Automatic control system for strong current network

Abstract

The invention provides an automatic control system for a strong current network, which comprises the strong current network and a background server, wherein the strong current network comprises a plurality of intelligent sockets, a plurality of intelligent air switches and a concentrator connected with the plurality of intelligent air switches, and the intelligent sockets and the concentrator are in communication connection with the background server; the intelligent socket comprises a capacitive load, a first on-off control module, a front-end current acquisition module, a main controller and a communication module, the first on-off control module is used for controlling whether the capacitive load is connected into a socket circuit or not, the main controller is electrically connected with the first on-off control module, and the front-end current acquisition module is used for acquiring the total input current of the intelligent socket and transmitting the acquired current parameters to the main controller; and the background server is used for acquiring the total input current of each intelligent socket before and after the first on-off control module is on and off, and analyzing to obtain a line topological structure diagram of the strong current network. According to the invention, the circuit topological structure diagram of the strong current network can be obtained, and the strong current network can be managed conveniently.

Description

technical field [0001] The invention relates to the technical field of heavy current network, in particular to an intelligent management system of strong current network. Background technique [0002] The strong current network generally includes equipment such as sockets and air switches. After the construction of the strong current network is completed, it is difficult to understand the connection relationship of each device and the status of the equipment and lines, and it is difficult to manage. The line topology diagram of the power network can reflect the various devices in the network and the connection relationship between them. With the line topology diagram, it is easy to understand the distribution of each device and the relationship between the upper and lower levels, and it is convenient to dig out more useful information, such as line Aging, fault alarm, etc., and then realize the function of line monitoring and protection. [0003] The existing ordinary socke...

AI Technical Summary

Problems solved by technology

[0003] The existing ordinary socket has a single function and is only used to provide a power interface for electrical appliances. With the improvement of living standards, people have higher and higher requirements for the intelligence of electrical appliances, and smart sockets have emerged as the times require. Electrical products are developed under the concept of the Internet of Things and accompanied by the concept of smart home. Now they usually refer to sockets with built-in Wifi modules and functional operations through smart terminal clients, but traditional smart sockets only output to the socket. It is impossible to measure the total current input by itself, and it is impossible to analyze the topology of the line through the smart socket.

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