Why Data Centers Are the Future of New Albany

New Albany, Ohio, isn't a name that typically shows up on lists of America's great tech hubs. It lacks the coastal cachet of Silicon Valley or the venture capital density of Austin. But something significant is happening in this small city east of Columbus — and the people paying closest attention aren't tech journalists. They're land developers, infrastructure investors, and energy planners.

Data centers are arriving in New Albany at a pace that's forcing local government to think differently about what kind of community it's becoming. Jennifer Chrysler, the city's Community Development Director, has been at the center of that conversation — fielding questions about growth, infrastructure, and what it all means for a city that has long prided itself on thoughtful, planned development.

The question isn't whether New Albany will become a major data center hub. It's whether the city can build the infrastructure fast enough to keep pace with demand.

Understanding the Data Center Growth in New Albany

The forces driving data center investment into the Columbus metro — and New Albany specifically — aren't accidental. They're the product of geography, policy, and timing converging in a place that happens to be well-positioned for all three.

Ohio sits on major fiber corridors that connect the East Coast to the Midwest. Columbus is within a day's drive of roughly 60% of the U.S. population. New Albany, with its available land, relatively business-friendly regulatory environment, and proximity to Columbus's power grid infrastructure, has become a logical landing spot for hyperscale operators looking to expand capacity outside of saturated markets like Northern Virginia — which hosts the world's largest data center concentration but is increasingly constrained by power availability and land costs.

The names showing up in New Albany's development pipeline reflect the scale of what's happening. These aren't small colocation shops. Hyperscale operators — the kind building facilities measured in hundreds of megawatts — are making long-term bets on this market. A single hyperscale campus can consume as much electricity as a small city. That's not hyperbole; it's an engineering reality that reshapes every conversation about local infrastructure.

When a hyperscale data center commits to a location, it's not a five-year investment — it's a generational one, typically anchored by 20-year power agreements and phased campus buildouts that can span decades.

Economic Implications for Local Stakeholders

For landowners in and around New Albany, the data center boom represents a once-in-a-generation repricing of agricultural and light industrial land. Parcels that were valued for their farming potential or low-density commercial use are now being evaluated through an entirely different lens — one that accounts for proximity to fiber, distance from substations, and ground stability for large foundation pours.

This isn't theoretical. Land that might have traded at $20,000–$50,000 per acre for traditional development purposes can command dramatically higher values when a hyperscale operator identifies it as suitable for a campus build-out. For farmers and longtime landholders who've owned property in the New Albany corridor for decades, that represents life-changing liquidity — if they understand the market and negotiate accordingly.

The jobs picture is more nuanced than the headlines suggest. Data centers don't employ thousands of workers per facility. A fully operational hyperscale campus might run with a few hundred employees — highly skilled technicians, security personnel, and facilities managers. The direct employment impact, while real and well-compensated, is modest relative to the capital investment.

Where the employment multiplier gets more interesting is in the construction phase and the downstream ecosystem. A major data center campus can take years to build out, requiring electricians, civil engineers, concrete crews, and specialized low-voltage contractors throughout. Local suppliers, logistics companies, and service providers all feel the ripple. As New Albany's reputation as a data center market solidifies, ancillary businesses — fiber providers, cooling technology vendors, and backup power specialists — begin to cluster nearby.

The real economic story isn't just the data centers themselves — it's the infrastructure ecosystem that grows up around them.

Infrastructure Developments to Support Data Centers

Here's where New Albany's growth story gets complicated in ways that city planners like Jennifer Chrysler are navigating in real time.

Data centers are extraordinarily power-hungry. A single large facility can draw 100 megawatts or more at full load. For context, that's roughly the output of a small natural gas peaker plant — dedicated to a single customer. Multiply that across several campuses, and you're talking about grid demands that require significant substation investment, transmission upgrades, and coordination with American Electric Power (AEP), the utility serving the Columbus region.

AEP has been candid publicly about the challenges this creates. The queue for new large-load interconnections in Ohio is measured in years, not months. That means data center developers who haven't already secured power commitments are facing timelines that complicate their build schedules. It also means New Albany's ability to attract new data center investment is partly a function of how aggressively the city and state can work with utilities to accelerate infrastructure deployment.

The sustainability dimension is increasingly impossible to ignore. Major hyperscale operators — under pressure from corporate sustainability commitments and, increasingly, customer expectations — are pushing toward 100% renewable energy matching for their operations. That's driving demand for solar and battery storage projects in the region, often structured as dedicated offtake agreements that feed directly into the grid serving these facilities. For clean energy developers, proximity to a committed data center load is one of the most bankable demand signals in the market right now.

Water is the other infrastructure variable that doesn't get enough attention. Many data center cooling systems rely on evaporative cooling towers that consume millions of gallons annually. In a region that hasn't historically had to think hard about water resource management, that's a conversation that needs to happen before, not after, campuses reach full scale.

What Lies Ahead for New Albany

The trajectory is clear: more data centers, larger campuses, higher capital intensity. The AI infrastructure buildout alone — driven by the compute demands of training and running large language models — is adding an entirely new demand curve on top of the already robust cloud and enterprise colocation growth. AI workloads are particularly power-dense, which means the facilities being designed today are being engineered for power densities that would have seemed extraordinary five years ago.

For New Albany, the challenge is managing growth in a way that doesn't overwhelm the civic fabric that made the location attractive in the first place. Responsible data center development requires proactive zoning frameworks, genuine utility coordination, and honest conversations with residents about what these facilities mean for traffic, water, noise, and visual character.

There are also competitive pressures worth watching. Indiana, Michigan, and other Midwest states are actively recruiting data center investment with tax incentives and streamlined permitting. Ohio has historically offered strong abatement structures for large data center investments, but those advantages aren't permanent — they require ongoing legislative attention to remain competitive.

The developers and investors who will succeed in this market are the ones moving now — securing land positions, establishing utility relationships, and engaging with local planning processes before the obvious sites are gone and the interconnection queue grows even longer. New Albany's window as a high-opportunity, relatively accessible data center market is real, but it isn't unlimited.

The cities that figure out how to be genuine partners to data center developers — on power, on permitting, on long-term planning — will capture a disproportionate share of one of the largest infrastructure investment cycles of the next decade.

New Albany has the fundamentals. Whether it also develops the institutional agility to act on them quickly enough is the more interesting question — and the one that will determine whether this moment becomes a chapter in the city's development story or its defining one.

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