Design of Online Monitoring System for Coal-Fired Captive Power Plant Based on Informatization Analysis
Aiming at the current coal-fired captive power plants to carry out operation and maintenance,monitoring work is difficult,monitoring data collection accuracy is low and other problems,a coal-fired captive power plant online monitoring system based on infrared and visible light temperature measurement technology is proposed.The system carries out remote monitoring of hardware and algorithm modules respectively.Firstly,infrared temperature measurement is used to realize sampling by infrared opposed grating device.Then,the device is loaded with other moving machines to obtain the temperature state characteristic points of each position of the equipment of the coal-fired captive power plant by infrared light and send them to the back-end server to get the infrared images to realize the on-line monitoring of several equipment of the coal-fired captive power plant.At the same time,a finite element-based algorithm model is used to complete the fault analysis of the coal-fired captive power plant equipment.The analysis results of the example test show that the fitting curve of the system has a low error;in the environment of 1 000 measurement points,the error percentage is only 0.4％.The test verifies the feasibility of this system,which opens new ideas for the field of operation and maintenance construction of coal-fired captive power plants.
Infrared temperature measurement technologyFault identificationField programmable gate array(FPGA)Structured query language databaseInfrared opposed gratingFinite element algorithm
万方数据
维普
