Time-to-power
Groundwork
Data-center land screen. Power, gas, water and fiber from public data with honest labels, plus county posture, on request. Private beta, seat required.
The grid queue runs years. The ground that can take load sooner is scarce and unlisted. Terminus X builds screening instruments that find it early, from public data, with every input labeled.
Three questions. No email to see the result. An honest no if it isn’t a fit.
One tract matters more than total. A compact block beats a larger scattered holding.
This is the single strongest signal. Select everything that applies.
A well, a spring, a stock pond, or water rights. It need not be potable.
Nothing here is stored or sent anywhere until you choose to send it.
We score counties for how quickly power can realistically be delivered. Ask about yours. The score, the factors, the sources.
Ask about your countySend the sites you are already considering and we will run them through the same framework behind Groundwork. Power deliverability, pipeline and transmission proximity, water, terrain, hazard, and county permitting posture. You keep the analysis. Each engagement is fixed-scope.
Send a shortlistNamed screens on binding physics: land, sky, plant. Screening-grade. Never a ranked list.
Time-to-power
Data-center land screen. Power, gas, water and fiber from public data with honest labels, plus county posture, on request. Private beta, seat required.
Sky hours
Clear-sky hours for optical and Ka-band ground stations, from public ERA5 weather data.
window.toolsPlant siting
Site screen for robotics and advanced-manufacturing plants. Power, water, rail, building volume, county.
mill.toolsMost sites that look good on a map cannot be energized this decade. The work is separating the two, early, with evidence anyone can check.
Purpose-built screens for one binding constraint each. Groundwork for time-to-power, Window for sky hours, Mill for plant siting.
Every candidate scored against a consistent framework: power deliverability, transmission and pipeline proximity, water, terrain, hazard exposure, cost basis, and the demonstrated permitting posture of the county itself.
Public data establishes the shortlist. It does not close the question. Where an operator or county fact changes the answer, the screen says it needs verification and labels it so.
Every input is marked live, curated, snapshot or modeled, with its source and date. Where the evidence is too thin, the screen says so instead of guessing.
The scarce input in data-center development is no longer capital, land, or even megawatts in the abstract. It is a date · the day a site can actually take load. Almost every other variable is negotiable. That one is not, and it is set years before anyone breaks ground.
Large loads seeking a conventional grid connection in most of the United States join a queue measured in years. The consequence is a widening gap between two things that look identical on a parcel map: ground that is near power, and ground that can be energized. The first is abundant and cheap. The second is scarce and almost never priced correctly, because the people selling land price it as land.
Behind-the-meter generation · gas, geothermal, solar, or a combination · does not make power cheaper. Frequently it makes it more expensive per megawatt-hour. What it does is take the schedule out of someone else’s hands. For a developer whose model depends on a commercial operation date, paying a premium per megawatt-hour to remove multi-year schedule risk is not a concession. It is the entire transaction.
What is scarce is ground where that trade can be executed.
Three frictions. First, the information is hard to assemble: pipeline capacity, interconnection posture and county political appetite live in different places, in different formats, and much of it is not published at all. Second, the parties holding the best ground · multi-generational family holdings, absentee owners, family trusts · are not listing it and are not reading data-center trade press. Third, and most underrated, the binding constraints are frequently political rather than physical. A county with excellent physical characteristics and a hostile electorate is not a site.
If time-to-power is the binding constraint, the correct unit of analysis is neither the parcel nor the county. It is the convergence · ground where a fuel source, a transmission path, adequate non-potable water, tolerable terrain, and a county that has demonstrably said yes all occur in the same place. Those convergences are rare, and they can be identified in advance from public data.
Much of the data required to price these sites is modeled, not measured. Our instruments stay screening-grade, not underwriting. Pipeline utilization is inferred from public filings and operator testimony rather than metered. County posture is a judgment formed from ordinances, ballot outcomes and permit decisions · evidence, not a number. Any framework reporting these with false precision, or quietly omitting a factor it could not resolve, is producing confidence rather than information.
Our practice is to label modeled inputs as modeled, to state the source and date of every material figure, and to refuse to produce a verdict where too much of the evidence is missing. A screen that declines to answer is more useful than one that guesses well.
Plain answers to the questions we are asked most often. Nothing here obliges you to anything.
Terminus X Partners, LLC · Utah · Dallin Watts
The person who built the instrument is the person who reads your sites.
Private beta. We’ll reply to the email you leave.
Ask what your county scored.
Shortlist screening or a licensing inquiry.