850kW

Direct Liquid Cooling Container

The 850 kW system integrates secondary-side heat sources, CDU, and primary-side dry cooler within a standard 12 m container, forming a complete cooling system.
Users can place the equipment requiring cooling directly inside the container. The system operates with power supply only, and the standardized container dimensions significantly reduce layout complexity.

Features:

Integrated Container System

Minimal Infrastructure Requirement

Active Fluid Management & Pump Redundancy

Configurable Internal Layout

Integrates heat load equipment, CDU, and dry cooler. A single container functions as a small-scale workshop with a high level of integration.
Requires only power supply for operation. Only needs to consider power cable routing, and the standardized container dimensions significantly reduce layoutdifficulty in the facility.
Equipped with an expansion tank and make-up tank. When system pressure reaches the set value, automatic coolant replenishment is performed. The make-up tank is equipped with a liquid level sensor, which triggers an alarm when the level drops below a certain threshold, allowing timely maintenance and ensuring normal system operation. In addition, the CDU adopts an N+1 pump cyclic operation mode, further enhancing system stability.
The system supports customized design based on different heat-generating components, enabling different rack configurations. Supports the integration of secondary-side heat sources, CDU, and primary-side dry cooler within a single container, forming a mobile small-scale workshop.

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Technical Parameters

Technical parameters	850kW / Direct Liquid Cooling Container
Rated cooling capacity	850kW
Dimensions (L × W × H)	12192mm × 2438mm × 2896mm
Operating weight (t)	19
Coolant volume (L)	2000
Reference load type	GB300
Number of racks	6
Input voltage	3P 380-480V 50/60Hz
Output voltage	Single-phase 200-277V 50/60Hz
Power supply	Smart PDU × 6
Cooling type	Closed-loop cooling tower / Dry cooler
Inlet temperature (° C)	45
Outlet temperature (° C)	60
Design reference temperature (° C)	35
Communication	HMI, SNMP, Modus

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