Data Centers and Battery Storage: A New Frontier

The announcement is deceptively simple: 205 acres of land south of Kings Dominion, Virginia, targeted by an energy infrastructure developer for data centers, power generation, and battery storage. On the surface, it reads like a routine land deal. Look closer, and it's a blueprint for how the next generation of energy infrastructure gets built.

This kind of co-located development—where data centers, generation assets, and storage sit on the same parcel—isn't an accident. It's a calculated response to one of the most pressing infrastructure problems in the country right now: the grid can't keep up with what digital America demands of it.

The Demand Problem Nobody's Solving Fast Enough

Data center power consumption in the U.S. is projected to reach 35 gigawatts by 2030, up from roughly 17 gigawatts today. That's not gradual growth—it's a doubling in under a decade, driven by cloud computing, AI model training, video streaming, and an economy that has migrated almost entirely online.

The bottleneck isn't land. It's power. Developers can find acreage. What they can't easily find is a location with reliable grid interconnection, enough capacity headroom to support hyperscale loads, and a regulatory environment that won't hold a project hostage for five years.

Virginia already understands this better than most states. Loudoun County—nicknamed "Data Center Alley"—hosts roughly 35% of the world's internet traffic routed through its infrastructure. But that concentration has also created a chokepoint. Power constraints have forced developers to fan out, looking for secondary markets with available transmission capacity and willing local governments.

The land south of Kings Dominion sits in Hanover County, roughly 20 miles north of Richmond. It's not a random choice. The corridor offers proximity to transmission infrastructure, reasonable land costs compared to Northern Virginia, and a growing appetite from localities for the tax revenue data centers generate. A 100 MW data center campus can generate tens of millions in annual tax revenue for a county—the kind of number that makes planning commissions pay attention.

Why Battery Storage Changes the Math

Pairing battery storage with data centers isn't just an efficiency play. It's increasingly a survival strategy.

Data centers require uninterruptible, high-quality power. Even a brief outage—measured in milliseconds—can corrupt transactions, crash systems, and cost operators millions. Historically, diesel generators handled backup. They're reliable, but they're also expensive to operate, environmentally problematic, and increasingly scrutinized by regulators and ESG-conscious tenants.

Battery storage systems, particularly lithium-iron-phosphate (LFP) configurations at grid scale, can respond to power disruptions in under 20 milliseconds—faster than any diesel generator can spin up.

That speed matters. But so does the economic logic. A battery storage system co-located with a large power load like a data center can participate in grid services markets—frequency regulation, demand response, capacity auctions—and generate revenue when it's not busy covering the facility's needs. In PJM's territory, which covers Virginia and most of the Mid-Atlantic, storage assets can earn meaningful revenue stacking multiple grid services. That revenue offsets capital costs and changes the project's financial profile significantly.

There's also the renewable integration angle. When battery storage sits alongside solar or other generation assets on a parcel like this one, it solves the intermittency problem that makes utilities nervous about renewable commitments. The battery absorbs excess generation during peak production hours and dispatches it when the data center load peaks—typically in the afternoon and early evening. The result is a system that behaves more like a firm power plant than an intermittent resource.

The Case for Integrated Land Development

What makes the Kings Dominion-area project interesting from a development standpoint is the integrated nature of the footprint. Two hundred and five acres is substantial—large enough to accommodate meaningful generation capacity alongside the data center buildings themselves, with room for transmission interconnection infrastructure, substations, and the kind of setbacks that make neighbors and regulators comfortable.

Successful precedents exist. In Culpeper County, Virginia, a similar convergence of data center development and power infrastructure investment transformed what was farmland into a significant economic asset within five years. In West Texas, developers have paired utility-scale solar with data center campuses specifically to attract hyperscale tenants who have made renewable energy commitments to their shareholders.

The insight that experienced infrastructure developers have internalized: the value isn't in any single asset—it's in the system. A data center alone needs power. A power plant alone needs a customer. Battery storage alone needs a use case. Put them together on 205 acres with the right interconnection, and you've built something that each piece couldn't be independently.

From a land development perspective, this also means the underwriting looks different than a traditional single-use industrial project. Investors evaluate the blended revenue stack—data center lease income, capacity market payments, energy arbitrage from storage, potential tax incentives under the Inflation Reduction Act's investment tax credit provisions for storage and generation. The total return profile of a well-structured integrated campus can outperform any of its components in isolation.

Policy as Tailwind — and Potential Headwind

Virginia's legislative environment has been broadly supportive of data center development, including significant sales tax exemptions on data center equipment. Those incentives have driven hundreds of billions in investment into the state and aren't likely to disappear—the political coalition supporting them includes both the economic development community and organized labor interests tied to construction.

The storage and generation side has its own policy tailwind. The Inflation Reduction Act made standalone battery storage eligible for the 30% investment tax credit for the first time, a structural change that has materially improved project economics across the country. For a development of this scale, that credit alone could represent tens of millions of dollars in tax benefit.

The potential headwind is interconnection. PJM's interconnection queue is famously backlogged—thousands of projects, years of delays, and a reform process that is still working its way through implementation. A project that controls its own on-site generation has more flexibility, but it doesn't eliminate the need for grid connectivity. How the developer navigates that process will determine the project timeline more than almost any other factor.

What Investors Should Watch

For infrastructure investors evaluating opportunities in this space, a few metrics separate the viable projects from the optimistic ones.

Load commitment is first. A data center campus without anchor tenant commitments is a speculative land play. Projects that have secured hyperscale or colocation tenant agreements before breaking ground carry fundamentally different risk profiles.

Interconnection status is second. Where does the project sit in the queue? Does it have a signed interconnection agreement, or is it still in the study process? The difference can be three to five years of timeline risk.

Revenue diversification is third—and underappreciated. The projects that pencil best in 2025 are the ones generating income from multiple sources: tenant leases, capacity market participation, ITC monetization, and potentially demand response programs. Single-revenue-stream projects are more vulnerable to market shifts.

The 205-acre development near Kings Dominion is early-stage—the developer is "eyeing" the land, which means the real work of permitting, interconnection, tenant recruitment, and financing is ahead of them. But the strategic logic is sound, and the location is defensible. As Northern Virginia's data center core gets more constrained and more expensive, secondary markets with power access become increasingly attractive to the same tenants who built Loudoun County into what it is today.

The infrastructure that powers the digital economy is being built right now, on parcels like this one, by developers who understand that the real asset isn't the building—it's the integrated system that makes the building worth anything at all.

Explore more about the InfraSale Marketplace to discover investment opportunities in this evolving landscape.