Customization

Built Around Your Site – Not Around Ours

Fully shielded modular enclosure with verified Faraday-grade protection, EMP-rated SPDs, and concurrent-maintainable power/cooling for sensitive workloads.

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Technical drawing of a modular container equipped with external ventilation units and access stairs.

Why Customization Matters

  • Traditional data‑center models force you to adapt your project to someone else’s template. ModulEdge reverses that logic.
  • Each module is a bespoke engineering object – designed to your grid capacity, climate, and regulatory envelope.

Benefits at a glance

Predictable uptime, because design starts from site constraints.

Verified environmental and mechanical fit before fabrication..

Use Lower total cost of deployment by removing civil‑works waste.case

Core Areas You Can Specify

Structure and Layout

  • ISO or custom footprints (6 m – 14 m) with optional vestibule or operator zone.
  • Dedicated Power, IT, Cooling, or Meet‑Me Room modules — or an All‑in‑One build.
  • Anti‑vibration mounting for mobile or seismic sites.

Power Systems

  • Redundancy levels N / N+1 / 2N, designed to meet Tier III/IV
  • principles.
  • Dual utility or generator feeds with ATS.
  • UPS scope selectable: IT‑only, shared, or cooling‑dedicated.
  • AC, DC, or hybrid distribution; autonomy defined at intake.

Cooling Systems

  • Air, in‑row, or hybrid topologies.
  • Free‑cooling packages for mild climates; economizer integration.
  • Zoned thermal management up to 150 kW/rack.
  • Continuous cooling loops for high‑availability environments.

Environmental

  • Dust, sand, and humidity sealing per ISO 14644 / IEC 60529.
  • Tested for −40 °C to +55 °C ambient conditions.
  • Optional EMP/EMI shielding aligned with MIL‑STD‑188‑125‑1.
  • FK‑5‑1‑12 or inert gas fire suppression; multi‑zone detection.

Validation and Monitoring

— In-Factory Testing

Each customized system is built and tested in‑factory before shipping.

— Site Verification (SAT)

Site Acceptance Test verifies operation after commissioni

— Factory Validation

Factory Acceptance Test covers electrical load, cooling balance, and safety integration.

— Monitoring & Control

Standarts: Modbus, SNMP, BACnet, REST API — ready for any DCIM/BMS environment.

Designed for Engineers, Proven in action

  • Integrated CAD / CFD design validation.
  • Optional Uptime design‑review support.
  • Full MEP drawing set and FAT/SAT documentation.
  • CE and IEC compliant.

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Outcome: a field‑ready system that matches your specification, not just your budget.

Customization Workflow

01

Design Intake

Power envelope, redundancy, and climate data.

02

Engineering Review

Mechanical, electrical, and control schematics.

03

Design Approval

3D layout + BoM sign‑off.

04

Factory Build & FAT

4–6 months from design lock.

05

Delivery & SAT

Transport, commissioning, and training.

Let’s Build Together

Ready to start your design review?

Ready to discuss your project? Our engineers will tailor the setup to your exact environment and power needs.

FAQ

What power densities do you support?

It depends which product line fits your site. Up to 10 kW per rack as standard on the air-cooled Standard Series, with higher densities on request. Up to 50 kW per rack on the MDC-500. Up to 142 kW maximum IT load per rack on the AI platform, split 128 kW to direct liquid cooling and 14 kW to residual air.

Tell us the hardware you plan to run and we will tell you which of the three fits.

What cooling options are available?

Air in every form the site needs, including in-row, precision, indirect and direct free cooling. Rear-door heat exchangers on a closed chilled-water loop, with modular chillers and free cooling. Warm-water direct liquid cooling at 41/51 degrees C where density requires it.

The choice follows your climate and your hardware, not a catalogue. Annual performance is established by site-specific climatic simulation.

What Tier levels do your data centers support?

We use one sentence on this, taken from the product documentation: developed toward a concurrently maintainable, Tier III-type resilience intent, subject to detailed topology and fault-domain analysis, customer requirements and any formal certification review.

It is deliberately careful. Tier certification attaches to a constructed facility, never to a product, so anyone selling you a Tier III container is describing an intention. Redundancy is configured as N, N+1 or 2N against your actual topology.

Do you offer EMP shielding?

Yes. We offer Faraday-grade EMP/IEMI shielding as an option for government and critical infrastructure applications. This is integrated into the container structure during manufacturing.

Will this integrate with our existing monitoring and access control?

Yes. Every module comes with integrated monitoring and access/CCTV systems. During the design review, we align these with your existing tools, security protocols, and network management platforms.

What container sizes are available?

The Standard Series is sold from a catalogue of six configurations, from two racks up to twenty. The MDC-500 is ten 42U racks at 800 by 1,200 mm. The AI platform carries 24 rack positions.

Configurations outside the catalogue are supported. Final dimensions and transport data are issued with the general arrangement at design review.

What's included in factory acceptance testing?

Full FAT/SAT documentation. Every module is powered on, thermally tested, and validated in our facility before shipment. You get detailed test reports covering power distribution, cooling performance, fire suppression, monitoring, and access control systems.