Power data transmission control system and method in Internet of Things environment

Abstract

The invention discloses a power data transmission control system and method in an Internet of Things environment, and belongs to the technical field of Internet of Things. The implementation method comprises the following steps of: 1, establishing a secondary control system according to the intelligent terminal equipment; 2, the secondary control system collects equipment data and instructions for controlling the intelligent terminal equipment; thirdly, the secondary control system stores the device data in a structured mode and cleans the device data; fourthly, the secondary control systems achieve communication between the secondary control systems; 5, the secondary control systems collect instructions of the intelligent terminal equipment, analyze instruction targets, and complete the instructions based on communication between the secondary control systems; the secondary control systems are established on the intelligent terminal equipment, and the secondary control systems communicate with one another to complete data backup, so that the situation that normal operation of the power data transmission control system is affected by data loss caused by equipment failure or sudden power failure is avoided; the secondary control systems are in peer-to-peer communication to form a communication closed loop.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a power data transmission control system and method under the Internet of Things environment. Background technique [0002] Informatization in modern society is highly developed, and the power communication network ensures the safe and stable operation of the household power system. With the continuous development of informatization and Internet technology, the power system has become more and more convenient, and the power system has always been at the forefront of information development; at the same time, information technology and With the continuous development of Internet technology, the power system is exposed to external risk attacks. The traditional power data system is mainly composed of smart meters, concentrators and information management and control systems. It is the secondary core, and the smart meter is the collection terminal directly related to t...

AI Technical Summary

Problems solved by technology

[0002] The informatization of modern society is highly developed, and the power communication network ensures the safe and stable operation of the household power system. With the continuous development of informatization and Internet technology, the power system is becoming more and more convenient, and the power system has always been at the forefront of information development; at the same time, information technology and With the continuous development of Internet technology, the power system is more exposed to external risk attacks; the traditional power data system is mainly composed of smart meters, concentrators and information management and control systems, with the information management and control system as the core and the concentrator as the core. As the secondary core, the smart meter is a collection terminal directly associated with the user. Since the system has a serious hierarchical core and there is no sharing of data, when there is a problem with a certain node, data loss or data duplication is likely to occur at this time , resulting in a single-point breakdown of the power data system, affecting the normal operation of the entire power data system; on the other hand, the current smart home ecology based on the Internet of Things is complex, and a hundred flowers are blooming. It is difficult to realize the personalized customization of different smart furniture in the whole house. Yes, a single brand cannot meet all needs, but it is difficult to achieve integration of smart homes with different ecologies. How to be compatible with data is a problem. On the other hand, different smart terminal devices have many control systems and various functions. Corresponding to different equipment, there will be different control systems

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