Transmission poles beside the utility substation adjacent to the Union City site in Indiana
Energy-Adjacent AI Infrastructure

AI infrastructure, deployed at the point of power.

Grid. Gas. Or both. Whichever gets 4 MW live inside 18 months.

Portfolio Seven projectsFootprint Indiana · Colorado · Wyoming Entry 4 MWFull build 240 MWBar 18 months to first power
18
Months to 4 MW live
4–80
MW per site
7
Projects in development
3
States
240
MW at full build

We own and operate what we build. Capacity leases by the kilowatt‑month.

01 / The Schedule

Power decides who builds.

Not capital. Not chips. The constraint is the calendar.

4–7 yrs

Interconnection wait in the busiest markets.

128 wks

Lead time on a large power transformer. That clock starts after the queue.

5+ yrs

National median, request to commercial operation.

18 months

The bar every site has to clear. 4 MW of compute live within 18 months, with expansion capacity behind it. Sites that cannot clear it do not enter the portfolio.

02 / The Model

We go where the power already is.

Power that can be reached now takes more than one form. We screen all of them against the same test.

A building with capacity

Megawatts and redundant fiber already in place. The work is fit‑out.

A substation with headroom

Utility service that can carry a large load, outside the crowded markets.

Gas at the fence

Generation on site or directly adjacent, with utility service alongside it.

Fuel priced at the wellhead, not the market.

The Parachute Creek valley in western Colorado

The date is the deliverable.

Four megawatts live within eighteen months, with expansion capacity behind it. Every site clears the same bar.

About a third of the national median time to power.

03 / The Unit

4 MW live in 18 months. Then scale to 80.

Small enough to permit and energize inside eighteen months. Standard enough that every site makes the next one faster.

4 MW
10
20
40
80 MW
04 / The Stack

Nothing in it is bespoke.

Every layer standardized on equipment lenders finance, insurers underwrite, and technicians already know.

Workhorse
Modular units, one spec
GE Vernova
Aeroderivative turbines
Caterpillar
Reciprocating gensets
Dell
Standard AI compute
Local EPC
Regional crews, one package
Local O&M
Local hands, our standards

The design travels. The work stays local. Regional contractors already hold the licenses, the crews, and the relationships where we permit.

05 / End to end

One design. Every site.

Grid pathOn-site generation
POWER IN CONDITIONED COMPUTE OUT Grid interconnection Where accessible On-site generation Gas at or beside the site Micro-grid + storage Blends sources, shapes load Modular compute Containerized, liquid cooled Fiber Diverse routing Operations Continuous monitoring across every deployed site. Local hands, FieldStack standards.
06 / Portfolio

Seven projects. Three routes in.

Indiana, Colorado, Wyoming. The same three routes to power, and the same unit on every pad.

Utility substation beside the Union City site
Union City, Indiana Utility substation adjacent to the site
Gas processing and transmission near the Parachute site
Parachute, Colorado Gas processing and transmission nearby
COLORADO INDIANA WYOMING
Grid servedGas at the fence
Buildings with capacity

Denver Metro I

Colorado

Existing building with excess electrical capacity and redundant fiber in place. The work is fit‑out.

Front of meter · 4–20 MW

Denver Metro II

Colorado

Second powered building on the same thesis: capacity and network already there.

Front of meter · 4–20 MW
Substations with headroom

Fort Wayne

Indiana

Existing utility power and existing fiber, beside established substation infrastructure, in a metro already drawing large-scale data center investment.

Front of meter · 4–20 MW IT

Union City

Indiana · Opportunity Zone

Existing utility power beside an operating manufacturing campus, with state and local economic development behind it.

Front of meter, island option · 4–20 MW IT
Gas at the fence

Platteville

Colorado

Natural gas on site and directly adjacent, beside major existing generation, with utility service alongside it.

FOM + BTM augmentation · 4–80 MW

Parachute

Colorado

Basin gas taken directly from production, with a utility interconnection beside it.

BTM island + interconnection · 4–80 MW

Cheyenne

Wyoming · Next in pipeline

Pipeline-adjacent site with natural gas directly available. Site control and power screening underway.

In origination · Scale TBC
Transmission corridor crossing the Platteville site in Weld County, Colorado
Platteville, ColoradoTransmission corridor crossing the site
07 / Why Now

The sites that can be energized are being claimed.

Demand compounds. The grid doesn't.

Load growth has outrun the pace at which transmission and substation capacity can be added.

Optionality wins.

Sites that can take grid, on-site generation, or both keep moving when one path slows.

Standardization compounds.

A repeatable unit turns every completed site into a faster next one.

240 MWunder development, built to hold.
Gas processing and transmission in the Parachute valley, Colorado
Contact

Let's put compute where the power is.

hello@fieldstack.ai

Partner inquiries welcome.