Cluster management system based on multiple new energy buoys

Abstract

The invention discloses a cluster management system based on multiple new energy buoys. The cluster management system comprises a buoy control terminal and a buoy group client. The buoy control terminal is installed on each new energy buoy needing to be monitored and is responsible for collecting and sending sensor data, receiving and processing positioning information of a satellite, sending the data and the positioning information to the buoy group client side and meanwhile receiving and responding to an instruction sent by the buoy group client side. And the buoy group client is responsible for receiving, counting, analyzing and storing the new energy buoy data, realizing the query and management of a user on the new energy buoy data and information, and realizing the remote control of the user on the new energy buoys. According to the cluster management system based on the multiple new energy buoys, real-time remote control, unified scheduling management and high-efficiency and high-reliability real-time monitoring of a user on the new energy buoy group can be realized.

Description

technical field [0001] The invention relates to a centralized management technology of new energy buoy groups, in particular to a cluster management system based on multiple new energy buoys. Background technique [0002] Buoys are structures that float on the water surface. They are widely used in waterway safety, ocean observation and other fields. They play an important role in the development of my country's water transportation, marine resource development, fishing, and national defense construction. my country's waters are vast, and a large number of buoys are arranged in various waters of rivers, lakes and seas, forming groups of buoys with different functions. [0003] With the gradual construction of my country's marine buoy groups and the development of new energy utilization technologies, the number of buoys using new energy as energy has continued to increase, and the buoys have become more widely used. Therefore, to optimize the buoy group management process, i...

AI Technical Summary

Problems solved by technology

However, the existing buoy management technology is only aimed at traditional buoys, and there are the following problems that cannot be solved: (1) There are many types of buoys, and the types and frequencies of measurement data increase, and the amount of data will increase. The existing management technology data The capacity is far from enough; (2) The time and space of buoys changes frequently, and the position of buoys changes in real time, and the existing technology cannot effectively track the position of buoys; (3) The communication of buoys is unstable, and information transmission fails or cannot be timely due to signal instability. The problem of information transmission; (4) The system of buoy information management is poor, and the information fed back by buoy communication only includes information such as the position of the buoy, the operating status of the navigation light, and the status of the power supply system, and the current buoy cannot feedback the external structure of the buoy Status, data information collected by equipped instruments and equipment, new energy power generation status, etc., resulting in the need to spend a lot of manpower and financial resources to go to sea for on-site inspections, and at the same time, buoys are prone to missed inspections

[0004] Therefore, the buoy management technology in the prior art has the problem of poor reliability, and a new buoy cluster management technology is urgently needed to solve this problem

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