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Model Number : AICoolit-ISM
Battery Configuration : External Battery Pack (Customizable Capacity)
Payment Terms : L/C,D/A,D/P,T/T
Power Density per Cabinet : 55 KW
Coolant Type : Synthetic Oil / Nitriding Fluid (Non-Conductive, Environmentally Friendly)
Price : To Be Negotiated
Cooling Configuration : 4×400 KW In-Row CDU
Delivery Time : 5-10 Weeks
Dimensions (W×D×H) : 3200 × 12192 × 3800 mm
Certification : CE, ISO, UL
MOQ : 1
Packaging Details : 40 Feet Standard Container
UPS Capacity : 1000 KVA Modular UPS (Redundant Configuration)
Heat Dissipation Method : Dry Cooler / Closed-Circuit Cooling Tower
Communication Protocols : Modbus / SNMP
Liquid Cooling Technology : Immersion Liquid Cooling
Brand Name : Soeteck, AICoolit
Safety Features : Dual-Sealed Immersion Tanks; Explosion-Proof Devices; RoHS/REACH Compliant Coolant
Place of Origin : China
Applicable Scenarios : Blockchain Mining, Ultra-High-Density AI Clusters, Supercomputing, Extreme-Environment Data Centers
Engineered as a true next‑gen 40‑ft liquid cooling infrastructure, the AICoolit™ module is purpose‑built to sustain the thermal demands of massive model‑training clusters. It deploys direct full‑immersion technology—submerging all server boards in non‑conductive synthetic oil or nitriding fluid—to achieve near‑perfect heat transfer. Within the 12192×3200×3800 mm container, four 400KW in‑row CDUs work with modular tank architecture, supporting up to 55KW per rack. A closed‑loop cooling loop (dry cooler or closed‑circuit tower) consistently holds PUE below 1.2, while the system readily handles blockchain mining, supercomputing, and extreme‑density AI tasks. For uninterrupted mission‑critical operations, it integrates a 1000KVA redundant UPS, dual‑sealed tanks, and real‑time coolant monitoring—ensuring 24/7 stability, eliminating hot spots, and shrinking the overall environmental footprint.
| Model | Cooling Capacity | Rated Power (Per Cabinet) | Air-Liquid Ratio | Cooling Technology | Dimensions (WxDxH, mm) |
|---|---|---|---|---|---|
| AICoolit-HDC › | 8×80 KW CDU + 5×50.5 KW AC | 100 KW | 2:8 | Cold Plate Liquid Cooling | 3200 x 12800 x 3800 |
| AICoolit-ISM › | 350 KW CDU + 4×31.5 KW AC | 50 KW | 2:8 | Cold Plate Liquid Cooling | 3200 x 12192 x 3800 |
| AICoolit-ECM › | 4×50 KW CDU + 2×30 KW AC | 50 KW | 1:9 | Cold Plate Liquid Cooling | 3200 x 6500 x 3500 |
| AICoolit-ICM › | 4×400 KW CDU | 55 KW | 0:10 | Immersion Liquid Cooling | 3200 x 12192 x 3800 |

Our full-immersion approach submerges every server board in dielectric synthetic oil or nitriding fluid, enabling 55kW per rack and a PUE below 1.2. This near-perfect heat transfer eliminates localized hot spots and delivers consistent thermal performance, critical for sustained large-model training.
The integrated closed-loop heat rejection (dry cooler or closed-circuit tower) prevents any coolant loss or external emissions. Dual-sealed tanks with explosion-proof safeguards, together with a 1000KVA redundant UPS, ensure round-the-clock operation for blockchain, supercomputing, and ultra-dense AI clusters—while maintaining a green footprint.

Focus on the core cooling demands of high-density data center deployments, where our full range of liquid cooling products leverages advanced technological advantages to reliably safeguard continuous, efficient, and stable operation.
In-Rack / In-Row / In-Room
The heart of liquid cooling. Available in Rack-mounted (50-80kW), In-Row (350-900kW), and large-scale In-Room (up to 2MW) configurations. Features N+1 redundancy and smart control.
PUE < 1.2
Single-phase immersion technology for ultimate heat dissipation. Integrated plug-and-play design suitable for edge nodes and high-density clusters. Silent operation with PUE < 1.2.
Prefab & Modular
Rapid-deployment modular data center. A turnkey solution integrating power, liquid cooling (Cold Plate or Immersion), and monitoring. Ideal for AI training and crypto mining.
High-Quality
Essential components for safety and efficiency. Includes high-precision Manifolds, flexible Secondary Loops, and Quick Disconnects (QD) with leak-prevention design.
Empowering next-generation infrastructure with superior thermal management for high-wattage computing demands.
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Next-Gen 40ft Liquid Cooling Infrastructure for Massive-Scale Model Training Images |