Description
Efficient and Sustainable
- The extreme energy-saving free cooling capabilities drive the PUE to ultra-low levels.
- The architecture entirely eliminates the need for mechanical compressors.
- The theoretical PUE limit can be driven down to an exceptional 0.03.
- Active or passive dry coolers easily manage the thermal rejection process.
- The system exhibits high compatibility and aligns strictly with environmental sustainability standards.
High Density and Reliability
- Capable of supporting extreme IT rack densities up to 50kW per rack, the system effortlessly dissipates massive server heat loads.
- All critical hardware components, including motherboards, hard drives, and RAM, are fully immersed in the dielectric liquid to achieve a perfectly uniform thermal condition.
- This total immersion effectively isolates sensitive IT components from environmental dust, airborne pollutants, ambient humidity, and oxidative air exposure, substantially extending the physical service life of the equipment.
Flexibility and Compatibility
- The compact cabinet architecture features a pre-installed liquid cooling system and integrated Coolant Distribution Units, ensuring a low-footprint, plug-and-play deployment.
- Designed for massive high-density usage in edge environments, it intelligently operates across diverse locations and is fully compatible for integration into standard computer rack circuits.
Single Phase Immersion Liquid Cooling System
Under a single-phase immersion liquid cooling architecture, servers operate fully submerged in dielectric fluid or specialized mineral oil to enable immediate component thermal absorption. An optimized internal flow path moves heat seamlessly to the primary heat exchanger, where an auxiliary water loop routes it directly to external cooling towers. This configuration maximizes year-round free cooling potential to slash operational expenses dramatically while elevating computing infrastructure power densities.
Modular Immersion Cooling Rack System
- A highly flexible, high-density design accommodating standard and non-standard computer form factors as required by specific deployments.
- It supports maximum IT module capacities of up to 50kW per rack, extracting peak performance from the cooling rack infrastructure.
- An intelligent controller unit provides comprehensive information assurance, monitoring, and data visualization.
- It precisely tracks coolant fluid temperatures and fluid flow rates, dispatching instantaneous alarm notifications.
- Integrated failure monitoring systems significantly streamline the commissioning process.
- The utilization of top-tier industrial components ensures uncompromising reliability and an extended operational life.
Immersion Cooling Cabinet System
- This zero-air design solution creates a completely noise-free, highly insulating, and flexible liquid environment that is fundamentally safe and reliable.
- It strictly isolates IT components from environmental dust, pollutants, humidity, and atmospheric air, drastically improving the physical service life of the equipment.
- It operates as an extremely energy-saving, low-carbon, and environmentally friendly platform; completely devoid of mechanical refrigeration systems, it pushes the PUE limit down to 0.03.
- The CDU liquid cooling unit is seamlessly integrated into a single enclosure for immediate plug-and-play functionality.
- By default, it adopts multiple array operational modes and scalable cooling capacity combinations, easily adapting to diverse application scenarios through a highly modular framework.
- The integration of premium components guarantees long-term industrial reliability.
