Land near the grid, matched with the people who need megawatts.

Data center developers will pay for land that can get a large power connection soon. Most of that land belongs to farmers, ranchers, families and industrial owners. We sit in the middle — privately, and with your consent at every step.

What a developer looks for around a parcelA survey-style drawing of farmland divided into one-mile sections. A parcel sits beside a county road with a fiber route along it and a creek to the south. A high-voltage transmission line crosses the land on lattice towers to a substation; a proposed tap runs from the substation to the parcel. A short row of boxes marks the interconnection queue, and a county line runs along the east edge.NCOUNTY ROADYOUR PARCELSUBSTATIONMW?TRANSMISSION LINEQUEUECREEKFIBERCOUNTY LINEZONED AG
Illustration of what developers check around a parcel. Not a real property, not to scale.

What makes land "powered"

Acres alone are cheap. Acres that can be connected to a large amount of electricity within a few years are rare. Developers check seven things, roughly in this order.

  1. Substation distance

    How far the land is from a substation that steps power down from the high-voltage grid. Shorter means a cheaper, faster connection — if that substation has spare capacity.

    What you can check: Look on a map for a fenced yard of transformers near you, and note the road.

  2. Available megawatts

    How much extra load the utility can actually deliver to the site, and by what year. This is the number buyers pay for; it comes from the utility, not from the land.

    What you can check: Ask your utility or co-op whether anyone has requested a load study near you.

  3. Transmission voltage

    The big steel or lattice towers carry power at transmission voltage. Campus-size loads connect there, not to the wooden poles along the road.

    What you can check: Note whether a large line crosses or borders your land. A tag on the tower often names the owner.

  4. Interconnection queue

    Power plants and large customers wait their turn to connect. Long queues mean a site with an existing path to power is worth more than one starting from zero.

    What you can check: Nothing to do — this is our part.

  5. Water

    Some cooling designs use a lot of water, others very little. Counties increasingly ask where it will come from before approving a project.

    What you can check: Note any municipal water line, wells or water rights.

  6. Fiber

    Fiber-optic routes carry the data. Easier to add than power, but a route along your road shortens the schedule.

    What you can check: Look for buried-cable markers along the road.

  7. Zoning and the county

    Agricultural land usually needs rezoning. More counties now require public hearings, and some have paused data centers altogether.

    What you can check: Check your county board agendas for "data center" items.

The full version, with incentive and moratorium tables: data center site selection guide. The difference between selling land and leasing a building: powered shell vs powered land.

Is my land powered?

Tick what you already know about your land. Each answer lights a piece of the line on the drawing. Not knowing is normal; finding out is our job.

What you know about your land

Nothing ticked yet. That is where most owners start: send the location and acreage and we look up the grid ourselves.

List your land

Free and private. Nothing is published without your written consent.

Numbers worth knowing — with their sources

4.4%

Share of all US electricity used by data centers in 2023 (about 176 TWh). Projected at 6.7–12.0% by 2028. — LBNL, Dec 2024

61 months

Median time from interconnection request to operation for US power projects built in 2025, up from 36 months in 2015. — LBNL Queued Up, Jun 2026

$31,000–$6,000,000

Range of price per acre across 29 closed US data center land sales in our table (median $500,000). Location and power explain most of the spread. See every deal.

12

US local or state data center moratoria adopted or voted on in 2026, in our restrictions table. Zoning is now the most common reason a well-powered parcel fails.

We publish a number only with a source. If it's not published, we say so.

How it works

County plat book page: a township divided into 36 numbered square sections, each parcel labelled with its owner and acreage, crossed by a river and a railroad
Township plat, Cheyenne County, Kansas, 1928 · Library of Congress

If you own land

  1. Tell us where it is and how big it is. What you know about power, water and fiber helps, but isn't required.
  2. We check the grid around it, the county rules and the obvious deal-breakers, and tell you honestly what we find.
  3. If it fits a developer's brief, we ask your permission before sharing anything. You can say no.
  4. Offers come to you. You negotiate with your own attorney or broker.
Steel lattice transmission towers carrying high-voltage lines over a hedge of brush, under a cloudy sky
Transmission line near Sheffield, Alabama, 1942 · Library of Congress

If you need a site

  1. Send the load, ramp, timing and regions you'd consider.
  2. We screen parcels owners have brought us against your criteria and the local rules.
  3. With the owner's consent, we introduce you and help both sides through the technical questions.

Want to see what's already being built? Projects under construction and announced are tracked on megawattlas.com.

How we get paid. Submitting land or a site request is free. We earn a finder's or brokerage fee only when a deal we introduced closes, on terms agreed in writing before the introduction and disclosed to both sides. Full disclosure.

Own land near a substation?

Tell us where it is and how big it is. We check the power situation and come back to you — free, and nothing is published without your consent.

Prefer to give more detail? Use the full form.

The reports behind the numbers above, and every land-deal and restriction record, are listed on our Sources page.