Realize component level precise cooling, and design liquid cooling for the main heat sources CPU, GPU, and memory, which can achieve 80%+heat to be taken away through liquid cooling.
The same volume can accommodate more computing devices, effectively improving computing density.
Using medium to high temperature water as refrigerant to achieve natural cooling throughout the year, the energy consumption of the air conditioning system is reduced by more than 80%.
The average annual PUE of the liquid cooling part is less than 1.1, and with the addition of the air cooling part, the average PUE can be optimized to below 1.3. (Note: PUE value refers to all energy and IT loads consumed by the data center)
The ratio of energy consumed. The closer the PUE value is to 1, the higher the degree of greening in a data center
Running the CPU at full load at a temperature of 50-60 ℃, which is about 30 ℃ lower than air cooling, fully releasing the CPU overclocking performance; The memory temperature dur
