{"id":33522,"date":"2025-11-25T14:11:25","date_gmt":"2025-11-25T06:11:25","guid":{"rendered":"https:\/\/i6w5ng617y.onrocket.site\/?p=33522"},"modified":"2026-02-07T23:52:11","modified_gmt":"2026-02-07T15:52:11","slug":"aicoolit-liquid-cooling-data-center","status":"publish","type":"post","link":"https:\/\/soeteck.com\/en\/solutions\/liquid-cooling-solutions\/aicoolit-liquid-cooling-data-center\/","title":{"rendered":"Liquid Cooling Data Center"},"content":{"rendered":"

Why Liquid +Container?<\/h2>\n\nAICoolit\u2122<\/h0>\n\nPrefabricated AI Infrastructure\n\n

Liquid Cooling Data Center<\/h1>\n\n

Delivered Anywhere.<\/span><\/h1>\n\n
View Models<\/a><\/div><\/div>\n\n
Get Whitepaper<\/a><\/div><\/div>\n\n
\"\"<\/figure>\n\n100<\/span>kW<\/span>\n\nMax Rack Density\n\nIP65<\/span><\/span>\n\nIndustrial Rating\n\n4<\/span>Weeks<\/span>\n\nTypical lead time\n\n1.15<\/span><\/span>\n\nExtreme pue\n\nThe Competitive Edge\n\nIn the AI boom, traditional infrastructure is the bottleneck. AICoolit fuses “Container Flexibility” with “Liquid Cooling Density,” offering a superior third option.\n\nVS. Traditional Air-Cooled Containers\n\nStandard air-cooled containers are limited by airflow physics, capping rack density at 10-15kW\u2014insufficient for NVIDIA H100 clusters.\n\nDensity Breakthrough\n\nLiquid cooling shatters thermal limits, enabling 100kW+ per rack in a standard ISO footprint.\n\nEnvironmental Resilience\n\nFully sealed liquid loop design. Immune to dust, humidity, or 50\u2103 ambient heat.\n\nVS. Brick-and-Mortar Data Centers\n\nTraditional builds face zoning issues, slow permits, and 12-24 month timelines, failing to keep pace with AI business expansion.\n\nRapid Time-to-Market\n\nFactory prefabricated. Just connect power & water on-site. Compress delivery from “Years” to “Weeks”.\n\nScalable CAPEX\n\nNo massive upfront build. Scale capacity modularly as your compute demand grows.\n100kW\nMax Rack Density\n1.15\nExtreme PUE\n4Weeks\nTypical Lead Time\n\nThe Product Lineup\n\nChoose Your Scale\n\nISO Standard Containers\n\nFactory Prefabricated\n\nSERIES I (40FT)\n\n

High-Density Cluster Module<\/h3>\n\nEngineered for large-scale LLM training clusters. By decoupling UPS and batteries to an external unit, we maximize internal space for compute. Combined with total 900kW in-rack liquid cooling CDU, a single container supports a 1MW supercomputing cluster.\n\nTotal Load\n\n1 MW\n\nConfig\n\nExternal Power\n\nCooling Source\n\nIn-Rack CDU x8\n\nRack Density\n\n100 kW\n\nLiquid\/Air Ratio 9:1<\/strong> for extreme efficiency.\n\nSupports 3+1 redundant In-Row AC to eliminate hotspots.\n\nDownload Series I Specs\n\n
\"\"<\/figure>\n\nSERIES II (40FT)\n\n

Integrated Standard Module<\/h3>\n\nThe “Plug & Play” champion. We fully integrate UPS, Lithium batteries, and liquid cooling systems into a single 40ft shell. This is the definition of rapid deployment\u2014perfect for scenarios with limited external power infrastructure or urgent compute needs.\n\nTotal Load\n\n480 kW\n\nRack Density\n\n60 kW\n\nCooling Source\n\nIn-Row CDU x1\n\nConfig\n\nInternal Power\n\nLiquid\/Air Ratio 8:2<\/strong> balanced cooling solution.\n\nBuilt-in 600kVA Modular UPS + Battery Backup.\n\nDownload Series II Specs\n\n
\"\"<\/figure>\n\nSERIES III (20FT)\n\n

Edge Compact Module<\/h3>\n\nSmall footprint, massive power. This 20ft module is built for Edge Computing, Smart Cities, or Research Labs where space is constrained. Deploy 200kW of high-performance liquid-cooled compute anywhere\u2014from parking lots to rooftops.\n\nTotal Load\n\n200 kW\n\nRack Density\n\n50 kW\n\nCooling Source\n\nIn-Rack CDU x4\n\nConfig\n\nInternal Power\n\nHighly Integrated: <\/strong> All subsystems within 20ft.\n\nIncludes 300kVA UPS + 15min Backup Battery.\n\nDownload Series III Specs\n\n
\"\"<\/figure>\n\nSERIES IV (40FT)\n\n

Immersion Cooling Module<\/h3>\n\nThe ultimate solution for harsh environments. Servers are submerged directly in dielectric fluid, eliminating fans, dust, and noise. This is the only choice for deserts, mining sites, or tropical regions, achieving extreme PUE and stability for high-performance compute.\n\nTotal Load\n\n~700 kW\n\nRack Density\n\n50 kW\n\nCooling Source\n\n400kW CDU x2\n\nConfig\n\nExternal Power\n\n100% Heat Removal via Liquid<\/strong> (No fans required), Ultra-Quiet.\n\nIdeal for Crypto Mining or Extreme HPC.\n\nDownload Series IV Specs\n\n
\"\"<\/figure>\n\nEngineering validated for\n\n
NVIDIA HGX<\/a><\/div><\/div>\n\n
INTEL Gaudi<\/a><\/div><\/div>\n\n
AMD Instinct<\/a><\/div><\/div>\n\n

Liquid Cooling<\/strong> has been the next-gen thermal management solution for data centers in the AI era. Soeteck AICoolit\u2122<\/strong> integrates Direct-to-Chip or Immersion cooling into ISO standard containers, enabling 100kW per rack density. Bypass lengthy construction cycles and get your compute cluster operational in weeks.<\/p>\n\nThe Featured Components\n\n

Engineering Core<\/h2>\n\nA seamless integration of industrial ruggedness and microscopic precision. Designed as a unified system, not just a collection of parts.\n\nLAYER 01: THE FORTRESS\n\n

Industrial-Grade ISO Shell<\/h3>\n\nThe container is not just a box; it’s the primary defense line. We re-engineer standard ISO shipping containers with reinforced steel, creating a hermetically sealed environment that protects high-value compute assets from extreme external conditions.\n\nPROTECTION\n\nIP65 Rated\n\nLOGISTICS\n\nCSC Certified\n\nINSULATION\n\nR-30 Wall\n\n
\"\"<\/figure>\n\nSTRUCTURAL INTEGRITY\n\n10 Year Lifecycle\n\nINSIDE THE SHELL\n\nLAYER 02: THE INTERNAL SYSTEM\n\n

Precision Liquid Loop<\/h3>\n\nControlling the manufacturing of CDUs, Manifolds, and Tanks in-house, AICoolit\u2122<\/strong> series guarantee seamless compatibility and supply chain security for your critical infrastructure.\n\nIntelligent CDU\n\nIntelligent Coolant Distribution Unit\n\nCORE\n\nThe “heart” of the liquid cooling system. Our in-row CDUs feature 1+1 redundant pumps and smart VFD flow control. It dynamically balances pressure and flow based on real-time server load, ensuring 100% uptime and optimal thermal performance.\n\nDual-Pump Redundancy\n\nAuto-Balance Logic\n\nCore Cooling Unit\n\nUQD Connectors\n\nBlind-Mate Ready\n\nOrbital Manifolds\n\n316L Stainless Steel\n\n
\"\"<\/figure>\n\nOrbital Welded Manifolds\n\nDISTRIBUTION\n\nMain distribution arteries fabricated from 316L Medical-Grade Stainless Steel. We utilize advanced orbital welding technology to guarantee zero-leak joints and superior corrosion resistance over a 10-year lifecycle.\n\n
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\"\"<\/a><\/figure>\n\nSecondary Loop\n\nEPDM \/ Copper\n\nHeat Rejection\n\nDry Coolers \/ Cooling Tower\n\n
Quicik Connector<\/h5>\n\n
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Dry Cooler<\/h5>\n\nDry Coolers & Cooling Towers\n\nEXTERNAL\n\nEfficient outdoor heat rejection systems. Our Adiabatic Dry Coolers utilize smart spray assist to maintain high cooling capacity even during peak summer temperatures, while conserving water compared to traditional towers.\n\n
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Secondary Loop<\/h5>\n\nSecondary Loop\n\nTRANSPORT\n\nRobust rack-level fluid transport. We offer flexible EPDM braided hoses for versatility or rigid copper tubing for permanence. Engineered for full chemical compatibility with PG25 and various dielectric fluids.\n\n
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Manifolds<\/h5>\n\nUQD Connectors\n\nINTERFACE\n\nBlind-mate Universal Quick Disconnects fully compliant with OCP standards. Designed for safe, spill-free hot-swapping of server blades, even while the system is under pressure.\n\n316L Stainless Steel\n\nLeak Detection\n\nOCP Compliant\n\nPassivation Treatment\n\nOrbital Welding\n\nHigh Cycle Life\n\nBlind-Mate Ready\n\nNon-Spill Tech\n\nTouchscreen HMI\n\n1.5x Pressure Tested\n\nEPDM \/ Copper Options\n\nKink-Proof Design\n\nChemical Resistance\n\nHigh Pressure Rating\n\nWater Saving\n\nLow Noise\n\nSmart Controls\n\nEC Fan Technology\n\n

Built for Scale.
Delivered Globally.<\/h2>\n\nIn the AI race, supply chain certainty is everything. SOETECK owns the entire manufacturing process\u2014from sheet metal fabrication to precision liquid loop assembly. We guarantee capacity when you need it most.\n\n
\"\"<\/figure>\n\nTrusted by Global Leaders & Standards\n\nOCP Member\n\nUptime TIER III\n\nCE Certified\n\nISO 9001\n\n50,000 m\u00b2 Smart Factory\n\nAutomated production lines capable of delivering 500+ modules annually.\n\nGlobal Logistics Network\n\nStrategic partnerships with major shipping lines ensure rapid deployment to Americas, EMEA, and APAC.\n\nSupply Chain Security\n\nCommon Questions\n\n

Expert Answers<\/h2>\n\nEverything you need to know about deploying liquid-cooled modular data centers.\n\n

What happens if a liquid leak occurs?<\/h3>\n\n

We employ a “Defense-in-Depth” strategy. First, our\u00a0Negative Pressure<\/strong>\u00a0design ensures that if a micro-leak occurs, air is sucked in rather than fluid spraying out. Second, intelligent leak detection sensors (rope & spot) are deployed at every manifold joint and CDU. If moisture is detected, the system instantly isolates the affected loop and alerts operators, preventing damage to IT equipment.<\/p>\n\n

Can these units operate in extreme climates?<\/h3>\n\n

Yes. The container shell is IP65 rated and R-30 insulated, decoupling the internal environment from the outside. For heat rejection, our adiabatic dry coolers maintain cooling efficiency even in ambient temperatures up to\u00a050\u00b0C (122\u00b0F)<\/strong>. We have successful deployments in Middle Eastern deserts and tropical Southeast Asian regions.<\/p>\n\n

Is it compatible with NVIDIA H100\/Blackwell GPUs?<\/h3>\n\n

Absolutely. Our liquid cooling architecture is specifically engineered for high-TDP chips (up to 1000W+ per socket). We support standard OCP cold plates that fit NVIDIA, AMD, and Intel accelerators. Whether you are running HGX H100 clusters or future Blackwell architectures, our 100kW\/rack density provides ample thermal headroom.<\/p>\n\n

Do I need specialized staff to maintain the liquid loop?<\/h3>\n\n

No. The AICoolit system is designed to be “set and forget”. Routine maintenance is minimal\u2014primarily checking fluid levels and filters annually. Our CDUs feature self-diagnostic capabilities. For server maintenance, our non-spill\u00a0UQD connectors<\/strong>\u00a0allow IT staff to hot-swap blades just as easily as in air-cooled racks, with no special plumbing skills required.<\/p>\n\n

Start Your AI Journey Today<\/h3>\n\nDon’t let infrastructure be your bottleneck.
Configure your liquid-cooled data center and get a preliminary engineering layout within 24 hours.\n\nFree TCO Analysis Report\n\nTechnical Specification Sheet\n\nCustom 3D Layout Drawing\n\nRequest A Quote\n\n|\n\nLiquid Cooling Data Center\n\n

How fast can we deploy a 1MW cluster?<\/h3>\n\n

Traditional builds take 18-24 months. With AICoolit, we can deliver a factory-tested 1MW module in\u00a05-10 weeks<\/strong>. Once on-site, installation involves simple power and water hookups, typically taking less than a week to commission. This allows you to start training your models months ahead of the competition.<\/p>\n\n

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