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| ブランド名: | Soeteck |
| モデル番号: | 1 |
| MOQ: | 1 |
| 価格: | To Be Negotiated |
| 配達時間: | 5～10週間 |
| 支払条件: | D/A、L/C、D/P、T/T |
The 40ft In-Row Cold Plate Prefabricated Data Center 12 Racks 720 kW 40ft Shipping Container is a turnkey high-density modular data center solution built to supply consistent, powerful computing capacity on demand. Housed within a standard 40ft ISO container footprint, this factory-preassembled unit accommodates 12 high-performance server racks and supports up to 720kW of IT load using advanced row-based cold plate liquid cooling technology. This design enables accurate heat removal for intense workloads while avoiding complex on-site construction and permanent facility requirements.
Thanks to prefabrication, this energy-efficient platform arrives ready to operate with built-in row-level cold plate cooling, redundant power protection (N+1 architecture), and intelligent temperature control. It offers a dependable, expandable data center solution suitable for high-performance computing (HPC), large-scale AI model training, cloud computing clusters, and enterprise backbone networks. This ensures that mission-critical, high-capacity infrastructure can be deployed, redeployed, and brought online with minimal field preparation—all within a rugged 40ft shipping container configured for 12 dense racks and 720kW of throughput.
| Model | Cooling Architecture | Rack / Tank Count | Max Power Density | Total Capacity | Container Type | Dimensions (L*W*H) |
|---|---|---|---|---|---|---|
| 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 |
The key benefit of prefabrication lies in transportability. With every component secured and validated at our facility, the ICDC20 functions as a movable IT asset. It meets global freight requirements, enabling you to relocate your entire computing infrastructure via road or ocean routes to wherever operational demands shift.
Our in-house design specialists utilize every available space within the 20ft enclosure. We accommodate 9 Standard 42U Racks alongside row-based cooling and hot/cold aisle containment. Such precise engineering is achievable only through offsite construction, consistently delivering PUE values of 1.2 even within a limited physical footprint.
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
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
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
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)
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.
Empowering next-generation infrastructure with superior thermal management for high-wattage computing demands.
