Data Centre Solutions

Facility design, power redundancy, cooling, and disaster recovery sites built to formal uptime and resilience standards — not just a server room with better air conditioning.

Overview

Facilities designed around uptime tiers, not guesswork.

A data centre is only as reliable as its weakest supporting system — power, cooling, or fire suppression failing will take down infrastructure that’s otherwise perfectly designed. We design facilities against recognized uptime standards (ANSI/TIA-942 tiering) so redundancy is engineered in, not assumed.

Engagements range from retrofitting an existing server room with proper containment and redundant power, to designing a purpose-built disaster recovery site that can take over operations within minutes of a primary site failure.

We work with your facilities and IT teams together, since data centre design sits at the intersection of both — a decision made purely on IT criteria often creates a facilities problem, and vice versa.

Typical engagement length3–9 months
Standards referencedTIA-942, Tier III
Power redundancyN+1 to 2N
Support modelSLA-backed
Benefits

What changes once the facility is engineered properly.

Reduced outage risk

Redundant power and cooling remove the facility-level failures that take down otherwise healthy infrastructure.

Audit-ready facility

Design and documentation aligned to the standards regulators and insurers expect to see.

Scalable rack density

Power and cooling capacity planned for future rack density, not just what’s installed today.

Faster disaster recovery

A properly designed DR site activates in minutes, not the days a improvised failover takes.

Lower operating cost

Efficient containment and cooling design reduces the power bill that comes with an oversized cooling system.

Environmental risk protection

Fire suppression and environmental monitoring catch problems before they become losses.

Capabilities

What's included in a data centre engagement.

Facility design & layout

Rack layout, hot/cold aisle containment, and cabling pathways.

Power redundancy

UPS, generator, and automatic transfer switch design to N+1 or 2N.

Precision cooling

CRAC/CRAH systems sized against actual heat load, not floor area.

Fire suppression systems

Clean-agent suppression appropriate for an electronics environment.

Structured cabling & containment

Overhead or underfloor pathways designed for airflow and future capacity.

Disaster recovery site design

A secondary facility engineered to take over operations within a defined RTO.

Environmental monitoring

Temperature, humidity, and water-leak sensors with real-time alerting.

Capacity & growth planning

Power, cooling, and space modeled against your rack growth projections.

Deployment Process

The same six stages, applied to your facility.

01

Consult

Assess existing facility, power, and cooling capacity.

02

Design

Architect to the uptime tier your operations require.

03

Deploy

Build out or retrofit with minimal disruption to live systems.

04

Secure

Commission fire suppression and environmental monitoring.

05

Support

Monitor facility health under agreed response SLAs.

06

Optimize

Review capacity data ahead of the next growth cycle.

Technologies

Systems we design and deploy.

Schneider Electric / APC UPS Vertiv Rittal Racks Liebert Cooling Eaton Hot/Cold Aisle Containment TIA-942 Design Clean-Agent Suppression
Frequently Asked Questions

Common questions about data centre engagements.

What’s the difference between Tier III and Tier IV design?
Tier III adds redundant, independently maintainable capacity components so the facility can undergo planned maintenance without downtime. Tier IV adds fault tolerance, so a single unplanned failure also doesn’t cause downtime. Most enterprise clients target Tier III; Tier IV is typically reserved for the most critical financial or government workloads.
Can you retrofit an existing server room instead of building new?
Yes — this is a common engagement. We assess what the existing space, power, and cooling can support, and design improvements (containment, redundant UPS, better cable management) within that footprint before recommending a full rebuild.
How is a disaster recovery site different from a backup?
A backup preserves your data; a disaster recovery site preserves your operations. A properly designed DR site can take over running your critical systems within minutes to hours of a primary site failure, rather than requiring you to restore from backup onto new hardware.
Do you support colocation facility design as well as on-premises?
Yes — the same design principles apply whether the facility is on your premises or a suite within a colocation provider. We also assist with evaluating colocation providers against your uptime and compliance requirements.
How long does a typical data centre build take?
A retrofit of an existing space typically runs 6–12 weeks. A purpose-built facility or disaster recovery site from design through commissioning usually runs 3–9 months, depending on scope and civil works required.
Related Solutions

Often paired with data centre solutions.

Ready to talk about your facility?

Whether it’s a retrofit or a new build, we start with what your operations actually require.