In-Row CDU

Features

Delivers a massive 3.2MW high-density cooling capacity engineered to support advanced AI infrastructure.
Achieves superior heat-exchange efficiency with 3°C approach temperature at 3.2MW load.
Maintains a robust grid system with THDi ≤5% to secure power supply stability
Designed for 100% front-access serviceability to streamline maintenance of critical components
Supports optional advanced monitoring with pH, conductivity, and turbidity sensors for real-time coolant quality control.
Ensures future-proof power compatibility with an 800 VDC input option *1
Group control capability for up to 10 CDUs

*1: Currently under evaluation

Features

Support NVIDIA Vera Rubin NVL72
Up to 2MW cooling capacity
Space saving enclosure with an industry-leading compact footprint
1.9m height optimized for containerized data centers
Uninterruptible online filter cleaning
High maintainability with hot-swappable critical components for zero-downtime servicing
Sealless pump design ensures leak free reliability and superior serviceability
Group control capability for up to 10 CDUs

Features

Exclusive Japanese vendor selected by Google
Up to 2MW cooling capacity
Uninterruptible online filter cleaning with redundant filter design
High maintainability with hot-swappable critical components for zero-downtime servicing
Sealless pump design ensures leak free reliability and superior serviceability
IEEE 519 Ultra Low Harmonic Distortion (ULHD) VFD always keeps the power grid clean
0.2μm side-stream filtration to maintain high-quality coolant

Advanced control expertise in motors, pumps, and fans—mastering "everything that spins and moves" since our founding

In-house development of advanced pump and valve controls to maintain constant coolant temperatures

Achieving precise temperature stability to ensure continuous, stable server performance

All units undergo thermal testing before shipment to guarantee reliability
Verified cooling stability via performance testing at 750kW thermal load and 3,750LPM flow rate
Upcoming expansion to 1,500kW—approaching the upper limit of design specifications

Facility Overview