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Liquid Cooling &
Backup Power Solutions

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01  Centralized CDU Cooling Distribution Unit (for GB300 NVL72 Solution)

Heat Dissipation
132~140 kW
per rack
Temp. Accuracy
±0.5°C
variable-frequency control
Cooling Architecture
Multi-pump
parallel redundant
Monitoring
DCIM
compatible

Product Positioning

Core centralized cooling distribution equipment specially designed for hundred-kilowatt high-density liquid-cooled compute clusters of GB300 NVL72.

Core Functions

Serving as the secondary-side heat exchange hub of the liquid cooling system, it enables precise coolant flow distribution, temperature control, pressure regulation and real-time leakage monitoring to ensure stable heat dissipation for liquid-cooled servers.

Technical Features

  • A single unit supports multiple racks of GB300 NVL72 liquid-cooled server clusters, precisely meeting high heat dissipation demand of 132~140kW per rack
  • Liquid-to-liquid plate heat exchanger paired with intelligent variable-frequency pump group; temperature control accuracy up to ±0.5°C
  • Multi-pump parallel redundant architecture; seamless switchover upon single pump failure for enhanced system stability
  • Multi-layer leakage detection and protection mechanism, equipped with automatic liquid replenishment and pressure stabilization devices
  • Integrated intelligent monitoring module, compatible with DCIM systems for remote control and data visualization

Application Scenarios

High-density liquid-cooled intelligent computing centersAI training compute clustershigh-performance computing centerssupporting facilities for GB300 NVL72 rack clusters

02  UPS Backup Immersed Lithium Battery Solution

Temp. Difference
≤2°C
module level
Cycle Life
+30%
vs. conventional lithium
Cooling
Full immersion
insulated coolant
Management
BMS
multi-level warning

Product Positioning

High-safety lithium-ion battery UPS backup power system adopting immersion cooling technology.

Core Functions

Provides highly reliable, long-lifespan backup power for intelligent computing centers to cope with grid fluctuation and unexpected power outages, and guarantee business continuity of compute clusters.

Technical Features

  • Cells are fully immersed in high-thermal-conductivity insulated coolant, isolating oxygen fundamentally to effectively suppress thermal runaway and realize intrinsic safety
  • Cell-level precise temperature control; overall module temperature difference ≤2°C to avoid local overheating; cycle life over 30% longer than conventional lithium batteries
  • Built-in BMS battery management system for real-time cell status monitoring, multi-level safety early warning and remote O&M
  • Compatible with mainstream UPS architectures; flexible configuration of backup duration

Application Scenarios

Backup power for intelligent computing centerssupporting power for high-density liquid-cooled data roomsbackup power for edge compute nodespower guarantee for critical infrastructure

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