A complete 400 kW Tier III data centre packaged into three insulated steel modules. Twenty 20 kW racks, dual UPS, eighteen in-row cooling units, hot-aisle containment, integrated fire detection and suppression, all assembled, witness-tested, and commissioned at the factory before being trucked to site. Civil works run in parallel; capacity lands when the trailer arrives.
Three insulated steel enclosures combine into one Tier III data centre: two IT rooms hosting twenty 20 kW racks plus a dedicated power-and-cooling room. Witness-tested at the factory before shipping.
An EIA-310-D cabinet with 70% perforated front and split rear doors that open 130° for service. Tool-less doors, removable power trough, and a removable bottom cover for raised-floor cabling. Frame rated to 1,420 kg, IP20.
A real-time platform spanning every rack and site: live PUE and energy analytics, rack-level asset and capacity views, ITIL-aligned incident and work-order flow, plus a mobile inspection app with QR-coded assets.
Every Tier III pod arrives commissioned and factory-tested. These are the systems wired up when the trailer lands.
Two 1,600 A main distribution boards with automatic transfer, two 500 kVA UPS systems, and vertical PDUs. Every rack gets independent A and B feeds.
Eighteen in-row DX units with paired outdoor condensers, hot-aisle containment, and a dedicated electrical-room split. Validated against Nairobi's 20-year ASHRAE profile at 400 kW.
Multiple terrestrial and submarine carriers terminating into a meet-me room. Cross-connects on request, no lock-in.
Modules are wired, plumbed, and commissioned off-site, then witness-tested. Civil works run in parallel; capacity lands when the trailer arrives.
Insulated 80 mm steel panels, 60-minute fire rating, EI60-rated doors, integrated detection, and clean-agent suppression. Aspirating smoke detection optional.
PoE-managed access control on EI60 doors, full IP CCTV with NVR, and a managed PoE switch. Wired, mounted, and configured at the factory.
Sites placed where energy, fibre, and regulatory clarity converge. Operated by local teams under local jurisdiction, monitored from your DCIM.
Performance verified at Nairobi altitude across the full annual temperature band. Efficiency holds where most reference designs degrade.
A complete Tier III megawatt at a fraction of a ground-up build's cost. Time-to-deploy compressed from 18-36 months to about six. Every decision sized for compute per watt and per dollar.
Our flagship deployment sits inside the Hell's Gate deep tech park, powered by Kenyan geothermal. It is the clearest picture of what modular colocation looks like on the ground.