Your AI datacenter, delivered in 30 days.
Factory-built. Truck-delivered. Plug-and-run. From empty land to IT-ready in 2 weeks on site.
Built in a factory, not on a job site.
A traditional datacenter takes 18 to 24 months to build. Our containerized solution lands at your site in a third of that time, at half the CapEx, with an order of magnitude lower failure rate.
| Metric | Traditional | TGs4 |
|---|---|---|
| Build time | 18–24 months | 3–6 months |
| On-site labor | 100% of work on site | ~30% of work on site |
| CapEx ($/W, excl. IT) | $9–12 | $3–5 |
| Install quality | Site conditions vary | Factory-controlled, 10× lower failure rate |
| Horizontal scaling | Redesign each time | Add modules linearly |
The cost of waiting is bigger than the cost of building.
Real economics aren't about CapEx. They're about cash flow timing.
At $0.15/kWh power and a 2.5× IT-rental markup, every month of construction delay costs a 4 MW operator roughly $660K in margin.
The 30% you save on CapEx by building traditionally is dwarfed by what you lose to time. Speed isn't a feature — it's the entire business case.
Speed isn't a feature. It's the entire business case.
More than 50% of early-life infrastructure failures trace directly to field workmanship.
Factory prefabrication moves cable terminations, busway joints, and HVAC commissioning from a −20°C outdoor job site into a controlled environment.
The result: quality consistency lifts by an order of magnitude. Early-life failure rates drop. PUE targets get hit on day one.
Read the full technical memo →Modular atomic units. Combine to fit.
One design language, multiple capacities. Pick a power tier, pick a compute tier, ship. Every SKU is a multiple or fraction of the 2 MW atomic unit — defined by the physical limit of a single 40HQ container.
Transformer + UPS + battery + ATS in one container. Connects to the grid on one side, to compute on the other.
Diesel genset + day tank + intake/exhaust silencing. Physically separated from the power core for fire isolation, vibration containment, and easier insurance approval.
Four density tiers, four GPU procurement models. Pick by how you buy your servers, not by performance.
One container. Power core, generator, and battery, all inside.
The only three-in-one SKU in the lineup. Built for edge sites where a second container isn't an option — remote islands, mountain passes, temporary deployments, or customers who simply want the fewest possible boxes on the ground. Above 500 kW, the 40HQ payload limit (26 t) makes three-in-one physically impossible — DP + GS must split.
Like IKEA furniture: standard parts, flexible combinations, globally manufactured, locally serviced.
From empty land to IT-ready in 6 days.
Standardized industrial quick-connectors compress on-site assembly from months to days. Crane in. Plug in. Power on.
Four customers. One product line.
From a single edge node to a Hyperscale cluster, the same modular SKUs cover the full range. Pick the configuration that matches your scale.