Prefabricated data centre solutions are transforming how organisations deploy resilient IT capacity—delivering factory-built, pre-tested modules that arrive on site ready for rapid installation.

Whether you’re modernising an on-premises server room, rolling out low-latency edge computing, or standardising infrastructure across distributed locations, precision-engineered modular data centres provide a faster, more predictable path from design to go-live.

Prefabricated data centres – often called a modular data centre—is a set of integrated, factory-assembled building blocks (for example: IT halls, power modules, cooling modules, and control/monitoring systems) that are engineered, tested, and shipped to site. Unlike traditional brick-and-mortar builds that rely heavily on sequential trades and variable site conditions, prefabrication moves much of the complexity into a controlled manufacturing environment.

Not all prefabricated data centre solutions are equal

‘Precision engineered‘ data centres is about designing the full system—mechanical, electrical, controls, and physical build – to perform reliably under real-world conditions, with clear documentation and test evidence.

Looking beyond the physical enclosure and exactly how the solution is engineered end-to-end is crucial.

• Integrated power architecture: switchgear, UPS, batteries, generators (where needed), and distribution designed as a coordinated system.
• Cooling matched to IT load: right-sized capacity, airflow management, containment options, and controls tuned for efficiency.
• Build quality and tolerances: robust frames, door seals, cable routing, fire stopping, and maintainable access pathways.
• Control and monitoring: DCIM/BMS-ready telemetry, alarms, trending, and secure remote access.
• Security by design: physical access control, CCTV readiness, tamper detection, and audit-friendly logging.
• Factory acceptance testing (FAT): documented tests for power failover, cooling performance, alarms, and integration points.
• Site acceptance testing (SAT) and commissioning: prove performance on site, train operators, and hand over documentation.

And it is with these last 2 points – FAT and SAT – where an asset management system plays a vital role.

Using an Asset Management System to Control Installation and Commissioning

An asset management system such as ENTERPRISE ASSET MANAGER can remove risk during modular data centre delivery by giving you one source of truth for every asset—from switchgear, UPS and batteries to CRAC/CRAH units, PDUs, racks, patching, and monitoring sensors.

Used throughout installation and commissioning, pro-Forms^® ENTERPRISE ASSET MANAGER helps teams coordinate work, confirm what was installed, and capture the evidence needed for sign-off and handover.

With ENTERPRISE ASSET MANAGER you can assign assets to locations (module, room, row, rack position), and track installation and commissioning progress and status using our pre-configured Work Packs and structured digital mobile forms.

Teams can use QR scanning to identify assets quickly and reduce manual data entry, and offline mode supports progress capture in plantrooms, basements, or remote sites with limited connectivity. As commissioning progresses, dashboards can help you see what’s complete and what still needs sign-off—while integrations can help keep your wider CMMS/EAM, service desk, or reporting processes aligned.

Finally, pro-Forms^® supports the creation of an automated handover pack approach by bringing together asset records, test certificates and approvals into a clearer, audit-ready set of deliverables.

• Receiving and verification: record deliveries, confirm equipment matches the design (model/serial/quantity), and maintain clear chain-of-custody information.
• QR scanning for traceability: scan assets to pull up the right record instantly and keep installation/testing updates tied to the correct equipment.
• Offline mode for site work: capture progress and evidence when connectivity is limited, then sync updates when you’re back online.
• Digital commissioning workflows: standardise checklists, responsibilities, approvals, and sign-off for FAT/SAT and on-site commissioning.
• Dashboards and progress visibility: view completion status across modules and systems (power, cooling, monitoring) to manage dependencies and reduce delays.
• Integrations: connect commissioning records and asset data with existing operational systems (for example CMMS/EAM or service management) to avoid double entry.
• Automated handover pack: compile as-built asset records, test results, certificates, and approvals into a consistent handover deliverable for operations.

Should we use an asset management system during modular data centre installation and commissioning?

Yes!

Using an asset management system like ENTERPRISE ASSET MANAGER during installation and commissioning can speed up handover and reduce defects by tracking each item of equipment from delivery to sign-off.

Features such as QR scanning and offline mode help teams update the right asset record on site, while dashboards provide visibility of what’s complete and what’s awaiting approval.

Where needed, integrations can help share data with your wider operational toolset and an automated handover pack approach helps deliver consistent as-built documentation, test evidence, and sign-off for ongoing lifecycle management.