Overview The 5 MW Lane 01Generator 02Power 03Space Cooling 04White Space 05Air-Cooled Chiller Plant How We Build Delivered Team Careers Contact

How We Build

Traditional data-center delivery runs 18–36 months of trades working in sequence on site. Hypergate moves that work onto a factory floor and ships finished blocks: power, cooling, and white space commissioned in the factory before anything reaches the site. Commissioning is numbered L1 to L5, from L1 factory acceptance to L5, the integrated systems test at full load.

Traditional site-built delivery 18–36 months

Hypergate factory-built blocks 12 months

0 6 12 18 24 30 36

Months, groundbreaking to turnover, 100 MW building

62–70% less Electrical site labor

45–54% less Mechanical site labor

8–10 months saved Electrical schedule

L1–L3 before shipment Commissioning

Schedule Phasing

Phases overlap on purpose. Structure, systems, fit-out, and commissioning run in parallel where they can, and the sequence holds from campus to campus.

Reference schedule · 100 MW IT 12 months · full IST and turnover

Groundbreaking

Foundation and slab

Superstructure

Exterior and mechanical systems

Interior fit-out

Commissioning and IST

Months 0–1 Groundbreaking Mobilization and site activation start the clock.

Months 1–2 Foundation and slab Civil work and concrete set the base the lanes repeat on.

Months 2–4 Superstructure Steel and insulated metal panel close in the shell.

Months 4–7 Exterior and mechanical systems Envelope and mechanical integration run side by side.

Months 7–10 Interior fit-out Interior completion carries the hall toward readiness.

Months 10–12 Commissioning and IST Integrated systems testing, then the White Space Ready handoff.

Custom Versus Repeated

Most AI campuses are engineered from scratch: one design per site, trades running in sequence, a schedule measured in years. Hypergate engineers the lane once and repeats it.

Site-built · the old way

Conduit routed and run in place in the field

One design per site, from scratch

Trades in sequence on the job site

18–36 months, groundbreaking to turnover

The lane · how Hypergate buildsThe better way

Factory-built lane modules, repeated across the campus

One design, engineered once, repeated

Blocks finished and tested in the factory

Capacity added lane by lane, in phases

Build Sequence

L3 is handover, verified in the plant and again once the blocks are set.

Enclosed power block on the factory floor

01Fabricate

Blocks built on the factory floor.

UPS lineup inside a factory-built power block

02Commission

L1–L3 finished on skids.

Chiller module craned onto structural steel

03Ship and set

Modules move complete and set in one lift.

Campus under construction on the North Dakota prairie

04Connect

Blocks interconnected on the slab.

Aerial render of a Hypergate lane campus at dusk

05Energize

L3–L5 on site. The lane takes load.

Finished electrical hall, equipment set on a strict grid

06Hand over

Turned over White Space Ready. The next lane is already behind it.

Modular power units in fabrication on the factory floor — The Factory

Factory Floor Assembly

Blocks are assembled, wired, and tested indoors, under cranes and permanent lighting, by a crew that works the same floor every day.

Phased Turnover

Each lane carries its own generation, power, cooling, and white space, and commissions through L5 as a unit. Capacity is able to be released in phases.

Energized

Handed over lane by lane, already taking load.

Commissioning

The lane at the frontier, running through L5.

Scheduled

The rows behind: blocks in the factory or commissioning on the lane.

The sequence shown is illustrative. Lane count and sequence are set by the campus.

Contact

Tell us the capacity you need and the date you need it running.