Floating Nav — Skat

Modular infrastructure. Ready to deploy.

Pre-engineered, supplier-neutral modular data centers, configured online and delivered turnkey. Start small and expand module by module, without the labor burden of a custom build.

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Diagram in three steps: customer requirements are matched with standardized modules (compute, cooling, power, battery storage, generators), which combine into one integrated data center.

The solution

The faster path from requirements to an operational data center

Skat Modular DC is built from pre-defined functional modules: compute, cooling, power, battery storage and generators. Instead of engineering every project from scratch, you define your requirements and the platform combines standardized modules into a complete, operational facility.

Side and end view of a 40ft server container: 8 racks on a raised floor with overhead cable trays, hot/cold aisle airflow, and power, cooling and fibre connected at a single bulkhead.
40ft · 8 racks · hot/cold aisle airflow

Inside a server container

Each server container ships pre-fitted with 8 racks, raised floor, overhead cable trays and hot/cold aisle separation. All external connections (power, cooling, fibre) terminate at a single bulkhead. On-site installation comes down to: position, connect, power on.

Get an instant quote

non-binding

Get an instant assembly estimate

Configure your requirements below. The calculator outputs a preliminary container assembly, estimated pricing and lead times —
ready to download as a non-binding quotation PDF.

Skat Modular DC – Data Center Calculator
Skat Modular DC — Configuration Calculator

Configure your operational data center

Enter your IT load requirement and infrastructure preferences. The calculator outputs a complete operational data center configuration with module counts, estimated pricing, and lead times — ready to download as a non-binding quotation PDF.

00 — Your details
01 — IT load & cooling
1.0 MW
IT load: 1,000 kW (1.0 MW)
Slide to set your required IT power capacity
Workload type does not affect sizing — IT load is the primary input
02 — Site, redundancy & options
Affects HVAC sizing and shipping estimate
Operational data center configuration
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⚠ Non-binding budgetary estimate in EUR, excl. VAT. Configure your IT load requirement — the calculator outputs a complete operational data center. Includes container infrastructure, electrical systems, cooling, fire suppression, monitoring and commissioning. Excludes IT equipment, land, civil works, grid connection, VAT, permits and financing. Project costs 20% + contingency 15% on equipment subtotal.
benefits

What makes Skat Modular DC different

A container-based modular data center system designed for faster deployment, lower project complexity, and a scalable path from pilot to full capacity — for COLO, edge, telecom, and critical infrastructure applications.

  • Faster Deployment

Online configuration, standardized designs and pre-defined interfaces. Deployment in weeks rather than months.

  • Supplier flexibility

UPS, cooling, generators, switchgear and other equipment can be substituted when supply chains are constrained. Reduced dependence on a single OEM.

  • Turnkey delivery

You buy a complete operational facility, not separate components that still require engineering and integration.

  • Configuration-driven

Configure your data center online and get a module configuration, budget estimate and lead time in minutes, not after months of tendering.

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common challenges
Why modular, why now

challenge 01

AI and cloud-driven demand require operators to bring capacity online quickly.
  • modular approach
refabricated components and reference architectures are replicated across sites, reducing construction and commissioning time.

challenge 03

Lead times for UPS, switchgear, generators and chillers can stall a project for months.
  • modular approach
A supplier-neutral design allows equipment to be substituted when supply chains are constrained.

challenge 02

GPUs and financing can be bought, but qualified electrical, cooling and commissioning specialists are hard to find.
  • modular approach
Assembly and testing move into the factory, reducing on-site labor requirements and improving quality control.

challenge 04

Future capacity needs are rarely clear at the start, making infrastructure investment hard to plan.
  • modular approach
Add capacity module by module as demand grows, aligning investment with actual demand.
discuss your case
why skat modular dc
Three reasons to consider this approach

A pre-engineered modular data center system built from standard modules and interchangeable suppliers, designed for faster deployment, less on-site engineering and a scalable path from pilot to full capacity.

  • Functional blocks, not containers

Compute, cooling, power, battery storage and generator modules work as one integrated system, with standardized interfaces between them.

  • Engineering and Industrial Capability

The concept is grounded in engineering thinking, manufacturability, and practical deployment potential — not a conceptual proposal, but a technically considered solution.

  • From Pilot to Scalable Direction

The approach supports early-stage pilot work while creating a foundation for future growth. Pilot projects are a real starting point, not a demo exercise.

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how it works

The modular system logic, explained

Regular build

Every project starts from scratch

Traditional build: two projects with completely different custom layouts, each designed from scratch.
  • Custom design for every site
  • No reuse between projects
  • No predictability
Modular Data Center

Standard modules, combined as needed

  • Each module reused across projects
  • Start small, expand in phases
  • Predictable, repeatable builds
use cases

Designed for multiple infrastructure applications

Skat Modular DC is built for small and mid-sized data center investors, with a focus on 250 kW to 2 MW deployments, where speed, structured delivery and phased growth matter.

  • COLO infrastructure deployment
  • Edge data processing
  • Telecom applications
  • Critical infrastructure backup capacity
  • Industrial and remote-site applications
  • AI edge and regional AI infrastructure
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The Difference
From project complexity to a clearer modular path

without skat modular DC

  • Project feels slow and highly customized from the start
  • Future capacity needs remain unclear at planning stage
  • High coordination demand across build stages
  • Dependent on scarce on-site specialists and single-supplier lead times

with skat modular DC

  • A complete, operational facility instead of separate components
  • Standard modules and interchangeable suppliers from day one
  • Capacity that grows module by module
  • Factory-built modules and supplier-neutral equipment choices

Skat Modular DC helps turn data center development into a more standardized, scalable, and deployment-ready process.

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How We Work Together
Three steps to an initial modular concept
  • 01 | Initial Discussion
  • We review your use case, application environment, reliability expectations, and deployment timeline.
  • 02 | Preliminary module configuration
  • We outline a preliminary set of functional modules (compute, cooling, power, BESS and generator) and a potential expansion path.
  • 03 | Project Planning
  • We define the next step toward delivery, whether that is concept refinement, technical scoping or a first deployment, based on your timeline and priorities.

Get an instant non-binding quote

Skip the design, engineer, tender and redesign cycle. Configure your core requirements in minutes and receive an instant, non-binding quote with module configuration, estimated pricing and lead time.

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Let's discuss your use case

Start with an initial discussion to explore whether Skat Modular DC could fit your application.