Liquid Cooling Data Center

We employ a "Defense-in-Depth" strategy. First, our Negative Pressure design 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.

No. The AICoolit system is designed to be "set and forget". Routine maintenance is minimal—primarily checking fluid levels and filters annually. Our CDUs feature self-diagnostic capabilities. For server maintenance, our non-spill UQD connectors allow IT staff to hot-swap blades just as easily as in air-cooled racks, with no special plumbing skills required.

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.

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 50°C (122°F). We have successful deployments in Middle Eastern deserts and tropical Southeast Asian regions.

Traditional builds take 18-24 months. With AICoolit, we can deliver a factory-tested 1MW module in 5-10 weeks. 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.