Indoor AI Data Center Pod
A high-density rack-row system installed inside a data hall with overhead busway, network trays, liquid manifolds, monitoring and service clearances.

High-Density AI and HPC Infrastructure
A high-density prefabricated IT environment for GPU and HPC racks, integrating overhead power, network pathways, liquid-cooling distribution, monitoring and service access as one coordinated pod.
Solution Overview
An AI Data Center Pod is broader than a containerized IT module. It can be installed indoors or incorporated into a prefabricated campus, and it is engineered around the selected server platform, rack density, coolant requirements, power distribution and maintenance strategy. The Electrical Pod and cooling plant may remain separate but coordinated parts of the overall solution.
Configurations
A high-density rack-row system installed inside a data hall with overhead busway, network trays, liquid manifolds, monitoring and service clearances.
A factory-integrated IT module for modular campuses, connected to separate electrical, hydronic and heat-rejection infrastructure.
Direct-to-chip liquid cooling for high-density components combined with precision air cooling for residual heat and conventional equipment.
Integrated Systems
Technical Design Basis
Delivered and Engineering Capability
Delivered high-density references include 150kW+ per rack. Architectures above 200kW per rack can be engineered for emerging GPU platforms, but final capacity depends on the verified server heat load, coolant temperatures, flow, pressure drop, redundancy and facility heat-rejection system.
FAQ
Not necessarily. A containerized IT Pod is an IT module inside a containerized project. An AI Data Center Pod is a high-density rack environment that may be indoor, containerized or part of a larger prefabricated campus.
It requires suitable electrical infrastructure, but that infrastructure may be provided by an existing building system, a dedicated Electrical Pod or another modular power arrangement.
Usually not. Power supplies, networking, storage and other components may still reject heat to air, so residual air cooling must be calculated.
It can be engineered for 200kW+ rack designs when the selected server platform, CDU, manifolds, facility-water loop, power distribution and redundancy are verified together.
Share the target IT load, rack density, site conditions, redundancy and cooling preference.