Compute at scale, powered responsibly.
End-to-end power, cooling, and energy-storage infrastructure for datacenters — engineered to cut PUE, add renewable capacity, and keep uptime at five nines.
Lower your PUE, without lowering uptime.
Right-sized cooling, high-efficiency power conversion, and on-site storage work together to bring your facility's Power Usage Effectiveness down — measured against your own load data, not a vendor average.
Every layer of the power and cooling stack, engineered together.
From the utility feed to the rack, each component is sized against your real IT load and redundancy requirement — not a generic template.
Resilient power architecture
N+1 and 2N UPS configurations with automatic failover keep critical loads online through utility disturbances.
Liquid & precision air cooling
Direct-to-chip and rear-door liquid cooling paired with precision air handling for high-density racks.
On-site energy storage
Battery systems buffer against grid volatility and shift load away from peak-tariff hours.
Renewable integration
Solar and grid-tied inverters blend into the same power architecture, reducing reliance on diesel backup.
Real-time DCIM monitoring
Live visibility into PUE, thermal load, and power draw, with alerting before a threshold is breached.
Modular, scalable design
Add power, cooling, and storage capacity in phases as compute demand grows, without a full re-fit.
From load audit to a facility that runs itself.
Load & energy audit
We review your IT load profile, utility billing, and existing PUE, then confirm redundancy tier, cooling type, and available renewable capacity.
Power & cooling design
UPS, energy storage, and cooling loop are sized together against your target PUE and uptime SLA, not designed as separate systems.
Phased installation
Power and cooling infrastructure is installed and commissioned in phases, so live racks stay online throughout the build-out.
Commissioning & DCIM handover
Full-load testing, failover drills, and a live monitoring dashboard are handed over before go-live.
The numbers IT and facilities teams ask for first.
| Capacity range | 250 kW – 5 MW critical IT load |
| Target PUE | 1.15 – 1.25 |
| Power redundancy | N+1 or 2N configurable |
| Cooling | Direct-to-chip liquid, rear-door, or precision air |
| Energy storage | Lithium-ion, modular in 250 kWh blocks |
| Renewable integration | Solar PV, grid-tied hybrid inverters |
| Monitoring | Real-time DCIM dashboard, SMS/email alerts |
| Uptime SLA | Up to 99.999% |
Trusted by the people who carry the uptime SLA.
Our PUE dropped from 1.6 to under 1.2 after the cooling and power redesign, and we didn't lose a single hour of uptime during the cutover.
The phased rollout meant live racks stayed online the entire time. The monitoring dashboard now flags thermal drift before it's an issue.
Adding on-site storage and solar cut our diesel runtime dramatically without touching our redundancy tier.
What IT and facilities teams ask before we build.
Yes — power and cooling upgrades are phased so live racks and redundancy stay intact throughout the build-out, with cutover windows planned around your maintenance schedule.
Both N+1 and 2N configurations are available depending on your uptime SLA, with UPS, energy storage, and cooling sized to match.
It depends on site conditions and available roof or land area, but facilities typically see a meaningful reduction in diesel backup runtime and peak-tariff exposure — modeled against your own load data before you commit.
We review your current load profile, cooling type, and climate conditions to model an achievable PUE range before any equipment is specified.
Find out what your facility's PUE could look like.
Free load and efficiency audit using your own utility and IT load data — no generic sizing.
