GB300-Ready · 150kW/Cabinet · End-to-End Intelligent Computing Infrastructure

Full-Scenario Liquid Cooling Product Matrix
Covers Rack CDU (50-100kW), InRow CDU (350-1000kW) and Room CDU (1000-2000kW) with direct-to-chip cold plate DLC technology. Supports 60–150kW per cabinet, perfectly compatible with NVIDIA GB300 NVL72 architecture. Integrated Manifold distribution system with quick disconnect (UQD/GQD series), achieving 90%+ heat removal via liquid cooling with supply temperature 35–45°C. Modular CDU deployment — scale cooling in sync with computing power.
GB300 NVL72 Purpose-Built Infrastructure
Designed for 72× B300 Ultra GPUs with 135kW TDP (155kW peak) per cabinet. Full-chain power distribution from medium voltage to cabinet PDU, with A/B dual busbar architecture, modular UPS N+1 redundancy and lithium battery backup. N+1 CDU redundancy + 20% expansion margin, target PUE ≤1.12. Factory prefabrication + rapid on-site assembly + one-click commissioning reduces deployment cycle by 60%+ compared to traditional engineering.
Self-developed product line covering CDU, Manifold, Dry Cooler, UPS and Power Distribution. Independent R&D across entire liquid cooling and power supply chain. 5 utility patents, 11 software copyrights, CE & ISO 9001 certified.
Purpose-built for 150kW/cabinet density. 90% liquid cooling ratio via direct-to-chip cold plate DLC, supply 35–45°C, coolant flow ≥30 m³/h. Scalable from 1–4 units (Rack CDU) to 30+ units (Room CDU), N+1 redundancy with 20% expansion margin.
Factory FAT testing for cooling, power & monitoring systems. Standardized quick-connect interfaces minimize on-site workload by 80%. One-click intelligent commissioning with auto leak detection and flow balancing. Deployment cycle: 2–4 months (vs 6–12 months traditional).
Full lifecycle support: Pre-sales survey → Design (BIM modeling) → Manufacturing (FAT) → Delivery (logistics & SAT) → 7×24 operation support. 5,000+ cabinets delivered across 80+ countries. Single point of responsibility for overseas expansion.