Cooling distribution system and backup method thereof

Abstract

A cooling distribution system is provided to solve the problem that the heat dissipation capacity of the conventional cooling distribution device is limited and an additional emergency backup device is required. The system includes a plurality of cooling modules and a plurality of control modules which are configured one-to-one with the plurality of cooling modules. Each of the cooling modules includes a heat exchange unit connected to a plurality of transport units. The output ends of the plurality of transport units of the adjacent cooling modules are connected to each other. The plurality of control modules are connected to each other for communication. A sensing unit is located at the output end of the plurality of transport units. A solenoid valve is located on a pipeline connecting the corresponding cooling module and another adjacent cooling module. The invention further discloses a backup method of cooling distribution system. The cooling distribution system provides the effect of improving heat dissipation capacity and maintaining stable heat dissipation efficiency.

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