Station building intelligent assistance and artificial intelligence visualization gateway and method thereof

Abstract

The invention provides a station building intelligent assistance and artificial intelligence visualization gateway and a method thereof. The station building intelligent assistance and artificial intelligence visualization gateway comprises a comprehensive data processing server, a data communication device, a control terminal, an environment monitoring terminal, a security monitoring terminal, avideo monitoring terminal, an equipment online monitoring terminal and a communication gateway. The comprehensive data processing server is respectively connected with the data communication device, the control terminal and the communication gateway, and the communication gateway is respectively connected with the environment monitoring terminal, the security monitoring terminal, the video monitoring terminal, the equipment online monitoring terminal and the data communication device. The use method comprises three steps of hardware assembly, software system setting and monitoring operation. On the basis of three-flow fusion and interaction of the power distribution network, the intelligent power distribution station building based on cloud computing has three key signs of integration, self-healing and optimization. The asset utilization efficiency is improved, the operation and maintenance cost and the investment cost are effectively reduced, and the power grid loss is reduced.

Description

technical field [0001] The invention relates to an intelligent assistance and artificial intelligence visualization gateway for a station building and a method for using the same, belonging to the application fields of power distribution automation technology and electric power Internet of Things. Background technique [0002] In recent years, with the development and construction of intelligent distribution networks, companies in various cities have successively carried out the transformation of intelligent auxiliary systems for distribution substations. At present, intelligent auxiliary monitoring systems can be roughly divided into two types of construction models according to their main monitoring functions. Intelligent auxiliary monitoring system for standard stations: The intelligent auxiliary monitoring system for standard stations has functions such as power environment monitoring, auxiliary equipment control, and security monitoring and management. It can realize re...

AI Technical Summary

Problems solved by technology

The system function construction lacks a unified technical standard, the system framework construction lacks a unified access mode, and lacks the means to ensure data security and network security. The inspection workload of the power distribution station has increased sharply. In the current situation of limited manpower and material resources for operation and maintenance, the inspection cycle is lengthened, and there are hidden dangers in inspection safety. There are safety risks in the inspection process, the quality of inspection personnel is difficult to meet the requirements, and remote operation confirmation cannot be realized

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