As we all know, servers are very fastidious about storage locations, requiring them to be placed in professional data centers, and must ensure constant temperature and humidity. There are certain requirements for security, fire protection, electricity, and so on in the computer room. If certain requirements are not met, it is likely to cause various problems to the operation of the server. Today, let's talk about the cooling system of the computer room.
The traditional method of cooling a computer room is basically to use an air conditioning unit in the computer room to cool the entire data center. Nowadays, water cooling units are becoming increasingly optimistic, such as cooling water units, chilled water units, and water cooling units (whose working performance is specifically described in the air conditioning column of the computer room, and will not be repeated here), which are widely used. Today, we will only introduce the "Ghost-S" supercomputing integrated system.
In a liquid cooling system, mining machine components (usually computational plates) are immersed in a dielectric coolant, and mining machine chips are kept at a constant low temperature, thereby improving machine efficiency and service life. Traditionally, miners generally use "air cooling" systems, which utilize exhaust fans and dedicated HVAC air conditioning systems to regulate the mining machine to achieve the goal of reducing chip temperature. The medium coolant in liquid cooling systems is an engineering fluid with good thermal conductivity and insulation. Due to the stronger thermal conductivity of fluids than air, the use of coolant can achieve the goal of cooling the computational board faster. The key point of mining machine operation under the liquid cooling system is to ensure that the optimal flow rate can be achieved when the fluid flows through the computing board, thereby ensuring that the chip temperature is maintained at a low level.
