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

Hypergate

Hypergate builds AI data-center campuses out of 5 MW lanes, engineered once and repeated. Power, cooling, and white space are built and tested in a factory, shipped complete, and set on site. Campus size is set by lane count.

Contact Explore the Lane

The 5 MW Lane How We Build Delivered

The 5 MW Lane

Hypergate engineers one 5 MW lane, has the blocks built in factories, and assembles campuses out of copies of that lane. Five factory-built blocks sit on one slab and make 5 MW. Everything else on a campus is a copy of it. Hover a block to see more information. Click to open its specification.Tap a block on the lane to open its specification.

Patent Pending

5 MW LANE
Plan view of one 5 MW Hypergate lane: generator, power, space cooling and white space in a row on a common slab, with the air-cooled chiller plant outside the lane at the end
MCG MCG SVL Century Mission Critical SVL
Plan view of one 5 MW Hypergate lane, shown vertically: generator, power, space cooling and white space in a row on a common slab, with the air-cooled chiller plant outside the lane at the end
GeneratorMCGPowerMCGSpace CoolingSVLWhite SpaceCentury Mission CriticalAir-Cooled Chiller PlantSVL

Hover a block on the lane. Click to open its build page

Full lane specification →

Inside the Lane

How the blocks are built, set, and connected, and how lanes add up to a campus.

Schedule Against Conventional Build

Traditional data-center delivery runs 18–36 months from groundbreaking to turnover. Hypergate ships power, cooling, and white space as finished blocks. Commissioning runs five levels, L1 factory acceptance through L5, the integrated systems test at full load. L1 to L3 are finished in the factory, on skids, before anything reaches the site.

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

Electrical site labor 62–70% less than site-built
Mechanical site labor 45–54% less than site-built
Electrical schedule 8–10 months saved
Commissioning L1–L3 finished in the factory, on skids

Platform figures, Hypergate technical data package.

Phased Turnover

Each lane carries its own generation, power, cooling, and white space, and commissions through L5 as a unit. Capacity comes on line in 5 MW steps, and finished lanes take load while the rows behind them are still being set.

Energized · 20 MW

Commissioned through L5, handed over, taking load.

Commissioning

Blocks set and interconnected, L3–L5 on the lane.

Under construction

Blocks in the factory on skids, at L1–L3.

The sequence loops for illustration. Lane count and order are set by the campus.

How we build →

Delivered

The firms behind Hypergate have 980 MW delivered and under construction across three North Dakota campuses, from digital-currency hosting to liquid-cooled AI.

Seven consecutive builds for one client.

Harwood campus mid-build: precast wall panels erected and roofs decked on two buildings, crawler cranes working the line, racked precast panels in the laydown yard
Harwood. Two builds, one in construction300 MW
The delivery record →
Jamestown 1 build · digital-currency hosting 100 MW
Ellendale 4 builds · digital-currency hosting and liquid-cooled AI 580 MW
Harwood 2 builds · liquid-cooled AI, one in construction 300 MW
Total 7 builds · 3 campuses 980 MW

Campus Scale

A campus is rows of identical lanes on a shared site backbone. Adding capacity means adding lanes.

Lane specification →
Aerial render of the Hypergate building with the roof off, lane interiors lit in rows, on its campus with roads and outbuildings around
The campus buildout · Render

Delivery Team

The same three firms build every lane, so the second lane is a repeat of the first.

  • Hyperscale data-center campus under construction on the North Dakota prairie Century Mission Critical General contractor. Site, civil, structure, and white space. Seven consecutive hyperscale builds across three North Dakota campuses. centurybuildersnd.com ↗
  • Enclosed power block on the MCG factory floor Mission Critical Group Factory-built modular power. Generation and the electrical backbone. missioncriticalgroup.com ↗
  • Air-cooled chiller module craned onto structural steel SVL Data Center Cooling Space cooling and the chiller plant. 50+ years of HVAC delivery. dcc.svl.com ↗
Leadership →

Careers

Hypergate is hiring.

Open positions →
Precast wall panels standing along a data center under construction, crews in high-visibility gear walking the white roof deck behind them
Harwood, North Dakota · mid-build

Technical Documents

Lane spec sheet Capacity, blocks, densities, commissioning Request access
Capabilities one-pager The platform in two pages Request access
Technical data package Full lane engineering, block by block. Shared under NDA, scoped to your project NDA
Budget and schedule detail, equipment plans Under the same NDA NDA
Request access →

Contact

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

Capacity Total MW, and how it phases if demand steps up.
Date When the first lane has to take load.
Site Location and status: land, power, gas, permits.

Expect a reply within two business days with a lane count and a first-pass schedule.

The contact page →
Attachments welcome by reply: load letters, one-lines, site plans.

Questions

Five factory-built blocks make 5 MW: generator, power, space cooling and white space on a common slab, with the air-cooled chiller plant outside the lane. The lane is the unit of capacity a campus repeats.

Each lane commissions through L5 on its own, so capacity arrives in 5 MW steps rather than one building-wide turnover. The tenant sets how many lanes a campus carries.

The same three firms every time: Century Mission Critical as general contractor, Mission Critical Group for factory-built power, SVL for space cooling and the chiller plant.

980 MW delivered and under construction across three North Dakota campuses: 280 MW of digital-currency hosting and 700 MW of liquid-cooled AI, seven consecutive builds for one client.

By adding lanes on a shared site backbone. Rows of identical lanes, each one the same engineering as the last.