Data center liquid cooling
Solution
Our liquid cooling solution, specially designed for modern data centers, breaks through the bottleneck of heat dissipation, significantly improves computing power efficiency and green energy efficiency, and helps customers' data centers move towards a new era.
Pain points in scenarios
High energy consumption
The air-cooled system requires a large amount of electrical energy to drive fans and pumps during operation, in order to achieve the circulation of air and water, which leads to high energy consumption, especially in high temperature environments in summer, where energy consumption issues are more prominent.
Large space occupation
The air-cooled system requires a large amount of space to arrange air ducts and air conditioning equipment, which to some extent limits the space utilization of data centers and is not conducive to high-density layout and expansion upgrades of data centers.
Easy to form local hotspots
Lack of a suitable air flow control system can result in uneven heat exchange between server equipment and cold air, leading to the formation of local hotspots between and inside server racks. Excessive cooling is required to eliminate these hotspots, which invisibly increases energy consumption.
Formation of heat island effect
When air-cooled outdoor units are centrally arranged, it is easy to generate heat island effect, which affects refrigeration efficiency and even leads to equipment failure.
Highly affected by the environment
The operational efficiency of air-cooled systems is greatly affected by external factors such as ambient temperature and humidity. For example, in harsh environments with high temperature and humidity, the cooling capacity of air will significantly decrease, and the cooling effect will be greatly reduced.
Technical Solution
The solution is designed to meet the high-density computing needs of data centers, using liquid cooling technology to ensure efficient heat dissipation of ICT equipment. The plan includes liquid cooled ICT equipment, liquid cooled supporting facilities, liquid cooled unified management platform, and liquid cooled infrastructure supporting services. Liquid cooled ICT equipment such as servers, switches, etc. dissipate heat through liquid cooled back doors and distributed CDUs; Liquid cooling supporting facilities include cabinets, centralized CDUs, etc., to ensure stable operation of the cooling system; The liquid cooling unified management platform provides intelligent operation and maintenance management; The supporting services for liquid cooling infrastructure cover the full cycle of consulting, design, construction, verification, and operation and maintenance support. The overall plan ensures efficient, stable, and energy-efficient operation of the data center.
Covering liquid cooled ICT equipment, supporting facilities, unified management, and supporting services, efficient heat dissipation is achieved through liquid cooled back doors, CDUs, and intelligent operation and maintenance platforms to ensure stable and energy-efficient operation of data centers.
Application scenarios
This liquid cooling solution is suitable for high-density computing and large-scale data center scenarios, such as AI training, high-performance computing, and large-scale data processing. Through efficient heat dissipation and intelligent management, energy consumption is significantly reduced, equipment stability and overall energy efficiency of data centers are improved, meeting the needs of high-performance computing and large-scale data processing.
Ultra large-scale cloud service and Internet data center
Artificial Intelligence, Large Model Training and Reasoning Cluster
High Performance Computing (HPC) and Scientific Research Platforms
Data analysis and business systems for industries such as finance and healthcare
New construction, expansion, and upgrading of smart green data centers
Advantages and Value of the Plan
Comprehensive liquid cooling coverage, breaking through the cooling boundary
Supporting synchronous liquid cooling of multiple core components such as server CPU, GPU, and memory, coupled with inter column/cabinet cooling systems, the core temperature is significantly reduced, facilitating high-density deployment and sustained full load operation. Compatible with mainstream high-performance platforms such as NVIDIA, AMD, Intel, etc., and flexibly adaptable to different data center architectures.
Excellent energy efficiency, pioneer of green and low-carbon
Building ultra-low PUE liquid cooling infrastructure, with a minimum PUE of 1.1, significantly reducing energy consumption and operation costs, helping data centers save energy and reduce emissions, and safeguarding the achievement of "carbon neutrality" goals for enterprises.
Integrated security, robust and reliable
Highly integrated cooling pipelines and distributed cooling units, with scientific layout and high space utilization. Multi channel security protection, real-time monitoring, intelligent control, effectively prevent hidden dangers such as leakage and corrosion, and ensure stable and continuous operation of the business.
Easy operation and flexible expansion
Modular design, supporting fast installation, easy maintenance, and flexible expansion. The cooling unit supports online hot plugging. The system is seamlessly compatible with various cabinets and data center environments, making it easy to deploy projects in stages and upgrade in the future.
Intelligent management, centralized monitoring
Integrated intelligent monitoring platform, real-time collection of temperature, flow, pressure and other data, multi-level alarm linkage, remote centralized control, to improve system operation and maintenance efficiency and safety.
