The 'Data Center' Dividend: Why High-Voltage Power is the New 'Frontage'

For decades, the value of a commercial tract came down to a simple equation: highway frontage, visibility, and access. If you had direct I-35 or US-380 exposure, you were golden. That playbook still works, but there's a new variable in the mix that's quietly reshaping land values across North Texas, high-voltage power capacity.

We're seeing this shift play out in real-time in Denton and Ellis counties, where massive data center projects are outbidding traditional industrial and warehouse developers for sites that most people would consider "middle of nowhere" land. The reason? These facilities need one thing more than anything else: power, and a lot of it.

If you're holding land or looking to acquire in North Texas, understanding the data center play is no longer optional. It's the difference between a $15,000-per-acre farm tract and a $150,000-per-acre institutional deal.

Why Data Centers Are Chasing Power, Not People

Most commercial real estate follows population. Retail chases rooftops. Warehouses chase logistics hubs. Office buildings chase corporate corridors. Data centers, on the other hand, follow electrical infrastructure, specifically, proximity to substations and high-voltage transmission lines.

A modern data center isn't like a typical warehouse. These facilities house rows of high-density servers running 24/7, often supporting cloud computing, artificial intelligence processing, and massive financial transactions. A single rack can draw over 100 kilowatts of power, enough to run 50 average homes. Scale that across thousands of racks, and you're talking about facilities requiring 100+ megawatts of continuous power supply.

To put that in perspective, a mid-sized Texas town might use 50 megawatts. A hyperscale data center can require double that, just to keep the lights on.

That's why these developers aren't looking at traditional "path of progress" metrics. They're looking at power grid maps, substation locations, and whether Oncor or CoServ has the capacity to deliver. If the site is within a mile or two of existing high-voltage lines and there's available capacity at the substation, that land becomes infinitely more valuable, overnight.

The Denton County Advantage

Denton County has become one of the hottest data center markets in the state, and it's not because of the schools or the shopping. It's because of electrical capacity.

The county sits at the intersection of multiple high-voltage transmission corridors running through North Texas, with substations in Lewisville, Denton, and Sanger capable of supporting massive loads. Add to that a business-friendly regulatory environment and relatively affordable land compared to Dallas or Collin counties, and you've got the perfect storm for data center expansion.

We've tracked several institutional groups quietly acquiring 50- to 200-acre tracts in the Sanger and Ponder areas, land that, five years ago, was trading as speculative ag ground at $8,000 to $12,000 per acre. Today, those same tracts with power-ready infrastructure are commanding $100,000+ per acre when purchased by data center operators.

The key phrase there is "power-ready." Having raw land near a substation isn't enough. The substation needs available capacity, and the local utility needs to be able to deliver it without requiring years of upgrades. That's where the due diligence gets technical, and where we've been spending a lot of time at Cooper Land Company.

Ellis County: The Emerging "Data Center Alley"

If Denton County is the established player, Ellis County is the emerging frontier.

South of Dallas, Ellis County offers a combination of cheaper land, less regulatory friction, and, most importantly, underutilized electrical infrastructure. The county has historically been agricultural and light industrial, which means there's existing transmission capacity that hasn't been maxed out by residential or commercial growth.

Data center developers have taken notice. We're seeing serious interest in tracts near Midlothian, Waxahachie, and Red Oak, areas that were previously considered "too far south" for traditional Dallas development plays. But when your business model doesn't care about commute times and only cares about megawatt availability, suddenly Ellis County looks like a goldmine.

The price discovery happening right now is fascinating. A seller might list a 100-acre tract for $20,000 per acre expecting a residential developer. Then a data center group comes in offering $60,000 per acre, but only if the site can support 75+ megawatts. If the answer is yes, that seller just tripled their expectations. If the answer is no, the buyer walks.

That's the new negotiation: Does this site have the juice?

What Makes a Site "Power-Ready"?

Not every tract near a substation is a data center play. The technical requirements are specific, and missing even one can kill a deal.

Here's what institutional data center buyers are looking for:

• Proximity to a substation: Ideally within 1-2 miles. Anything beyond that requires expensive transmission line extensions.
• Available capacity: The substation must have unutilized load capacity or be upgradeable without multi-year timelines.
• Transmission line access: High-voltage lines (138kV or higher) need to be within reach, and the utility must be willing to extend service.
• Utility cooperation: Not all electric providers are equally enthusiastic about data centers. Some see them as infrastructure hogs; others see them as revenue generators.
• Zoning flexibility: While data centers can often fit into industrial or heavy commercial zones, some municipalities are more open to them than others.
• Fiber connectivity: A secondary but important factor. Most data centers need redundant fiber connections for low-latency data transfer.

If a site checks all those boxes, it's not just valuable: it's institutional-grade.

The Ripple Effect: Land Around Data Centers

Even if your tract doesn't have the power capacity for a data center, being near one can still create upside.

Data centers employ relatively few people (they're highly automated), but they generate demand for support infrastructure: concrete plants, equipment storage, logistics hubs, and even housing for construction crews during the 18- to 24-month build-out phase.

We're also seeing secondary data center users cluster around existing facilities. Once a major hyperscale operator builds in a market, smaller "edge" data centers and colocation facilities often follow, creating a mini-ecosystem.

In Denton County, for example, the early data center projects near Alliance have spawned interest in nearby tracts for complementary uses: everything from backup generator facilities to network operations centers. Land that was priced as speculative industrial five years ago is now being marketed as "data center adjacent," and buyers are paying a premium for it.

How Cooper Land Company Tracks the Power Grid

At Cooper Land Company, we don't just track growth trends: we track infrastructure trends. That means staying in constant communication with Oncor, CoServ, and other North Texas utilities to understand where capacity exists and where future upgrades are planned.

When a client asks us to evaluate a 100-acre tract in rural Denton or Ellis County, one of the first calls we make is to the local utility. We want to know:

• What's the nearest substation?
• What's the current load and capacity?
• Are there any planned upgrades or expansions?
• What would it take to deliver 50+ megawatts to the site?

Those answers determine whether we're looking at a $15,000-per-acre cattle ranch or a $100,000-per-acre data center play.

We've built relationships with the engineering teams at these utilities because that's where the real information lives. The public-facing data is helpful, but the guys running the substations and planning the grid expansions: they're the ones who can tell you if a site is viable or not.

The New "Location, Location, Location"

The old real estate mantra was "location, location, location." For data centers, it's "power, power, power."

Highway frontage doesn't matter if you don't have the megawatts. Being in the path of growth doesn't matter if the substation is already maxed out. Even perfect zoning won't save a deal if the utility can't deliver.

For land investors and sellers in North Texas, the lesson is clear: know your electrical infrastructure. If you're holding a large tract in Denton or Ellis County and you haven't evaluated its power capacity, you might be sitting on a goldmine without realizing it.

Conversely, if you're overpaying for land based on traditional metrics without checking the power side, you might be missing the entire story.

The data center boom is rewriting the land value equation across North Texas, and it's happening faster than most people realize. The tracts that look like the middle of nowhere today could be the most valuable commercial sites of tomorrow: if they've got the power to back it up.

Need help evaluating the power capacity of your land? Reach out to Cooper Land Company: we've spent years mapping the electrical infrastructure across North Texas, and we know where the next big plays are coming from.