Critical power capabilities
Every path from utility to rack, engineered together.
Utility interconnection
Coordinate incoming supply requirements, utility interfaces and site distribution strategy.
UPS & power distribution
Plan critical power paths, distribution interfaces and maintainable equipment arrangements.
Standby generation
Integrate standby generation concepts with switching, controls and site operating procedures.
Battery energy storage
Evaluate storage as part of resilience, flexibility and energy management strategies.
Monitoring & controls
Connect alarms, metering and control systems to improve operational visibility.
Designed around availability
Resilience is a design decision, made early.
We consider redundancy philosophy, fault isolation, maintainability, expansion and the operating procedures that support critical environments. The final architecture is developed around the client’s availability target and applicable standards.
Typical design considerations
What we resolve before the first breaker is ordered.
Load profile and criticality mapping
Redundancy and resilience philosophy
Electrical distribution and selectivity
UPS autonomy and backup strategy
Commissioning and integrated systems testing
Operational monitoring and maintainability
Project pathway
Four stages from capacity plan to validated handover.
01
Plan
Define capacity, availability objectives and site constraints.
02
Design
Develop coordinated electrical architecture and equipment interfaces.
03
Deliver
Support integration, installation coordination and readiness reviews.
04
Validate
Plan testing, commissioning and structured handover.
FAQ
Data center power questions, answered.
Can’t find what you need? Our engineers are happy to talk through your project.