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40ft Cold Plate Container Data Center 700kW Rack-Mounted CDU Liquid Cooling 14 Racks ODM

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40ft Cold Plate Container Data Center 700kW Rack-Mounted CDU Liquid Cooling 14 Racks ODM

Cooling Architecture : Rack-Mounted CDU (Distributed Manifold)

Customization : ODM / OEM

Model Number : 40ft Cold Plate (Rack)

Total IT Capacity : 700 kW

Rack Dimensions (W*D*H) : 600 x 1100 x 2000 mm

Applications : AI Training & HPC, High-Density Data Centers, Containerized Deployment

MOQ : 1 Set

Delivery Time : 30-45 working days

Model : 40ft Cold Plate (Rack)

Brand Name : Soeteck

Deployment Time : 5 - 10 Weeks

Packaging Details : Export packing

Container Dimensions (L*W*H) : 12192 x 2438 x 2896 mm

Monitoring System : Yes

Video Monitoring System : Yes

Payment Terms : L/C,D/A,D/P,T/T

Container Type : 40ft High Cube

Door Security System : Yes

Price : Negotiable

Rack Standard : 42U 19 inch Cabinet

Power Supply : 700 kW Total Capacity

Supply Ability : 10 Sets per Month

Rack Count : 14 Racks (Maximized Space)

Certification : CE, ISO, UL

EPO : Yes

Max Power Density : 50 kW / Rack

Place of Origin : China

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The SOETECK 40ft Cold Plate Container Data Center is a factory-built modular data center engineered around a rack-mounted CDU and a distributed liquid manifold. Moving coolant distribution into the rack line returns the aisle footprint that in-row cooling would otherwise occupy — so a single 40ft High Cube is rated for 14 racks at 50 kW per rack, for 700 kW of total IT capacity.

Cold plates, manifold, secondary loop and leak detection are piped, pressure-tested and commissioned in our factory before the unit ships. Power distribution, aisle containment, fire suppression and monitoring arrive already integrated, which turns a multi-year construction project into a matter of weeks on site.

Because the architecture is assembled from modular blocks, capacity can be added rack by rack or container by container — so capital spend tracks real demand instead of a decade-old forecast.

Product Family

Model	Cooling Architecture	Rack / Tank Count	Max Power Density	Total Capacity	Container Type	Dimensions (LWH)
20ft Immersion ›	Single-Phase Immersion (Integrated FDU)	4 Tanks	100 kW / Tank	400 kW	20ft High Cube	6058 x 2438 x 2896 mm
40ft Immersion ›	Single-Phase Immersion (Integrated FDU)	12 Tanks	100 kW / Tank	1.2 MW	40ft High Cube	12192 x 2438 x 2896 mm
40ft Cold Plate (In-Row) ›	In-Row CDU (Liquid-to-Liquid / Air Assist)	12 Racks (Space for CDUs)	60 kW / Rack	720 kW	40ft High Cube	12192 x 2438 x 2896 mm
40ft Cold Plate (Rack) ›	Rack-Mounted CDU (Distributed Manifold)	14 Racks (Maximized Space)	50 kW / Rack	700 kW	40ft High Cube	12192 x 2438 x 2896 mm
20ft Cold Plate (Rack) ›	Rack-Mounted CDU (Distributed Manifold)	5 Racks	50 kW / Rack	250 kW	20ft High Cube	6058 x 2438 x 2896 mm

View Detailed Datasheet (PDF)

Product Features

40ft Cold Plate Container Data Center 700kW Rack-Mounted CDU Liquid Cooling 14 Racks ODM

Rack-Mounted CDU with Distributed Manifold

The heart of this 40ft container is a rack-mounted CDU feeding a distributed liquid manifold that runs the length of the hall. Because coolant is distributed at the rack instead of from a dedicated in-row unit, no floor space is surrendered to cooling equipment: the layout fits 14 racks into a single 40ft High Cube, each provisioned for 50 kW of cold-plate load and 700 kW in total.

Liquid Cooling Engineered for 50 kW Racks

Cold plate cooling captures heat at the processor instead of relying on air to carry it away. The manifold and liquid loop are assembled and pressure-tested in the factory, then shipped as one sealed module. Matched to the container aisle containment, this keeps the cooling system sized for 50 kW per rack without the fan power and hot spots that cap air-cooled halls.

FEATURED PRODUCTS OF HIGH-DENSITY COOLING SOLUTIONS

Focus on the core cooling demands of high-density data center deployments, where our full range of premium products leverages advanced technological advantages to reliably safeguard continuous, efficient, and stable operation.

1-80 kW

Cold Plate Cooling

High thermal conductivity, compact footprint, direct heat transfer, ideal for high-power electronic components.

10-80 kW

Immersion Cooling

Uniform temperature control, zero dust intrusion, ideal for high-density data centers & supercomputers.

21.2-31.1 kW

Rear Door Heat Exchanger

No server room reconstruction, high heat rejection efficiency, plug-and-play installation, fits existing rack infrastructure.

20-1600 kW

Fanwall System

Redundant fan design, low noise level, adjustable airflow, perfect for data centers & industrial cooling facilities.

APPLICATIONS

Empowering next-generation infrastructure with superior thermal management for high-wattage computing demands.

AI Training & HPC Clusters

High-Density Data Centers

Modular & Container Solutions

Blockchain & Crypto Mining

FAQ

1. Can I combine multiple modular 40ft data center containers?

Yes. This is the essence of Modular Construction. You can deploy multiple 40ft units side-by-side or stack them to create a large-scale data center park. They function like building blocks, allowing you to scale capacity linearly with demand.

2. How many racks does the 40ft cold plate container hold?

A single 40ft High Cube holds 14 racks. Because the CDU sits in the rack line rather than in the aisle, all fourteen rack positions stay available for revenue equipment, and the container is rated for 700 kW of total IT capacity.

3. Is fire protection pre-installed in the modular data center container?

Yes. Each modular ICDC40 data center container arrives with a self-contained gas fire extinguishing system (FM200/Novec 1230) already piped and wired. This eliminates the need for complex on-site fire engineering and testing.

4. How does the modular airflow design work?

We use a factory-sealed Cold Aisle/Hot Aisle Containment architecture. Heat is captured at the chip by cold plates and rejected through the rack-mounted CDU, so the aisle no longer has to carry the IT load. The modular integration process ensures airtight seals that are difficult to achieve with on-site construction, improving cooling efficiency by 25%.

5. Does the modular data center container include switchgear for grid connection?

Yes, the main power distribution cabinet is pre-integrated with an ATS (Automatic Transfer Switch). It is ready to connect to your utility grid and backup generator immediately upon delivery.

6. What does a rack-mounted CDU change compared with in-row cooling?

In-row cooling reserves aisle floor space for the cooling units themselves. Here the CDU and its distributed liquid manifold sit in the rack line, so that footprint is returned to revenue equipment — the same 40ft High Cube carries 14 racks at 50 kW per rack, for 700 kW of total capacity.

7. Does the container ship with the liquid cooling loop already installed?

Yes. The rack-mounted CDUs, the distributed manifold and the liquid loop are mounted, piped and pressure-tested in our factory before shipment. The container leaves as one tested module, so on-site work is limited to positioning it and connecting power and fluid.

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