Secondary Fluid Network
Advanced liquid cooling distribution systems engineered for high-density AI and HPC environments. Precision-controlled thermal management that scales with your compute demands.
40%
Energy Reduction
100kW+
Per Rack Capacity
±0.5°C
Temperature Precision
99.999%
Uptime
Intelligent Cooling Management
Our secondary fluid networks combine advanced engineering with intelligent automation to deliver optimal thermal performance.
Precision Temperature Control
PID-controlled supply water temperature maintained at ±0.5°C setpoint accuracy. Multi-zone control enables different supply temperatures for mixed workload environments.
Intelligent Fluid Distribution
Variable primary flow architecture with pressure-independent control valves (PICVs) ensures design flow rates regardless of system pressure changes. Delta-T optimization prevents low-temperature differential syndrome.
Hydraulic Balancing
Automatic balancing valves and variable speed pumping eliminate manual commissioning. Real-time flow measurement and dynamic adjustment maintain optimal hydraulic performance.
Energy Efficiency
Reduce cooling energy by 40% versus air cooling through higher fluid heat capacity, free cooling economization, and waste heat recovery for building heating applications.
Comprehensive Monitoring
Network of flow meters, temperature sensors, pressure transmitters, and leak detection provides real-time visibility. Trend analysis enables predictive maintenance and capacity planning.
AI-Driven Optimization
Machine learning algorithms predict cooling demand based on IT load trends, weather forecasts, and historical patterns. Autonomous control reduces operator intervention while maximizing efficiency.
Cooling Solutions
From traditional chilled water to cutting-edge direct-to-chip cooling, we offer the right solution for every application.
Chilled Water Distribution
Primary/secondary or variable primary chilled water systems with 7-12°C supply temperatures. Optimized for traditional server loads up to 15kW/rack with air-based heat rejection.
Warm Water Cooling (W+)
ASHRAE W+ class systems operating at 25-45°C supply enable free cooling 8,000+ hours annually. Supports heat reuse for district heating, achieving net-zero or energy-positive operation.
Rear Door Heat Exchangers
Passive or active RDHx units capture 60-100% of rack heat at source. Ideal for retrofitting air-cooled facilities to support 30-50kW racks without raised floor or CRAH modifications.
Direct Liquid Cooling (DLC)
Cold plates attached directly to CPU, GPU, and memory with quick-disconnect manifolds. Enables 100kW+ racks for AI training clusters while reducing fan power by 80%.
Seamless Integration
Our secondary fluid networks integrate with your existing infrastructure, building management systems, and monitoring platforms for unified control.
- BMS/EPMS Integration
- DCIM Compatibility
- Modbus/BACnet Support
- REST API Access
- SNMP Monitoring
- Real-time Analytics Dashboard
Ideal Applications
AI/ML Data Centers
High-density GPU clusters requiring precision cooling
HPC Facilities
Supercomputing environments with massive heat loads
Colocation
Mixed-density environments with varied cooling needs
Sustainable DCs
Heat reuse and energy recovery applications
Ready to Optimize Your Cooling Infrastructure?
Let our experts design a secondary fluid network tailored to your specific requirements.
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