workday ends. The EPA's guidelines on industrial noise exist for a reason, and residents who've lived near similar facilities know what to expect.

Construction traffic alone can disrupt rural roads not designed to handle heavy equipment at scale. Once operational, the facility requires regular maintenance deliveries, fuel trucks for backup generators, and equipment upgrades on a rolling basis. For a township with quiet country roads, that's a material change to daily life.

Environmental Stakes

Water consumption is a concern that often catches residents off guard. Large hyperscale data centers can consume millions of gallons of water annually for evaporative cooling. In areas where aquifer levels, stream health, or municipal water supply are already under pressure, that's not a trivial ask.

The environmental footprint of a single large data center can rival that of a small manufacturing plant — a comparison most developers prefer not to make in public meetings.

Power draw is the other major variable. Data centers are among the most energy-intensive land uses in existence. A 100 MW facility — a mid-sized campus by current standards — draws enough power to supply roughly 80,000 average American homes. Where that power comes from, and what new transmission infrastructure it requires, matters enormously to local residents and grid operators alike.

The Economic Case Is More Complicated Than It Looks

Developers typically lead with jobs. It's the most politically durable argument for any industrial project, and it's not entirely wrong. Construction phases do create work — electricians, concrete contractors, structural crews. That's real economic activity.

But the permanent employment picture at a modern data center is thin. A fully automated 100 MW facility might employ 30 to 50 full-time staff. For the scale of infrastructure being installed — and the tax incentives often extracted in exchange — that's a poor return for a rural township expecting a workforce transformation.

Property value impacts cut in multiple directions. Some studies show data centers have neutral-to-positive effects on nearby commercial property. Residential property adjacent to an industrial facility with noise, light, and traffic impacts tells a different story. Homeowners within sight or earshot of a data center often see their negotiating position weaken when they go to sell.

The honest economic analysis for a community like Watts Township requires asking: who actually captures the value here? The developer, the utility selling power, and possibly the county tax base — but the residents nearest the site absorb most of the costs.

What Other Communities Have Learned

Some data center deployments have integrated into communities without major conflict. The difference almost always comes down to early engagement and meaningful concessions.

In rural Virginia — the data center capital of the world, hosting more than 35% of the world's internet traffic through Loudoun County — local governments have learned to negotiate hard. They've secured community benefit agreements that include local hiring requirements, contributions to road improvement funds, noise mitigation standards written into permits, and setback requirements that create genuine buffers from residential areas.

The projects that blow up publicly share a common failure mode: the developer treats permitting as a technical process and community relations as a PR problem to manage, rather than a negotiation to engage in honestly. By the time opponents show up at packed township meetings, the window for easy resolution has usually already closed.

Prince William County in Virginia offers a cautionary tale of a different kind — a jurisdiction that approved so much data center development so quickly that residents eventually organized a successful campaign to pause approvals entirely, forcing a policy reset that delayed hundreds of millions in planned investment.

Moving fast and winning permits is not the same as successfully developing a project. Developers who confuse the two tend to find out the hard way.

What This Means for Data Center Developers Going Forward

The Watts Township opposition isn't an isolated event — it's a signal embedded in a broader trend. As data center demand accelerates (driven by AI infrastructure buildout, cloud expansion, and the digitization of everything), developers are pushing deeper into communities that have little experience with this asset class and limited institutional knowledge about how to evaluate proposals.

That creates both risk and opportunity. The risk is obvious: community backlash, permit delays, litigation, and projects that consume years of capital before a single server goes live. The opportunity is for developers willing to do the work differently.

That means engaging before the application is filed. It means showing up with an environmental impact analysis that doesn't require a PhD to parse. It means being willing to accept binding mitigation conditions — noise limits, water use caps, local hiring floors — rather than offering voluntary commitments that evaporate after groundbreaking.

Policymakers have a role here too. Zoning codes written before data centers existed as a land use category need updating. Some jurisdictions are beginning to create specific data center overlay zones with clear standards — that kind of regulatory clarity actually benefits developers by reducing uncertainty, even as it imposes real conditions.

Watts Township residents who showed up to that meeting weren't trying to stop the future. They were trying to make sure the future doesn't happen entirely at their expense. Any developer serious about building in communities like this needs to understand the difference — and start every project by earning the right to be there, not just acquiring the permits to proceed.

Call to Action: If you want to learn more about how to navigate community concerns and ensure successful data center development, visit InfraSale Marketplace.

[INTERNAL LINK: community engagement strategies]

[INTERNAL LINK: economic impacts of data centers]

[INTERNAL LINK: environmental considerations for data centers]