Pre-seed · in development
ArcLoom finds small pockets of power already on the grid and pools them into rack-ready capacity for AI operators. You bring the hardware.
Ten small sites each add 2 MW, pooled into one block: the proposed 20 MW pilot.
4+ years: ArcLoom, Time to Power white paper v1.7. ArcLoom figures are targets and plans, not delivery records.
The biggest buyers of AI capacity say they can't get enough of it. New power can't be connected on their timeline.
“There's just nowhere near enough compute for all the demand.”
“We will still not have enough capacity to meet all the demand we have in 2026.”
“We continue to be supply constrained.”
8–12 weeks
AI chips Typical lead time, 2024
4+ years
New grid connection Primary data-center markets
3–6 months
ArcLoom target Databox order to customer-ready
1.4%
North American data-center vacancy in the first half of 2026, a record low.
CBRE · H1 2026
63 GW
Projected US gap by 2033 between the data centers AI chips call for and what power allows.
BloombergNEF · Jul 2026
Three choices that cut the wait.
Pockets of power too small for conventional developers, qualified one by one. Each site stays where it is; together they are sold as one pool of capacity.
Every site we qualify already has its grid connection. No new large-load connection to wait for, and no new power plant to build.
Your racks, your servers, your customers. ArcLoom sells powered space and never competes with the operators it serves.
1,170 MW
Spare power in the eight Mountain West states, available now or within three years: our study's best estimate.
Range: about 320 to 2,400 MW.
ArcLoom Mountain West study · Oct 2026
Sources: Meta, Amazon and Alphabet Q2 2026 earnings calls; CBRE, North American Data Center Trends, H1 2026 (via CIO Dive, Sep 3, 2026); BloombergNEF, US data center outlook, Jul 2026; ArcLoom, Time to Power white paper v1.7 (grid connections, chip lead times); ArcLoom, Mountain West spare-capacity study, Oct 2026. ArcLoom figures are targets and models, not delivery records.
Every site must pass the same checks
Target: 3–6 months from order to customer-ready
A factory-built module with a compute room and a plant room, split by a sealed wall. Power and heat-rejection equipment sit beside it in the yard.
The customer brings
Customer racks line one wall of the compute room, fed by overhead power and liquid cooling at the rack.
2 MW total facility load · Modeled critical IT capacity: 1.45 MW
ArcLoom supplies
Host power steps down in an electrical skid beside the box, enters through a meter and service disconnect on the outside wall, and runs to an overhead busway that feeds every rack. Fiber enters a meet-me room in the plant, where the customer’s connectivity takes over.
ArcLoom supplies
Coolant distribution units in the plant room carry heat from the racks to dry coolers in the yard. Filtered air comes in through side-wall louvers, and exhaust leaves through vents on the roof.
ArcLoom supplies
Detection and clean-agent suppression cover both rooms, with a sealed wall between compute and plant. An equipment door serves the compute room and a personnel door the plant room, with controlled entry built into the design.
If a host needs its power back, the Databox is designed to move. To be proven in operation.
FounderPresident and Manager
Former energy-company CEO and senior finance executive with full CFO responsibilities
Co-founderChief Commercial Officer
Former Deputy Director and Interim Director, Utah Office of Energy Development
Power development
Former VP Development, NRG Energy. Developed the 360 MW Texas City peaker and 150 MW Buckthorn solar.
Counsel
Principal, TRL Energy. More than 20 years in energy, tribal and federal agreements.
Implementation
Built the Willow Creek Microgrid: 2 MW solar, 3 MWh battery, 700 kW gas.
We sell the date your power is on.
Skip the grid queue. Bring your own racks, servers and software. ArcLoom provides the facility, power, cooling and fiber, by the kilowatt. Suited to inference and other workloads that can flex on a planned schedule.
Target: customer-ready 3–6 months from Databox order.
AI inference · hosting platforms · chip makers · model makers
Put spare power to work.
Have spare power at a substation, a plant or an industrial site? ArcLoom sets a Databox on your existing service, adds your site to the pool and operates it. Power you already have becomes a new source of revenue.
Co-op and municipal utilities · industrial sites · generators
Why time to energized space matters, what the grid queue costs AI capacity, and how many small sites of existing power could serve flexible compute.
Read the white paperThe proposed pilot is the first 20 MW pool. Operators and hosts who talk with us now help shape where it goes.
Operators: tell us your megawatts, location and timing.
Hosts: tell us where your spare power sits.
Or email devin@arcloominfra.com
ArcLoom is developing rack-ready AI capacity by pooling small sites with existing power. We provide facilities, power, cooling and connectivity; customers own the racks, servers and software.
A relocatable facility designed for a target total load of 2 MW, housing customer compute, cooling, fire suppression and network equipment.
Multiple sites offered as one commercial capacity pool. Each stays at its own location, not one physical campus or tightly connected compute cluster.
Latency-tolerant inference: batch processing, asynchronous generation and evaluation. Workloads must suit each site's location, connectivity and agreed operating flexibility.
No. The initial service is utility-grade, without a redundant feed or backup plant. Workloads must tolerate interruptions and agreed load reductions, with terms assessed site by site.
ArcLoom is in pre-seed development and validation; the pilot is proposed. The customer-ready target is 3 to 6 months from Databox order, subject to site verification and agreed terms.
