CDU
Equipment coordination around heat exchange, pumping, filtration, monitoring and control
Growth Focus
Liquid Cooling Infrastructure
Secondary-loop infrastructure
Project coordination for critical secondary-side equipment and components across the facility-water, CDU and technology-cooling interfaces.
Overview
Understanding equipment within the correct system boundaries
Cold-plate liquid cooling spans facility water and technology cooling. Interfaces, fluid conditions, control logic and maintenance boundaries must be reviewed together.
WBG coordinates supply resources for CDUs, secondary piping, fluid control and valve components against confirmed engineering conditions.
Scope
Equipment and work scopes we can support
Secondary Loop
TCS supply and return piping and interface components
Fluid Management
Fluid compatibility, filling, filtration and monitoring discussions
Valve Components
Isolation, regulation, balancing and connection components
Typical project applications
High-density AI data hallsCold-plate liquid coolingLiquid cooling expansionModular liquid cooling units
System Boundary
FWS, CDU and TCS system boundaries
In a typical cold-plate architecture, the CDU forms the thermal boundary between facility water and technology cooling, usually integrating the plate heat exchanger, pumps, filtration, valves, sensing and controls.
FWS→
Facility Water System
Provides facility-side cooling conditions to the CDU
CDU→
Cooling Distribution Unit
Internal heat exchange, pumping, filtration, monitoring and control
TCS→
Technology Cooling System
Secondary supply and return loop leaving the CDU
RACK
Manifold & Rack Loop
Distribution to rack and cold-plate circuits
Project Support
How WBG supports the project
Interface Confirmation
Structure FWS, CDU, TCS and rack-side boundaries
Supplier Coordination
Align CDU, valve and piping-component resources
Documents & Inspection
Support technical documents, FAT and issue closure
Integrated Delivery
Coordinate packing, logistics and site connection conditions
Liquid cooling parameters and material selection require project design, equipment requirements and fluid-compatibility analysis.
Project Discussion
The earlier project conditions are clear, the more dependable the supply path
Share the application, delivery region, current stage and equipment scope requiring coordination.