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In Row Cold Plate Data Hosting Center Infrastructure Solutions 720kW

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In Row Cold Plate Data Hosting Center Infrastructure Solutions 720kW

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Brand Name :	Soeteck
Model Number :	1
Certification :	CE, ISO, UL
Price :	To Be Negotiated
Payment Terms :	D/A,L/C,D/P,T/T
Supply Ability :	10000/Month
Delivery Time :	5-10 Weeks

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In Row Cold Plate Data Hosting Center Infrastructure Solutions 720kW

The 40ft In-Row Cold Plate Prefabricated Data Center 12 Racks 720 kW 40ft Shipping Container is a fully prefabricated high-density data center solution designed to deliver massive, stable computing power on demand. Engineered within a standard 40ft ISO shipping container footprint, this factory-assembled unit integrates 12 high-performance server racks and delivers up to 720kW of IT capacity via advanced in-row cold plate liquid cooling technology—ensuring precise heat dissipation for dense workloads and eliminating the need for complex on-site infrastructure and permanent building construction.

By leveraging prefabrication, this high-efficiency solution arrives fully integrated with in-row cold plate cooling systems, redundant power protection (N+1 configuration), and intelligent thermal management. It serves as a reliable, scalable data center solution for high-performance computing (HPC), large-scale AI training, cloud computing hubs, and enterprise core networks, ensuring that critical large-capacity infrastructure can be deployed, relocated, and operationalized with minimal site preparation—all within the robust 40ft shipping container form factor optimized for 12 high-density racks and 720kW throughput.

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

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Product Features

In Row Cold Plate Data Hosting Center Infrastructure Solutions 720kW

Pre-Integrated for Rapid Mobility

The true value of prefabrication is mobility. Because all systems are secured and tested in the factory, the ICDC20 acts as a portable asset. It complies with global shipping standards, allowing you to transport your entire data center infrastructure by truck or ship to wherever the edge moves.

High-Density Compact Prefabrication

Our factory engineers maximize every inch of the 20ft module. We fit 9 Standard 42U Racks with integrated In-Row cooling and containment. This level of precision engineering is only possible through prefabrication, ensuring PUE values of 1.2 even in a compact footprint.

FEATURED PRODUCTS OF Prefabricated Data Center

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.

3-15 kW per Cabinet

Micro Data Center

All-in-one integrated cabinet design, plug-and-play deployment (1-3 days), remote intelligent monitoring. Ideal for edge endpoints like retail stores, ATMs and small enterprise IT rooms.

8-30 kW per Cabinet

Row Modular Data Center

Column-level prefabricated design, flexible expansion by rows, fits existing server rooms without major reconstruction. PUE 1.2-1.4, perfect for medium-density enterprise IT deployments.

15-40 kW per Cabinet

Aisle Containment Data Center

Airtight cold/hot aisle enclosure, 90%+ cold air utilization, PUE reduced to 1.2-1.3. Cost-effective upgrade for traditional open data centers to support high-density servers.

10-500 kW (20ft/40ft)

Container Data Center

Prefabricated all-in-one container (20ft/40ft), dustproof/anti-vibration, deployable outdoors. Liquid cooling optional for AI high-density computing (PUE ≤1.1), ideal for edge & temporary computing needs.

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. What defines a Prefabricated Data Center?

A Prefabricated Data Center is a facility designed and assembled in a factory environment before being shipped to the site. Unlike traditional builds, it uses modular units for power, cooling, and IT space that "click" together, ensuring higher quality control and significantly faster project timelines.

2. How does prefabrication improve scalability?

It enables Modular Scalability. Instead of over-building a large facility from day one, operators can deploy specific "blocks" of capacity (e.g., 500kW increments) as demand grows. This just-in-time deployment optimizes capital expenditure (CAPEX) and reduces initial waste.

3. What is the typical time saving compared to traditional builds?

Prefabricated solutions can reduce deployment time by 30% to 50%. Because site preparation (foundation work) and module manufacturing happen simultaneously in two different locations, the total schedule is compressed compared to the sequential nature of traditional construction.

4. Is factory integration more reliable than on-site assembly?

Yes. Factory-built modules undergo rigorous pre-commissioning and FAT (Factory Acceptance Testing) before shipping. This minimizes human error during on-site installation and ensures that all subsystems (power, HVAC, and management) are fully compatible and optimized for performance.

5. Are prefabricated centers as durable as permanent buildings?

Absolutely. Modern prefabricated modules are designed to meet permanent building codes and can have a lifespan of 20-25 years or more. They are engineered to support high-density AI workloads and can be easily retrofitted with new liquid cooling or power technologies as they emerge.

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