Micro-module data center and corresponding refrigeration scheduling method

Abstract

The invention discloses a micro-module data center and a corresponding refrigeration scheduling method. The micro-module data center comprises a plurality of first micro modules, a plurality of secondmicro modules, a plurality of communication hinges and a controller, wherein at least one end of each second micro module is connected to one end of each first micro module, so that at least one endof a second cold channel is in butt joint with a first cold channel; and the communication hinges are arranged at the butt-joint positions of the cold channels, and the controller detects the fault condition of the inter-column air conditioners in the second micro modules and controls opening and closing of the communication hinges. The refrigeration scheduling method is used for carrying out refrigeration scheduling on the micro-module data center so as to meet the refrigeration requirement of the data center. According to the micro-module data center and the corresponding refrigeration scheduling method, the configuration cost and the total energy consumption of the existing micro-module data center can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of micro-module data centers, in particular to a micro-module data center and a corresponding cooling scheduling method. Background technique [0002] A micro-module data center is usually composed of multiple groups of micro-modules, each of which is integrated with a closed cold aisle, as well as subsystems such as power supply, cooling, cabinets, monitoring, wiring, fire protection, and security. It is an independent small and medium-sized data center , No matter how large the Internet and operator data centers are, they are more and more widely used. [0003] Each existing micro-module has its own independent cooling environment. In order to meet the cooling needs of the micro-module itself, it is generally equipped with a corresponding redundant inter-row air conditioner to meet the cooling redundancy requirements. Generally speaking, each micro-module At least one more inter-row air conditioner will b...

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Problems solved by technology

[0004] However, each micro-module is equipped with a redundant inter-row air conditioner, which will correspondingly increase the cost of the air conditioner’s internal and external units, and at the same time increase the space occupied by the inter-row air conditioner in the micro-module, further increasing investment costs and air-conditioning energy consumption.

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