Analysis of the Four Advantages of Liquid Cooling Technology and Why It Became High Density Computing Power

Liquid cooling technology: four major advantages of low carbon, cost reduction, high density, and reliability

Compared with traditional cooling modes, liquid cooling has four significant advantages in data center applications:

1. Reduce energy consumption and carbon emissions: Applying liquid cooling technology can save 30% energy and reduce 30% carbon emissions compared to air cooling, effectively reducing power consumption in data center cooling and reducing operating costs.
2. Implement high-density deployment: Under traditional cooling mode, one cabinet may already be fully loaded with one high-power server, wasting physical space in the data center and increasing internal network transmission costs. After adopting liquid cooling, a single cabinet can accommodate more servers, increasing cabinet deployment density and reducing network transmission costs.
3. Create a "silent" computer room: The current traditional air-cooled mode computer room fan speed can reach 40000 revolutions per minute, and the noise is loud. In liquid cooling mode, even cold plate liquid cooling that requires fan assisted cooling can significantly reduce the number and speed of fan deployment, and lower the noise in the computer room.
4. Reduce server failure rate: With the increase of power density in data centers, traditional air-cooled cooling efficiency is difficult to meet the demand, which can easily lead to local overheating of equipment, affecting performance and lifespan, and increasing failure rate. Liquid cooling technology has higher heat dissipation efficiency and can meet the heat dissipation needs of high-power density servers, ensuring stable operation of equipment and reducing failure rates.