Design And Implementation Of Wrist Intelligent Alarm System For Power Grid Monitoring

In recent years,wearable smart devices in the domestic power industry are mainly used in inspections,maintenance,operation,testing and other safety-related tasks.It solves the problem of insufficient professionalism and low vigilance by personnel positioning,equipment inspections,and maintenance monitoring.,The single problem of technical means provides support for the safe production of electric power.This article uses the monitoring business of the power grid dispatching center as the background,and develops a software system based on the existing wrist-type smart devices,PCs,and servers to realize the archiving,analysis and diagnosis of the power grid monitoring data,and help the power grid monitoring personnel to quickly analyze the power grid alarm information and accurately find malfunction.1.Detailed analysis and demonstration of the actual needs of system data transmission,alarms,user management,system operation and maintenance,etc.,determined to use SSM as the development framework,Java and C++ as the development language,Mysql as the database,server software,web front-end page development The software,the mobile terminal software of the wrist smart bracelet,and other software closely cooperate with the technical route.The bracelet software is developed using C++ language,the back-end system is developed with a B/S model Web architecture,and Mysql is used as a relational database.2.Divide the system into acquisition,transmission,management,operation and maintenance modules,and elaborate on the bracelet heartbeat detection and disconnection reconnection mechanism,alarm information push methods,alarm analysis,fault diagnosis business algorithms,log management and other requirements.Carry out system function development according to the development plan of each module,and explain the logic realization process,method and principle of each module function of the system.Finally,test and verify the functions,overall performance and logic of each module of the system,and get the test results.3.According to the different functions of the business,the system architecture is designed in depth,and different levels of software are developed for front-end smart bracelets and back-end services.3.Based on the existing hardware,the system transmits the alarm data to the system,which realizes all-round monitoring and analysis of the alarm signals collected by the front-end equipment.At the same time,the expert decision-making system can analyze and count according to the historical alarm categories,and Push the alarm information to the wrist-type smart device for alarm,instead of the traditional manual fault analysis process,greatly improving production efficiency.