AI Data Center
- AI Data Center: AI Data Center (AIDC) is a full-stack intelligent computing infrastructure solution purpose-built for the AI era. It integrates GB300 NVL72 GPU clusters, direct-to-chip liquid cooling capable of dissipating over 100 kW per cabinet, intelligent N+1 redundant power distribution, and factory-prefabricated modular delivery. Designed for high-density AI workloads, AIDC achieves PUE as low as 1.12 and enables rapid deployment in weeks rather than months.
Advantages
Serve global customers and become a leading expert in digital Power infrastructure.
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Full-Stack Integration
A comprehensive five-layer architecture covers AI compute with GB300 NVL72 clusters, liquid cooling via AICoolit CDUs, intelligent power supply with dual-busbar A/B paths, containerized modular facility infrastructure, and DCIM-based intelligent management. The result is a single-vendor solution spanning from chip to chilled water.
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Extreme Cooling Density
Direct-to-chip cold-plate liquid cooling handles 60 to 150 kW per cabinet, removing up to 90% of heat at the source with the remaining portion managed by auxiliary air cooling. This approach achieves PUE of 1.15 or lower, delivering 30 to 50 percent energy savings compared to traditional air-cooled data centers.
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Prefabricated Rapid Delivery
Liquid cooling, power distribution, and monitoring systems are fully assembled and tested at the factory before shipment. On site work is reduced to positioning modules and connecting standardized interfaces, cutting deployment cycles by over 60 percent from six to twelve months down to just two to four months.
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Resilient Anywhere Operation
Engineered to perform reliably under extreme environmental conditions, the solution adapts to high ambient temperatures, humidity, and power grid instability. Redundant cooling pathways, backup power systems, and ruggedized protection ensure continuous uptime regardless of climate or location challenges.
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High-Density Architecture
Every subsystem is purpose-matched to next-generation GPU platforms, from thermal capacity and fluid distribution networks to multi-path power feeds with generous design headroom. The architecture scales natively from small pilot deployments to massive multi-megawatt clusters with built-in redundancy at every level.