AI & GPU Clusters
- Ideal for thermally intensive workloads with large heat flux densities (AI training, LLMs, etc.)
Our Immersion Cooling Solution is built for high-density computing environments such as AI, blockchain, and HPC clusters. By submerging IT hardware directly into non-conductive dielectric fluids, this method provides direct-to-liquid heat transfer, offering unmatched thermal efficiency, space savings, and operational quietness.
Compared to traditional air or water cooling, immersion cooling eliminates hotspots, minimizes moving parts, and enables higher server density while supporting sustainability goals through energy savings and longer hardware lifespan.
Direct contact between heat-generating components and dielectric liquid enables ultra-fast heat dissipation and uniform temperature control.
Immersion eliminates the need for server fans or CRAC airflows—greatly reducing noise, vibration, and power consumption.
Enclosed fluid environment reduces oxidation, corrosion, and dust accumulation, lowering failure rates and maintenance needs.
Supports vertical and horizontal tank configurations, enabling ultra-compact installations for edge or hyperscale applications.
Non-conductive, non-flammable, and environmentally safe (e.g., synthetic hydrocarbons, fluorinated fluids)
Long life cycle with high thermal capacity and material compatibility
Single-phase or two-phase cooling available
Configurable tank sizes with integrated lift/slide racks for hot-swapping servers
Temperature, pressure, and fluid health sensors with IoT connectivity
Integration with DCIM for predictive maintenance and fluid performance alerts
Click to consult and get the "CO2 Refrigeration System Energy Efficiency Optimization White Paper" + customized coil 3D drawings for free!
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