01
Latency
Process control, local analytics or interactive systems cannot wait for a distant region.
CPU AND STORAGE · 20–300 KW IT LOAD
Keep CPU and storage capacity where you need it.
Air-cooled modular infrastructure brings protected power, IT space and monitoring together for enterprise applications, storage and local services.
- 20–300 kW
- Current IT-load range; configured by project
- CPU + storage
- Target equipment
- Air cooling
- Selected for the equipment and climate
- 2N or N+1
- architectures by model
- FAT + site acceptance
- Agreed testing before handover
Give local workloads a dedicated facility.
Run business applications, retain storage near the systems that use it, or add capacity to an existing site. Power, cooling, access and monitoring are designed around that job.
The current product direction covers 20–300 kW IT load. The catalog configurations below provide established starting points; higher-capacity projects need their own rack, power and cooling design.
Start with a catalog configuration.
Type XS
20 kW IT · 2 × 42U racks · full 2N power
The smallest system in the range. Two independent UPS strings and dual rack distribution protect edge deployments where power-path separation matters more than expansion space. Baseline battery autonomy is 15 minutes at full IT load, sized to generator transfer or extended by request.
Cooling: in-row precision air conditioning
Best fit: compact edge nodes and critical local services
Type S
40 kW IT · 3 × 42U racks + telecom · N+1
A compact branch or edge data center with a dedicated telecom cabinet, modular UPS and N+1 precision cooling. Baseline battery autonomy is 10 minutes at full IT load, with longer runtime available by project.
Cooling: precision air conditioning with N+1 units
Best fit: branch infrastructure and local application platforms
Type M
80 kW IT · 9 × 42U racks + telecom · N+1
A mid-range system with a separate entrance chamber and indirect free cooling. Cabinet-mounted precision air conditioners take over when ambient conditions cannot carry the load.
Cooling: indirect free-cooling unit + N+1 cabinet precision AC
Best fit: mid-sized enterprise and regional edge capacity
Type L
120 kW IT · 14 × 42U racks + telecom · N+1
The largest integrated single-module configuration. A raised technical floor supports service distribution. Climate-suitable sites can use direct free cooling, with mechanical cooling for peak conditions.
Cooling: N+1 direct free cooling with mechanical backup
Best fit: dedicated enterprise platforms and larger on-premises estates
Type XL
200 kW baseline · 20 × 42U racks + 2 telecom · N+1
Power Module Type XL separates the IT space from a dedicated Power Module. Transformers, MV/LV switchgear, modular UPS and batteries stay in their own electrical room. A defined power-and-cooling uplift takes the platform to 264 kW.
Cooling: mechanical baseline; direct free cooling optional at suitable sites
Best fit: fixed sites that need a clear expansion path
Catalog configurations at a glance
| Model | IT load | Server racks | Telecom | Power redundancy | Cooling |
|---|---|---|---|---|---|
| Type XS | 20 kW | 2 | Optional | Full 2N | In-row precision air conditioning |
| Type S | 40 kW | 3 | 1 | N+1 | Precision air conditioning, N+1 |
| Type M | 80 kW | 9 | 1 | N+1 | Indirect free cooling + precision AC, N+1 |
| Type L | 120 kW | 14 | 1 | N+1 | Direct free cooling + mechanical backup, N+1 |
| Type XL | 200 kW baseline; up to 264 kW with uplift | 20 | 2 | N+1; dual paths available by request | Mechanical baseline; direct free cooling optional |
These issued catalog configurations retain their own ratings, rack counts and options. The broader 20–300 kW product direction does not change a Type XL rating or make 300 kW a standard upgrade.
Put the workload close to the operation.
Local capacity can serve latency, connectivity, continuity or control requirements. Select the facility around the reason the equipment needs to be there.
02
Bandwidth
Data is generated locally, and sending all of it upstream is expensive or impractical.
03
Continuity
The site must retain critical capability when external connectivity is constrained.
04
Control
The organisation needs a defined physical, operational or data-residency boundary.
Share the applications and storage requirements so we can assess the right capacity and operating model.
Configure the site interfaces.
Confirm the equipment, then resolve the power, cooling and installation requirements.
- Rack dimensions, load distribution and airflow
- Incoming power and generator interface
- Battery autonomy and UPS topology
- Climate, cooling mode and heat rejection
- Fire-detection and suppression design
- Monitoring, BMS/DCIM and alarm integration
- Physical security and maintenance access
- Local codes, delivery route and foundations
Keep power work out of the white space.
In Type XL, transformers, switchgear, UPS and batteries sit in a separate electrical room. Power-equipment heat stays outside the IT cooling path. Technicians can service the power system without entering the white space.
The 264 kW configuration is an engineered uplift, not the default Type XL rating. Cooling and Power Module capacity must be upgraded together.
Integrate before the site gets busy.
- 01
Select the closest model.
Match IT load, rack count, density and resilience.
- 02
Complete the interfaces.
Resolve utility, cooling, network, civil, security and site access.
- 03
Build and factory-test.
Integrate the agreed power, cooling, protection and control systems, then execute the defined FAT.
- 04
Install and commission.
Connect at site, complete SAT and verify the operating system before handover.
The factory and site programmes can run in parallel. Final timing depends on the configuration, equipment availability, logistics, civil readiness and approval path.
Bring what you know.
- Rack list, dimensions and expected population
- Total IT load and peak load by rack
- Site plan, access route and maintenance envelope
- Available power and upstream backup strategy
- Connectivity and telecom requirements
- Climate and environmental conditions
- Availability objective and maintenance philosophy
- Initial date, future growth and any planned capacity phases
You do not need a finished specification. The first review is where we find the missing decisions.
Frequently asked questions
What sizes are available?
The range starts with conventional CPU and storage infrastructure at 20–300 kW IT load. MDC60 provides 60 kW in two racks; MDC500 targets 300–500 kW; MDC2000 targets 2.5 MW. MDC4000 is a coming-soon product with a planned 4.2 MW IT load. These are IT capacities, separate from total facility power.
Can a standard product be adapted to my site?
Yes. We start with a defined product and adapt its power, cooling, rack layout and site interfaces to your equipment and location. A change that exceeds the product's design range needs a separate engineering review.
What footprint and site access will I need?
We issue the layout, foundation loads, service clearances and delivery and lifting requirements for your configuration. Share the site plan and access route early so the module and external cooling equipment can be placed and maintained.
Is IT load the same as total facility power?
No. IT load is the electrical power used by servers, storage and networking. The site supply also serves cooling, power-system losses and other facility equipment. Its required capacity comes from a project load study, including peak conditions and operating modes; annual PUE alone cannot size the connection.
Do you supply the infrastructure or the servers as well?
Our core offer is the data-center infrastructure. We can plan integration around customer-supplied equipment or discuss an equipment package in the project scope. The proposal states who procures and supplies the servers, GPUs, networking and storage; they are not automatically included.
What happens during factory acceptance testing?
Factory acceptance testing (FAT) checks the agreed electrical, cooling, controls and alarm functions before shipment. The test scope and acceptance criteria are set for the configuration. Site acceptance and commissioning then check the installed facility and its connections.
Can I start small and add capacity?
Yes. Capacity can be phased around equipment deployment and demand. We plan the first module together with the power, cooling, fibre and access needed for later stages. Expansion work and any effect on the operating facility are defined in that plan.
[ EARLIER MODULAR DATA CENTER PROJECTS · 35–320 kW ]
Case studies
120kW
Ukraine
Public-Sector Modular Data Center (Energy-Efficient, Relocatable Build)
Two joined 40-ft containerized data centers hosting up to 120 kW IT load, combining hybrid free-cooling with DX systems for Tier III resilience and low OPEX.
Read the case study
35kW
Eastern Europe
Indirect Free Cooling MDC in Dense Urban Courtyard
Two shortened modules providing 35 kW IT load with indirect free-cooling, engineered to pass through a narrow archway and operate inside a historic courtyard.
Read the case study
Tell us what needs to run locally.
Share the CPU or storage equipment, IT load and location. We will help define the capacity and site design.