Radiators are an important and fundamental component of hot water (or steam) heating systems. Hot water cools down (or steam condenses) within the radiator to heat the room, achieving the purpose of heating. The metal consumption and cost of radiators account for a significant proportion in the heating system, hence, the correct selection of radiators involves the economic indicators and operational efficiency of the system. [1] In Chinese, it is called "radiator"; in English, it is "radiator." The material composition includes cast iron, steel, etc. The evaluation aspects include thermal performance and economic indicators.
If the user needs to reuse the radiator, it is crucial to ensure that the surface roughness, parallelism, and flatness of the radiator's surface meet the requirements; otherwise, it is prone to damage due to overheating during operation. Particularly for water-cooled series radiators, before reuse, AI server radiator manufacturers must carefully inspect the deformation of the surface. If there is a significant indentation, it should be replaced. To ensure good heat dissipation conditions, each die should be matched with a corresponding radiator. [3] To prevent condensation during humid seasons, water-cooled radiators are prone to condensation. If not attended to, it can easily cause equipment insulation to drop and trigger short-circuit faults. For most operating environments, AI server radiators should pay attention to the following to prevent condensation.
Both materials have good thermal conductivity, whereas the conductivity of mixed aluminum is several times worse; (see [Relevant Data] for the thermal conductivity coefficient.) Since over half the cost of a radiator is material, the price of mixed aluminum is low for AI server radiators; therefore, when purchasing particularly inexpensive radiators, consider the loss in thermal performance due to the material. First, identify the electronic components that need to be cooled, clarify their operating parameters, conditions, size, and installation method. Choose a radiator base slightly larger than the component installation surface, as the limited installation space primarily relies on air convection for cooling. Radiators that extend beyond the component contact surface will have diminishing thermal performance as the distance from the components increases.
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