Transformer substation comprehensive security platform applying Internet of Things (IOT) technology

Abstract

The invention discloses a transformer substation comprehensive security platform applying an Internet of Things (IOT) technology, comprising a security management server, an office data center, a remote monitoring workstation, a transmitting antenna, an RFID (Radio Frequency Identification Devices) reader-writer, an exchanger, an instation monitor and interval radio-frequency gating terminals, wherein the office data center is downwards connected to the security management server and the remote monitoring workstation and is simultaneously connected to instation monitoring networks; the office data center is provided with at least two parallel instation monitoring networks; the instation monitoring networks are connected with a GPS (Global Positioning System) handset and the radio-frequency gating terminals arranged in the station at intervals in a wireless communication mode; according to the range of a specific task area, 1-n radio-frequency gating terminals can be arranged; and in the instation monitoring networks, the exchanger is upwards connected to the office data center and is simultaneously connected to the transmitting antenna, the RFID reader-writer and the instation monitor via connecting leads. The transformer substation comprehensive security platform has the advantages of simple integral structure, good stability and high relialibity, and is convenient to install, operate and use.

Description

technical field [0001] The invention relates to a substation security system, in particular to a substation comprehensive security platform applying the Internet of Things technology. Background technique [0002] The substation is the hub of the transmission line and an important first-level protection site. Any accident will affect the entire power grid, which will bring great harm and impact to social stability and economic development. In recent years, criminals' criminal methods and anti-reconnaissance capabilities have become stronger and stronger. The theft and destruction of power and related auxiliary equipment by various means is a major hidden danger to the safe operation of power systems. However, civil air defense and physical defense are often unable to prevent crimes in a timely and effective manner. It is imperative to use high-tech means to strengthen prevention. The prevention of the surrounding walls and gate areas of the substation is an important part o...

AI Technical Summary

Problems solved by technology

In order to prevent some operating personnel from arbitrarily extending the inspection interval due to lack of responsibility, lack of seriousness in work, and luck, so that defects and hidden dangers that could have been discovered as early as possible were not discovered in time, resulting in delays in repair time and missed opportunities for emergency repairs. In case of accidents, it is necessary to track the inspection status of operating personnel

Maintenance personnel may stray into the electrified interval and cause personal injury accidents due to lack of concentration, unfamiliarity with the site environment, loss of supervision, etc. during power outage maintenance. Technical measures need to be taken to prevent it

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