The KAYTUS 15MW Container Data Center Solution is a prefabricated, high-density infrastructure platform purpose-built for large-scale AI and accelerated computing environments. Based on modular Cube architecture, the solution integrates IT infrastructure, power distribution, cooling systems (air and liquid-cooled), and intelligent management into factory-built and pre-tested modules, enabling rapid deployment and predictable delivery.
Designed to support high-density AI clusters with rack power densities of up to 30kW (air-cooled) and 150kW (liquid-cooled), the solution delivers the scalability, efficiency, and reliability required for AI training, HPC, and next-generation computing workloads.An ideal choice for large-scale AI computing centers and HPC infrastructures, particularly for projects with demanding requirements for deployment speed, power density, and scalability.
Factory-integrated systems simplify deployment and reduce project complexity.
Factory-integrated modules minimize onsite construction requirements, requiring only site readiness, power, and cooling infrastructure. A 5MW facility can be deployed within one month after delivery, while a complete 15MW deployment can be delivered within 6–8 months.
Supports large-scale liquid-cooled AI cluster deployments with rack power densities of up to 150kW, enabling next-gen high-performance computing environments. The solution represents one of the highest-density AI data center deployments delivered to date.
More than 500MW high-density AI infrastructure has been designed and delivered across diverse computing environments.
Supporting hybrid liquid- and air-cooled deployments, the solution delivers efficient thermal management across diverse AI workloads. Closed-loop liquid cooling ensures high-performance heat dissipation, while intelligent airflow optimization and adaptive cooling controls improve energy efficiency and reduce operating costs.
Built on a modular 15MW architecture, the solution can be expanded on demand. IT, power, and cooling modules can be independently scaled to support seamless growth from medium-sized deployments to large-scale AI data center campuses.
Power and cooling infrastructure are designed with Tier III and N+1 redundancy to ensure continuous operation and system resilience. UPS systems equipped with lithium-ion batteries enhance availability and operational reliability.
Integrated monitoring panels, occupying no rack space, provide comprehensive real-time visibility into environmental conditions, including temperature, humidity, smoke, water leaks, and video surveillance, as well as critical infrastructure status such as busways, power distribution units, cooling systems, and UPS equipment.
The piping system follows a standardized POD-based design approach, with factory pre-assembly and pressure testing completed prior to delivery, minimizing onsite installation risk and improving deployment quality. Configuration options standard manual valves advanced solutions with remote control, monitoring, and automated adjustment capabilities.
| Item | Specification |
|---|---|
| Total Capacity | 15MW (replicable in 15MW increments; up to 60MW per facility) |
| Footprint | Approximately 3,000 m² |
| Facility Architecture | 150-200 prefabricated Cube modules including IT, power, and cooling modules |
| Rack Density | Up to 150kW per liquid-cooled rack; 30kW per standard air-cooled rack |
| Rack Quantity | 91 high-density AI racks; 164 standard racks |
| Availability | Tier III (N+1) |
Module Type
High-density AI servers, air-cooled racks, CDUs, secondary liquid-cooling loops, busway systems, rear-door heat exchangers, and dual-level container deployment.
Transformers, power distribution cabinets, UPS systems, lithium-ion batteries, integrated utility and generator inputs; 2,500kVA per module with 15-minute battery backup.
Chillers, pumps, and water treatment systems. Cooling capacity: 3,300kW air cooling and 4,200kW liquid cooling.
Cooling towers, water treatment systems, piping infrastructure, and emergency water storage facilities.
Leveraging a full-suite digital design workflow using CAD, Revit BIM, and Creo, KAYTUS can complete the entire project lifecycle—from conceptual layout and factory production guidance to onsite feasibility verification—reducing traditional design cycles by approximately one-third (1-2 months).
End-to-end delivery covering both servers and data center infrastructure.
Comprehensive leak detection and protection mechanisms for liquid-cooling systems.
Site surveys, water quality assessment, and solution consulting services.
| Stakeholder | Phase | Key Activities |
|---|---|---|
| Customer | Contract & Requirements Confirmation | Contract execution, final solution approval, approved vendor list confirmation, and regulatory approvals. |
| EPC Contractor | Site Construction | Civil works, substation construction, and supporting infrastructure development. |
| KAYTUS | Design, Manufacturing & Deployment | Final design approval → capacity reservation and material preparation → manufacturing → logistics and customs clearance → onsite installation → testing and commissioning. |
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