Integrated cabinet radiating method
A centralized, cabinet-based technology, applied in cooling/ventilation/heating transformation, instruments, electrical digital data processing, etc., can solve problems such as energy waste, reduce energy consumption, improve reliability, and avoid backflow
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[0018] In a typical configuration environment, we can use 20 1U Gemini nodes as an independent air duct, occupying a 10U space, and install nine 120mm*38mm fans in the corresponding 10U space on the rear fan wall, and then apply the independent air duct The channel structure closes the area between the node frame and the fan wall, thus forming a small-scale overall cooling air channel, these nine fans provide air flow for 20 nodes, and each node must be equipped with at least 3 or more 40mm*56mm fan.
[0019] Compared with the traditional cabinet heat dissipation architecture, this new architecture has low cost, low energy consumption, high redundancy, and high reliability.
[0020] The low-cost implementation is described as follows: using nine 120×38 fans will save at least 60% of the cost compared to sixty 40×56 fans.
[0021] The implementation of low power consumption is as follows: the maximum power consumption of 9 120×38 fans will be about 50% of that of 60 40×56 fans...
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