Monitoring system and method for seabed data center

Abstract

The invention discloses a monitoring system and method for a seabed data center, the monitoring system comprises a seabed unit and a shore-based unit, the seabed unit comprises a central controller module and a seabed power supply module, and a first wireless communication module and a positioning module which are connected with the central controller module; the input end of the central controller module is connected with a temperature sensor, a humidity sensor, a pressure sensor and an underwater camera; a shore-based unit comprises an upper computer, a shore-based power supply module and a second wireless communication module which is connected with the upper computer and is in wireless connection and communication with the first wireless communication module; and the output end of the upper computer is connected with a display module and an alarm module. The system is reasonable in design, can be effectively applied to monitoring of a seabed data center, realizes real-time acquisition, analysis and judgment of internal and external environment information of a tank body of the seabed data center, greatly improves timeliness and safety of alarm of the seabed data center, and is good in use effect and convenient to popularize and use.

Description

technical field [0001] The invention belongs to the technical field of subsea data center monitoring, and in particular relates to a monitoring system and method for a subsea data center. Background technique [0002] The construction of data centers on land is limited by land and energy consumption. Sinking the data center into the vast seabed and cooling it with sea water can greatly reduce the energy consumption of the data center, effectively reduce the PUE value, and save the payment of technology companies. Huge air conditioning bills and other costs. [0003] As the cutting-edge technology of the IDC (Internet Data Center) industry, the submarine data center is a new type of green and energy-saving infrastructure with strong technological innovation. It will be driven by technological innovation and is of great significance to the promotion of sustainable development strategies. [0004] my country's submarine monitoring system is still in its infancy. At present, no...

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Problems solved by technology

[0004] my country's submarine monitoring system is still in its infancy. At present, no company has independently developed a complete submarine monitoring system. However, there are many uncontrollable factors in the seabed, which may bring a lot of trouble to the normal operation of the submarine data center. Land Once the server in the computer room above fails, engineers can be sent to the site to check and repair at any time, but once there is a problem in the underwater submarine data center, it is difficult to find and repair it in time, so the research on the real-time monitoring system of the submarine data center is very important. especially important

[0005] The submarine environment is complex and multi-terminal, and the submarine data center will face a series of problems. The possible problems mainly include: (1) The change of the seabed temperature will change the temperature environment of the data cabin, which will affect the heat dissipation efficiency of the server in the cabin , and even lead to failure of electronic equipment, and the temperature of seawater is different in different seasons; (2) the change of water level will change the temperature environment where the data cabin is located, and at the same time make the seabed pressure change, which will affect the shell material; (3) ) If the humidity is too high, water vapor may condense on the internal components and easily cause corrosion, and more seriously, it will cause leakage

If the humidity is too low, it may cause electrostatic discharge problems, and current breakdown of CPU and other components; (4) The impact of submarines and marine organisms or the corrosion of metal cabins may cause the cabin to rupture, and the huge water pressure will flood the data cabin with seawater, destroying Servers in the data center, thereby affecting data security

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