Through the flow field simulation of the whole machine, special structural design of the inlet and outlet ports is carried out to ensure that the flow is evenly distributed among the server nodes, and to ensure that there is no heat build-up area inside the liquid pool to achieve global equilibrium.

Through optimising the selection of materials, strengthening thermal conductivity, improving structural design, and strengthening convective heat transfer. Enhanced heat dissipation in areas of high heat flow density ensures the safe and stable operation of CPU and GPU and eliminates localised high heat.

In the traditional air-cooled server, the density and viscosity of the cooling medium are very low, and the whole cooling is driven by the fan, the operation of the fan will be abnormal because it is not in accordance with the design and operation conditions. In order to solve the problem of insufficient flow near the local hot spot in the server, the high-precision flow field driving module is developed.