Recent Developments in Liquid-Cooled Cabinets for Data Centers
26-03-2025
Introduction
As data centers continue to evolve and server densities increase, traditional air-cooled systems are struggling to meet cooling demands. Liquid-cooled cabinets have emerged as an effective solution, offering superior cooling efficiency and energy savings. This article explores recent developments in liquid-cooled cabinets both domestically and internationally.
Domestic Developments
Domestic companies have been actively innovating in the field of liquid-cooled cabinets. For example, Inspur Information has achieved a breakthrough in the design of immersion liquid-cooled servers, becoming the first to support an inlet liquid temperature of 50°C. This advancement enhances the flexibility and efficiency of data center cooling systems. Additionally, Ning畅 has introduced the "Worry-Free Liquid Conversion" plan, providing mature air-liquid hybrid solutions. Their products, such as 2U liquid-cooled general-purpose servers and 4U liquid-cooled multi-node servers, can cover various application scenarios. Through air-liquid CDUs, direct heat exchange is possible without the need for liquid-cooled pipeline installation on standard air-cooled cabinets, achieving "zero" modification of the machine room system.
International Developments
Internationally, several key players have made significant strides in liquid-cooled cabinet technology. Schneider Electric has expanded its portfolio of immersion cooling solutions for data centers, focusing on improving energy efficiency and cooling performance. Vertiv has introduced a new generation of immersion cooling systems with enhanced efficiency, catering to the growing demands of high-performance computing and AI applications. Submer launched its "SmartPod" immersion cooling solution in 2020, which has gained traction in the market for its innovative design and effectiveness.
Market Trends
The market for liquid-cooled cabinets is experiencing rapid growth, driven by the increasing heat density of modern data centers and the urgent need for energy-efficient cooling solutions. The primary drivers include significantly improved energy efficiency compared to traditional air cooling methods, the ability to support higher server densities, and ongoing advancements in dielectric fluids and cabinet designs. The data center segment leads the market, but significant growth is also expected in the AI/deep learning and HPC segments.
Future Outlook
Looking ahead, liquid-cooled cabinets are expected to play an increasingly important role in the data center industry. They will drive the development of the sector towards higher density, greater efficiency, and enhanced environmental friendliness. As technology continues to advance and awareness grows, the adoption of liquid-cooled solutions is likely to expand, particularly in regions like Asia-Pacific where data center construction is rapidly increasing.
Conclusion
The evolution of liquid-cooled cabinets represents a significant step forward in data center cooling technology. Both domestic and international developments highlight the potential of this technology to address the cooling challenges of modern data centers while supporting sustainability goals. As the market matures and innovations continue, liquid-cooled cabinets are poised to become a standard solution in the data center industry.
Get the latest price? We'll respond as soon as possible(within 12 hours)