Data center parcel & site selection · National
We find the parcels that can: power, gas, water, fiber and ground conditions, checked against each other before anyone commits.
What we check on every site: Transmission capacity, Substation distance, Interconnection path, Gas lateral, Water supply, Fiber routes, Slope, Soils, Floodplain, Wetlands, Zoning, Road access, Tax incentives, Room to phase.
The filter
Most land fails on at least one of six constraints. A parcel can sit next to a transmission line and still have no capacity, or have power and gas and sit in a floodplain. The work is finding the few sites that pass all of them, and proving it.
Where every search starts.
Transmission capacity, and a substation close enough to matter.
Pipeline access for on-site generation.
Supply for cooling, or a design that doesn't depend on it.
Long-haul and metro routes within reach.
Slope, soils and floodplain that allow a large, level pad.
Zoning and local posture that let it get built.
Illustrative · not to scale
Sized to the load
A 5 MW edge site and a gigawatt AI campus need different land, different power and a different search. Tell us the load and the timeline, and we look for the sites that fit it, not the ones that happen to be for sale.
Fiber latency and distribution power close to the users it serves.
Metro access, diverse fiber routes and redundant utility feeds.
High-voltage transmission, a path to a substation, and water for cooling.
Transmission capacity, gas for on-site generation, and room to build in phases.
Land in acres, log scale · typical ranges · every site is different
Method
Four steps, each documented, so the reasoning travels with the site and anyone downstream can check it.
01
Start national. Filter the map by power, gas, fiber and terrain data to find the areas worth a closer look.
02
Check what the data can't show: real capacity, utility positions, access and conditions on the ground.
03
Put parcels together into a site with the acreage, shape and frontage a campus needs.
04
Document the site so a developer or end user can see why it works, in terms they can check.
Use cases
Three situations the method is built for, whether you need land or already have it.
Campus search
We screen nationally for contiguous acreage near transmission and gas, verify the few areas that hold up, and hand back a shortlist with the reasoning behind each site.
Portfolio review
We run every tract through the same constraints, separate the few with real potential from the rest, and show what each one would need.
Site assembly
We find adjacent parcels that work together, check the combined site against power, access and zoning, and map out the assembly.
Coverage
We work across the lower 48, wherever power, gas and land line up. The best site for a load is rarely where the search started, so we don’t limit it to one market.
FAQ
How much land a data center needs, why substations and gas matter, and how a search gets started.
We find, verify and assemble land for data centers across the United States. We screen parcels nationally for the power, natural gas, water, fiber and ground conditions a data center needs, verify the few that hold up, and document why each site works.
Across the lower 48 states, wherever power, gas and land line up. The search starts national and narrows to specific parcels.
From edge sites of a few acres to hyperscale and gigawatt-scale AI campuses. The criteria change with the size of the load; the method stays the same.
It depends on the load and the design. As a rough guide, edge sites can fit on 1 to 10 acres, enterprise and colocation facilities often use 10 to 75 acres, hyperscale campuses 150 to 600 acres, and gigawatt-scale AI campuses 500 acres or more with room to build in phases.
Transmission capacity and distance to a substation, a realistic interconnection path, natural gas access, water supply, fiber routes, slope, soils, floodplain and wetlands, zoning and local posture, road access, and room to expand. A site has to pass all of them, not most.
Power is usually the longest-lead item in a data center project. A parcel close to a substation with available capacity, or on a transmission line that can serve a new one, can save years and significant cost. We look at capacity, not just lines on a map.
Many new projects plan on-site generation, either to bridge grid delays or for resilience. A pipeline at the property line, or “gas on the fence,” makes that practical.
Yes. We review individual tracts and multi-state portfolios and tell owners which land could hold a data center and what it would need to get there.
Email sites@blackforgedatacenters.com with your target load in megawatts, timeline and regions of interest, or the land you would like reviewed.
Contact
Send your target load in megawatts, timeline and regions of interest, or the land you’d like reviewed.