Power and thermal systems built for GPU density.
We architect electrical and cooling infrastructure for 30kW+ racks — from utility entrance to liquid-to-chip — so high-density AI clusters run reliably and efficiently.
Air cooling and legacy power topologies fail at the densities modern accelerators demand. Designing for H100/B200-class clusters requires rethinking electrical distribution, redundancy, and thermal management together — and planning for liquid cooling even where it is not yet deployed. Get this wrong and you strand capacity, inflate energy cost, or risk thermal-driven downtime.
An integrated electrical and mechanical architecture engineered for high density, efficiency, and resilience — with monitoring and maintenance designed in from the start, and a clear path to liquid cooling readiness.
What we deliver
Engineered for extreme density.
Electrical architecture
High-density topology design from utility entrance to rack PDU.
UPS & backup power
Battery, flywheel, and hybrid strategies sized to AI load profiles.
Switchgear & distribution
Medium- and low-voltage distribution and protection coordination.
Generator strategy
Standby and prime power planning, fuel logistics, and emissions strategy.
Thermal design
CFD-informed airflow, containment, and heat rejection design.
Liquid cooling readiness
Direct-to-chip and immersion-ready CDU, piping, and facility water planning.
Building management systems
BMS/EPMS integration for unified facility control.
Energy optimization & monitoring
PUE tuning, metering, and continuous efficiency improvement.
Typical ways we engage
MEP design advisory
Independent review and optimization of electrical and mechanical design.
Density retrofit
Upgrade existing halls to support higher rack densities and liquid cooling.
Efficiency program
Ongoing PUE/WUE optimization tied to measurable energy savings.
Vendor-neutral integration
We integrate leading technologies across the data center ecosystem, selecting what best fits your performance, cost, and risk objectives.
- UPS & power OEMs
- Switchgear manufacturers
- Generator suppliers
- CRAC/CRAH & CDU vendors
- Liquid cooling specialists
- BMS/EPMS platforms
Technology ecosystem references represent integration experience and target categories, not formal partnerships.
What you can expect
Planning a power/cooling initiative?
Tell us about your project. We'll outline a clear engagement model and roadmap tailored to your environment.