Could a Data Center Transform Cornerstone Way?

A 5-acre parcel off Stoney Mountain Road may not seem significant. But in the current data center land rush, sites like the one on Cornerstone Way are exactly what developers are hunting—and what communities are starting to fight over.

The question being asked about this site isn't just whether it's buildable. It's whether it's the right fit for one of the most capital-intensive, infrastructure-heavy, and economically transformative land uses in modern development.

What a Data Center Actually Brings to a Site

Strip away the jargon, and a data center is a building full of servers, cooling systems, and power infrastructure—all designed to store, process, and transmit data around the clock. What makes them interesting from a land development standpoint isn't the technology inside; it's the footprint they create outside.

A single hyperscale data center can consume 50 to 150 megawatts of power and represent a capital investment north of $500 million—and that's before the first rack goes in.

That investment doesn't float in a vacuum. It connects to local power grids, demands upgraded fiber connectivity, requires water infrastructure for cooling, and attracts a workforce that needs housing, retail, and services. For a site like Cornerstone Way, that cascade of secondary effects is where the real economic story lives.

The digital economy runs on physical infrastructure, and right now, that infrastructure is being built at a pace that has developers scrambling for viable land. Northern Virginia absorbed over 3,000 MW of new data center capacity in recent years. The Midwest is catching up fast. Smaller markets—the kind where a 5-acre site off a state road could quietly become a regional anchor—are increasingly in the conversation.

Why Cornerstone Way Is Worth a Serious Look

Five acres isn't massive in data center terms, but it's not dismissible either. Edge data centers—smaller facilities designed to process data closer to end users rather than routing everything through distant hyperscale hubs—typically require between 1 and 10 acres. A well-positioned 5-acre site can support a facility in the 5 to 20 MW range, which is meaningful capacity by any regional standard.

What matters more than raw acreage is what surrounds the site. The Cornerstone Way location off Stoney Mountain Road raises legitimate questions that any serious developer would want answered quickly: What's the power situation? Is there a substation within reasonable distance, and what's the available capacity? What does fiber access look like? How close is the site to points of presence that would make low-latency connectivity feasible?

Location specifics that look unremarkable on a map can look very different when you overlay power availability, fiber routes, and land cost per acre.

Compared to land in saturated markets—Loudoun County, Phoenix, Dallas—a site in a secondary market often offers significantly lower land acquisition costs and, in many cases, friendlier local government. That matters when you're trying to close a deal and break ground before competitors do.

The Economic Case for Local Communities

Here's what data center development actually delivers when it works: construction jobs in the 12 to 24 month build phase, followed by a smaller but highly skilled permanent workforce. A facility in the 10 to 20 MW range might employ 30 to 75 full-time workers—electricians, network engineers, security personnel, facilities managers—drawing salaries well above local median incomes.

The bigger impact, though, is on the tax base. Data centers are among the most valuable commercial properties per square foot, and they don't generate school children, traffic congestion, or service demands at the scale that residential or retail development does. For a county trying to balance its budget without burdening residents, that math is genuinely attractive.

Infrastructure is the other piece. Data center developers routinely fund road improvements, utility upgrades, and fiber buildout as part of project approvals. What gets built to serve a data center often benefits surrounding properties and residents for decades.

The Hurdles Are Real — and Worth Understanding

None of this happens automatically, and communities that jump at data center proposals without scrutiny have sometimes regretted it.

Zoning is the first gate. Sites in areas not currently designated for heavy industrial or technology use require rezoning processes that can take months to years, involve multiple public hearings, and carry genuine political risk if neighbors organize opposition. The Cornerstone Way site's zoning status is the kind of detail that determines whether this is a near-term opportunity or a long-term land hold.

Power consumption is the conversation that often surprises local officials. A 20 MW facility running at full load draws roughly as much electricity as 16,000 average American homes. That demand doesn't break a regional grid, but it does require real coordination with the utility provider—and in areas where grid capacity is already constrained, it can trigger years-long interconnection queues.

Water is increasingly a flashpoint. Traditional data centers use significant quantities of water for cooling, and in communities with limited water resources, that's a legitimate concern. The good news is that the industry has shifted meaningfully toward air-cooled and closed-loop systems, and newer facilities are far less water-intensive than their predecessors. Developers who come to the table with specific commitments on water efficiency often move faster through community approval processes than those who treat it as an afterthought.

Where the Industry Is Heading — and Why It Matters for Sites Like This

The data center sector is not slowing down. Artificial intelligence workloads alone are creating a step-change in compute demand that analysts at McKinsey and others estimate could double or triple power consumption requirements for facilities over the next decade. The demand for sites is structural, not cyclical.

What's changing is how developers think about energy sourcing. The era of simply plugging into the grid and buying offsets is giving way to serious investment in co-located renewable generation—solar farms adjacent to or directly feeding the facility, battery storage for grid resilience, and power purchase agreements with wind projects. Some developers are now treating on-site clean energy not as a marketing point but as a hard requirement to hit cost targets and meet corporate sustainability commitments.

For a site like Cornerstone Way, that trend opens an interesting angle: if the surrounding land has favorable solar resources and there's room to structure a broader energy infrastructure play, the economics of the project can shift significantly. A 5-acre data center site doesn't exist in isolation. It exists in a regional context of power, land, and capital—and developers who understand that context are the ones closing deals.

The question worth asking isn't just whether a data center *could* locate at Cornerstone Way. It's who's asking that question, what their capacity to execute actually looks like, and whether local stakeholders are positioned to negotiate a deal that captures real community benefit—not just the promise of one.

Sites like this get developed or they don't, often based on decisions made in the next 90 days. The landowner, the county, and any interested developers would be well-served to start those conversations now, with clear eyes about what each party actually needs.

Ready to explore the potential of data centers in your community? Visit [InfraSale Marketplace](https://infrasale.com/marketplace) to learn more!

[INTERNAL LINK: data center development]

[INTERNAL LINK: economic impact of data centers]

[INTERNAL LINK: renewable energy in data centers]