Selected references illustrate how ZTMM combines IT load, total facility power, cooling architecture, redundancy and factory-prefabricated modules into deployable systems.
Project figures distinguish IT load from total facility power so buyers can compare architectures accurately. Final configurations depend on server platforms, redundancy, utility conditions, ambient design data and the division of on-site work.
Approx. 600kW IT load and close to 1MW total facility power, combining containerized IT, power and hybrid cooling infrastructure for AI and HPC workloads.
Approx. 3MW IT load and 5MW total facility power with high-density liquid-cooled racks, magnetic-bearing chillers and dry-cooler heat rejection.
Approx. 3MW IT load and 5MW total facility power with clustered IT and electrical modules, water-cooled chillers and cooling-tower heat rejection.
A transportable outdoor data center prepared around local climate, site access, prefabrication and rapid installation requirements.
Indoor multi-rack and row-based systems integrating racks, UPS, precision cooling, containment, monitoring and fire safety for enterprise facilities.
IT load, rack schedule, location, codes and timeline.
Layout, power, cooling, redundancy and module split.
Interfaces, controls, transport and construction documents.
Assembly, system integration and agreed testing.
Shipment, installation support and commissioning scope.
IT load covers servers, storage and networking. Total facility power also includes cooling, UPS losses, pumps, controls, lighting and other supporting systems, so the two values should not be presented as interchangeable.
Provide the site location, target IT load, rack quantity and density, server cooling interface, redundancy level, utility voltage, ambient conditions and required deployment date.
They are useful starting points, but every project must be recalculated for local codes, climate, grid conditions, equipment selections, transport constraints and operating strategy.
Yes. Modular blocks can be planned for staged deployment when future electrical capacity, cooling headers, controls, access and reserved space are included in the master plan.
Even an early load estimate and site location are enough to begin a technical discussion.