Power infrastructure
Medium and low voltage interface, transformers, UPS, A/B distribution, batteries, and generator interfaces.
Product overview
Teraplex Alpha
Power, cooling and rack infrastructure for phased AI deployments.
Alpha brings the facility systems together around the selected compute platform. GPU servers, networking equipment and software are scoped separately. Final equipment supply and responsibilities are agreed for each project.
What the system includes
Rack infrastructure
24 rack positions, high density busway, rack liquid interfaces, residual air cooling, and technical access.
Cooling and controls
Pumps, filtration, controls, air side cooling, fire protection, and building management and monitoring interfaces.
External heat rejection is selected for the site climate. The enclosure arrangement shown on the product page is a concept, not a construction drawing.
The GB300 reference
16 compute rack positions and 8 network and support positions. The modeled electrical peak is 2.536 MW; sustained operating load is confirmed during project engineering.
Compute
| GB300 NVL72 rack positions | 16 |
|---|---|
| Network and support rack positions | 8 |
| GPUs, reference configuration | 1,152 |
| Grace CPUs, reference configuration | 576 |
| Modeled rack power, GB300 EDPp | ≈155 kW |
Power
| Modeled electrical peak, IT | 2.536 MW |
|---|---|
| Reference gross facility interface | ≈3.0 MW |
| Busway provisioning per GB300 rack | 192 kW |
| Distribution basis | Independent A/B paths; optional 2N UPS |
| UPS autonomy, budgetary basis | 15 minutes |
Cooling
| Direct liquid cooling design capacity | 2.100 MW |
|---|---|
| Air side design capacity | 0.280 MW |
| Total thermal design basis | 2.380 MW |
| Heat rejection duty capacity | 2.500 MW |
| Facility water supply and return | 41/51 °C |
Water and footprint
| Normal operating mode | Dry, no water |
|---|---|
| Adiabatic transition reference | ≈39 °C ambient |
| Utility water connection | Not required |
| On site storage equivalent | 100 m³ |
| IT module envelope | 16.2 m × 6.8 m |
Electrical peak, thermal design and heat rejection duty describe different reference conditions. They must be reconciled for the intended operating load. These figures do not establish a certified or guaranteed deployment rating.
What the site needs
- Prepared ground for the unit footprint and service clearance
- Utility electrical service to the energy module interface
- Network connectivity
- Local permitting, grounding, and metering coordination
- Water for adiabatic assist where the climate requires it, from on site storage
Allow additional space for transport, lifting, maintenance, external equipment and future phases. Available power, climate, local approvals and the selected rack platform determine the final layout.
From factory to first load
- Define the deployment. Agree the load, supply scope, site interfaces and acceptance criteria.
- Work in parallel. Coordinate factory fabrication and integration with site preparation and power readiness.
- Test before shipment. Factory acceptance testing checks the agreed integrated systems.
- Connect and commission. Site acceptance testing verifies the installed configuration before the agreed load is brought online.
Equipment availability, utility readiness and the commissioning scope determine the schedule.
Plan the next step.
Share your target capacity, location and timing. We’ll review your site and capacity requirements, identify open questions and recommend who should join the engineering discussion.
Plan your deployment