■ 03 · Power for digital infrastructure
Power that
doesn’t blink.
Utility feeds, on-site storage, generation and UPS designed as one redundant power train — for facilities where a single second offline is measured in millions.
2N
Redundancy available
60 MW+
Campus scale
< 10 ms
Transfer to storage
Tier III/IV
Design-ready
Figures illustrative
(01) Approach
AI workloads have tripled rack densities and made grid capacity the bottleneck. We design power trains that get campuses connected sooner and keep them running.
Power infrastructure and energy systems for high-demand digital facilities. Every system is designed, built and operated by the same accountable team.
(02) Applications
Where it
creates value.
01
Utility interconnection
High-voltage substations and dual feeds for campus-scale load.
02
On-site storage
Battery systems that bridge outages, shave peaks and earn grid revenue.
03
UPS & distribution
Medium- and low-voltage distribution with modular UPS.
04
Standby generation
Generators and fuel systems integrated into one control scheme.
05
Bridging power
Temporary on-site power while permanent grid capacity is built.
(03) How it works
From first study
to everyday operation.
01
Plan
Load growth, redundancy target and grid capacity define the power strategy.
02
Design
Single-line design from utility to rack, with failure modes tested on paper first.
03
Deliver
Phased construction that energises halls as the campus grows.
04
Support
Integrated monitoring and 24/7 response across every power asset.
(04) Technical information
Reference
specification.
Typical ranges for a reference system. Final specifications follow grid studies and site design.
Redundancy
N+1, 2N or distributed redundant
Utility supply
Dual feeds, 33 kV – 400 kV
Storage
BESS sized for ride-through or peak shaving
UPS
Modular, lithium-ion
Generation
Standby diesel or HVO-ready
Monitoring
Integrated with the facility BMS / EPMS
Illustrative reference values
