What Is Powered Land Worth Per Acre?

What Is Powered Land?

Short answer: Land with secured access to substantial electrical capacity — an existing substation, adjacent high-voltage transmission, a utility commitment or interconnection rights — so it can be energized on a defined timeline. Because power is the industry's binding constraint, it prices far above identical acreage without it.

Powered land is land with secured access to substantial electrical capacity — enough to support a data center — through an existing substation, proximity to high-voltage transmission, a utility commitment, or interconnection rights. It is the difference between a parcel that could host a data center someday and one that can be energized on a defined timeline. Because power is the binding constraint across the entire industry, powered land trades at a premium far above comparable acreage without secured power.

The term overlaps with "data center land," but the emphasis is deliberate. A perfect 1,000-acre parcel that cannot get power for seven years is nearly worthless to a developer. A modest 80-acre site beside a substation with available capacity can be worth a fortune. The power, not the dirt, is the asset.

How Much Does Powered Land Cost Per Acre?

Short answer: In secondary markets powered land typically prices in the low-to-mid six figures per acre, while Northern Virginia powered land trades at $6 million+ per acre (versus about $4 million for entitled land without power). Power is what moves the number: ground worth about $10,000 an acre without a credible power path can reach six figures per acre once capacity and the utility relationship are secured.

The spread between those two numbers is the whole opportunity: the land does not change, the deliverability of megawatts does. That is why I price a site from the power side first — contracted capacity, substation headroom, transmission voltage and the utility's written answer — and only then look at acreage. For a live example, see the Memphis powered-shell campus, and for how buyers turn power into a price, see Data Center Economics & Underwriting.

How Long Does It Take to Get Power to a Data Center Site?

Short answer: About 4 years on average for a new large-load grid connection in 2026, versus 12–18 months before 2022. Constrained markets such as Northern Virginia run up to ~7 years for 100 MW, while sites with an existing substation or in emerging markets can be energized in 12–24 months.

Construction is rarely the bottleneck anymore — a shell takes roughly 18–24 months, and large power transformers alone carry 2–4 year lead times. Sites with an existing substation, a transmission tie, or a brownfield interconnection skip much of that wait, which is why they price at a premium. In the TVA footprint, see Tennessee & the TVA Data Center Market for how the new data center rate affects timing and cost.

Why Does Power Matter More Than Land?

Short answer: You can entitle and grade a site in months, but a new high-voltage interconnection can take 4–7 years and tens of millions of dollars. So value, risk and the competitive moat all migrate to whoever controls the megawatts.

Traditional real estate is valued on location, rent, and cap rates. Data center land broke that model. A hyperscale operator does not care whether a parcel has a pretty view or sits on a popular retail corridor — it cares whether the site can deliver tens or hundreds of megawatts of reliable power, on schedule, with fiber and water. When those boxes are checked, the land commands prices that would be unthinkable for the same ground sold as industrial, agricultural, or residential.

"The first question isn't how many acres. It's how many megawatts."

The logic is simple. You can entitle and grade a site in months. Bringing a new high-voltage interconnection and substation online can take years and tens of millions of dollars. So the value, the risk, and the competitive moat in data center development all migrate toward power. Whoever controls — or can credibly deliver — megawatts controls the deal. A developer's real job is often less about real estate and more about securing electricity.

What Makes Land “Powered”?

Short answer: Transmission proximity (115–500 kV), substation capacity, a utility commitment and a favorable interconnection position. The more of those are secured in writing, the closer a site is to shovel-ready.

Several attributes move a parcel along the spectrum from raw to fully powered. The more of these a site has — and the more secured they are — the closer it is to shovel-ready powered land.

• Transmission proximity. Adjacency to high-voltage lines (115 kV, 230 kV, 345 kV, 500 kV) with spare capacity shortens the path to large power.
• Substation access. An existing substation with available capacity — or room to build one and tie into nearby transmission — is one of the most valuable features a site can have.
• Utility commitment. A letter of intent, capacity reservation, or conditional commitment from the serving utility converts "maybe" into "yes."
• Interconnection rights. A favorable queue position — or existing interconnection on a brownfield — can save years of waiting.

Because power and fiber both follow corridors — highways, rail, rivers, and pipelines — the best powered land often sits where a power corridor and a fiber corridor cross. Brownfields and retired coal plants frequently sit precisely at those crossings, because heavy industry located there for the same reasons.

How Does the Interconnection Queue Work?

Short answer: A large new load enters the utility's or grid operator's queue and is studied to decide what upgrades are needed and who pays. In 2026 those studies and upgrades average about 4 years nationally, which is why existing interconnections are so valuable.

To connect large new load to the grid, a project must enter the utility's or grid operator's interconnection queue and undergo studies that determine what upgrades are needed and who pays for them. These queues have become badly congested, and timelines of several years are common. A site's effective value is heavily influenced by its position in — or ability to bypass — the queue.

This is the single biggest reason existing infrastructure is so prized. A brownfield with a live substation and high-voltage ties can deliver power on a horizon that a greenfield in the queue simply cannot match. For a deeper treatment of capacity and timelines, see How Much Power Does a Data Center Need?

Verify, don't assume. "Available capacity" and "existing interconnection" are starting points, not guarantees. Aged substations may be undersized, queue positions can shift, and upgrade-cost allocation can change the math. Power claims must be confirmed with the utility and an engineer before they drive a price.

Can a Site Be Powered Behind the Meter?

Short answer: Yes, where natural gas is available — on-site generation can energize a campus years ahead of a congested grid queue. A parcel near a pipeline can therefore be worth more than its grid position alone suggests.

Because the grid is slow, many developers are turning to behind-the-meter generation — building power on-site rather than waiting for the utility. On-site natural gas turbines or engines can bring large blocks of power online relatively quickly where pipelines exist, and nuclear options — co-location at existing plants and future small modular reactors — are emerging for large, firm, carbon-free power.

For a parcel, the relevant question becomes broader than "is there grid capacity?" It also includes "can this site be powered behind the meter?" A site near a gas pipeline, for instance, may be powerable far faster than its grid-queue position would suggest — which can transform its value.

How Do Developers Control Powered Land?

Short answer: Usually with an option or land-bank agreement rather than an outright purchase, then they pursue interconnection, confirm the site and close once power is credible. The gap between unpowered basis and powered value is the development spread.

Sophisticated developers rarely buy a speculative parcel outright and then chase power. Instead they control the land cheaply while they de-risk it:

1. Option or land bank. Secure the right to buy within a window, limiting capital at risk while pursuing power and entitlements.
2. Pursue interconnection. Engage the utility, file studies, and establish a credible path to megawatts on a timeline.
3. Confirm the site. Validate topography, environmental condition, fiber, water, and zoning in parallel.
4. Convert and create the spread. Once power is credible, exercise the purchase — capturing the gap between unpowered land basis and powered value.

That gap is the heart of the opportunity. Controlling the dirt and the power early, at a low basis, before the market fully prices the power, is what creates the development spread. For how that spread is modeled, see Data Center Economics & Underwriting.

What Should a Landowner Do First?

Short answer: Start with power, exactly as a developer would: identify the serving utility, the nearest substation and its headroom, and the transmission voltage. Then layer on acreage, flood, fiber, water and zoning — the land requirements guide walks through each.

If you own land — especially near transmission, a substation, a gas pipeline, or on a former industrial site — the powered-land economy may have changed what your property is worth, possibly dramatically. The same acreage that prices as farmland or generic industrial ground can price very differently if it can be powered for compute.

The way to find out is to start with power, exactly as a developer would: what is the serving utility, how close is high-voltage transmission and a substation with capacity, and what does the utility say about available load? Layer on acreage and contiguity, topography, flood risk, fiber, water, and zoning, and you have a real read. The companion guide Data Center Land Requirements walks through each factor, and Data Center Site Selection shows how developers score a site.

Frequently Asked Questions about Powered Land

Have land near power — or sourcing a data center site?

If you own acreage near transmission, a substation, a pipeline, or a brownfield, or you're a developer or investor sourcing powered land, Carson Jones can help you understand what your site is worth for compute and how to position it. The objective is simple: an honest read on the power, a clear view of the value, and a path to the right buyer or partner. Get a confidential site read or visit Passive Investments.

Educational information only — not legal, tax, engineering, or investment advice. Power, utility, environmental, and tax rules vary and change; verify with the utility and qualified advisors before acting.

Carson Jones

Founder · Passive Investments · eXp Commercial

Carson Jones is the host of Carson's Corner: Commercial Real Estate, author of The Red Flag Playbook, a licensed commercial real estate advisor and business broker, and the founder of Passive Investments. With 18 years of experience as an entrepreneur and 12 years specializing in passive investing, Carson works with high-net-worth individuals, family offices, business owners, and sophisticated investors as a broker and principal.

Carson holds a BBA in Finance from Baylor University and his Tennessee commercial real estate license (#382989). He actively pursues acquisition and equity opportunities across the United States and abroad through a worldwide network of qualified buyers, family offices, institutional investors, and top-tier developers.