Comprehensive monitoring system of power distribution network based on the internet of things and intelligent patrol robot

Abstract

The invention discloses a comprehensive monitoring system of a power distribution network based on the internet of things and an intelligent patrol robot. The system comprises a monitoring system, an intelligent patrol robot, a background management platform and a remote receiving terminal. The monitoring system comprises an environment monitoring system, an anti-theft monitoring system, a fire-fighting monitoring system, an entrance guard management system, a ring network cabinet monitoring system and a related linkage device. The monitoring system is in communication connection with the background management platform through an intelligent acquisition device. The background management platform sends out a control instruction and controls the working state of the related linkage device through the intelligent acquisition device. The intelligent patrol robot and the remote receiving terminal are in communication connection with the background management platform. According to the technical scheme of the invention, the intelligent routing inspection of a substation and the centralized monitoring and management of an on-site environment, anti-theft equipment, fire-fighting equipment and a ring main unit are realized. Therefore, the linkage device is intelligently controlled, and potential fault risks are prevented in advance. Moreover, an occurred fault can be quickly and accurately judged and treated. Therefore, the safe and stable operation of the power distribution network is ensured.

Description

technical field [0001] The invention relates to a monitoring system, in particular to a distribution network comprehensive monitoring system based on the Internet of Things and an intelligent inspection robot. Background technique [0002] As the country vigorously develops the smart grid, the intelligent construction of substations and substation equipment is the development trend of power grid technology. In order to ensure the safe operation of the distribution network, the real-time detection and monitoring Regulation will certainly be an important part of smart grid construction. [0003] However, the current distribution network has a low level of intelligent information due to the complexity of its use environment and structure. At present, most of the monitoring systems for power, environment, security, alarm, voltage, and electric energy configured for substations or communities, and switches are mostly independent subsystems, and each subsystem is isolated, so tha...

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Problems solved by technology

[0003] However, the current distribution network has a low level of intelligent information due to the complexity of its use environment and structure.

At present, most of the monitoring systems for power, environment, security, alarm, voltage, and electric energy configured for substations or communities, and switches are mostly independent subsystems, and each subsystem is isolated, so that there is a monitoring system. "Island" phenomenon, without configuring a complete set of comprehensive monitoring system, or the comprehensive control is not comprehensive enough, the system is not perfect, so that the substation cannot meet the requirements of intelligent operation management, which also virtually reduces the practicality of the system performance, stability and security, and increased investment costs

[0004] At the same time, the current inspection of substation equipment mainly relies on manual inspection. The quality and effect of inspection are greatly affected by human factors, resulting in uneven inspection quality. At the same time, it is necessary to analyze and process data during inspection. , to further determine the type of fault and how to deal with it. However, due to defects in equipment and other aspects of the on-site inspection personnel, the failure to handle the fault in time may affect the normal operation of the substation. Therefore, the intelligence of the substation is particularly important.

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