02 / Container data centers

Container Data Centers

One-stop container data center solutions: compute, power, cooling and service cabins integrated into a deployable site.

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Cabin types: 6
Per compute cabin: 0.8 – 3.0 MW
Reference scale: Up to 20 MW
Delivery: Factory tested

01Architecture

How a site is assembled

Four functional zones, connected by defined power and cooling interfaces.

Compute zone

Rack rows and liquid-cooling manifolds inside 20ft or 40ft compute cabins.

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Power zone

MV/LV distribution, transformers, UPS and battery rooms in dedicated cabins.

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Cooling zone

CDU skids, dry coolers and pumps arranged as a closed hydraulic loop.

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Service zone

Control room, spare parts and maintenance workshop for on-site operations.

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02Systems

Cabins and systems

Each block is factory-integrated and tested before it leaves the workshop.

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Compute Cabins

IT load and rack rows

20ft and 40ft cabins housing dense GPU or CPU racks with integrated cooling distribution.

Envelope: 20ft / 40ft HC
Supported load: 0.8 – 3.0 MW per cabin

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Power Cabins

Distribution, UPS and storage

Dedicated cabins for MV/LV distribution, transformers, UPS and battery racks.

Voltage: MV feed, LV distribution
Transformer: Dry or oil type, per load

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Service & O&M Cabins

Control room, workshop and spares

Operating base for site teams: control room, maintenance workshop, spares and welfare.

Envelope: 20ft / 40ft
Control positions: 2 – 4

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Diesel Generator Cabins

Backup and prime power

Containerized generator sets with fuel storage, exhaust and acoustic treatment.

Output: 1.0 – 2.0 MW per cabin
Fuel: Integrated day tank

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CDU & Dry Coolers

Liquid cooling distribution

Liquid cooling distribution units and dry coolers for high-density compute cabins.

CDU capacity: Up to 2.0 MW per unit
Coolant: Water-glycol or dielectric

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Integrated Site

Full one-stop deployment

All cabins combined into one coordinated site layout with shared interfaces.

Reference scale: Up to 20 MW
Cabin mix: Compute, power, cooling, service

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03Technical envelope

Reference envelope

Indicative ranges for early-stage planning. Site conditions and IT load drive the final design.

Per compute cabin

0.8 – 3.0 MW

Air or liquid cooled

PUE target

< 1.3

Closed-loop cooling

Cooling media

CDU / Dry cooler

N+1 reference

Transport

20ft / 40ft HC

ISO container envelope

Final configuration subject to project design

04Deployment

Deployment models

The same cabin family scales from a single edge node to a multi-megawatt campus.

Campus

Multiple compute and power cabins arranged on a permanent pad with a shared cooling loop.

Multi-MW scale
Permanent foundations
Shared service block

Edge node

A single compute cabin with an integrated power and cooling skid for low-latency sites.

One to two cabins
Pad or slab mounted
Remote monitoring

Rapid expansion

Add compute cabins to an operating site while the existing power and cooling plant is extended in phases.

Phased power
Matched interfaces
Minimal downtime

05Delivery

Delivery sequence

Load and site review

IT load profile, ambient conditions, land and utility capacity are confirmed.

Architecture design

Cabin mix, redundancy level and cooling strategy are frozen in an interface schedule.

Factory integration

Racks, power, cooling and controls are installed and tested inside each cabin.

Transport and placement

Loading plans, permits and lifting sequence are executed per the site schedule.

Commissioning

Integrated tests, handover records and operator training complete the scope.

Sizing a compute site?

Share the IT load, cooling strategy and site constraints. We will map the cabin combination.

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