Review architecture
Study utility, transformer, DG, UPS and bus-coupler arrangements together with essential load priorities.
Request a Quote →← Data centre industryCritical power solution
Data Center Switchgear
Coordinated LV switchboard engineering for resilient power distribution, standby generation, cooling systems and critical facility loads.
01 Engineering priorities
Designed around availability.
- Source redundancy and selective distribution
- Clear essential and non-essential load segregation
- Protection, metering and operating interlocks
- Maintainable feeder and bus-coupler arrangements
- BMS or monitoring interfaces where specified
- Project-specific fault level and IP requirements
02 Systems coordinated
A complete critical-power package.
- Main LT and PCC switchboards
- MCC panels for cooling and utility loads
- APFC panels for power-factor correction
- DG synchronization and AMF panels
- Essential and non-essential distribution boards
- Cable tray and raceway systems
03 Data centre switchboard engineering
From approved SLD
to tested assembly.
Every arrangement is developed from the approved source philosophy, load schedule, fault level, redundancy concept and operating sequence.
Coordinate protection
Align breaker ratings, interlocks, metering and discrimination requirements with approved project documents.
Engineer construction
Configure busbars, segregation, cable entry, ventilation and interfaces around the installation environment.
Inspect & verify
Complete workmanship, wiring, continuity, interlock and applicable functional checks before dispatch.
04 Related technical systems
Explore the complete
electrical package.
Review the technical capabilities, typical applications and indicative specifications for the main systems used across critical facilities.
LV IEC switchgear panels →
PCC panels →
MCC panels →
Synchronization panels →
05 Data center switchgear FAQs
Technical planning
Questions before
engineering begins.
Final ratings and construction are always confirmed against approved project documents and site requirements.
01Which switchgear panels are commonly used in a data center?+
A typical data center electrical package may include Main LT and PCC switchboards, MCC panels for cooling loads, APFC panels, DG synchronization or AMF panels, and essential and non-essential distribution boards.
02What information is needed to engineer data center switchgear?+
The engineering review normally requires the approved SLD, load schedule, fault level, redundancy philosophy, operating sequence, protection requirements, preferred makes, layout and cable-entry information.
03Can the switchboards interface with BMS or monitoring systems?+
Yes. Metering, breaker status, alarms and communication interfaces can be coordinated with the approved BMS or monitoring requirement and selected components.
04How are data center switchboards checked before dispatch?+
Checks cover construction, component mounting, wiring, identification, continuity, interlocks and applicable functional sequences before release, based on the agreed inspection scope.
For a technical proposal
Share the SLD, BOQ, load schedule, fault-level data, preferred makes, layout drawings and required delivery programme.
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Let's engineer it right.
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