According to industry research, the surge in demand for AI computing power in 2025 will push the power of a single cabinet to exceed 30kW, and the bottleneck of traditional air-cooling heat dissipation efficiency will be highlighted. Leading companies such as KSTAR and Huawei are accelerating the implementation of liquid cooling solutions, and exquisite cabinets are simultaneously launching a new generation of liquid cooling cabinet systems to meet the heat dissipation challenges of high-density scenarios79.
A quick overview of technological progress:
Efficient thermal management
Cold plate liquid cooling design, compatible with CPU/GPU heterogeneous computing power equipment, heat dissipation efficiency is 40% higher than air cooling.
Modular pipelines support fast plug-in and plug-out, reducing maintenance time by 50%7.
Low-carbon integrated innovation
The cabinet structure and liquid cooling pipeline adopt an integrated design, and the space utilization rate is increased by 25%.
Recycled aluminum accounts for more than 90%, and production energy consumption is reduced by 30%6.
Customer case:
After a certain Greater Bay Area intelligent computing center adopted exquisite liquid cooling cabinets, the PUE dropped to 1.25, saving more than 1.8 million yuan in electricity bills annually. The solution also opens interfaces to connect to third-party power environment monitoring systems such as Santak and Kehua78.
Next steps:
The exquisite cabinet will exhibit liquid-cooled intelligent cabinets and micro-module systems at the 2025 Shenzhen Security Expo (October 28-31), and demonstrate 30kW full-load operation on site.
