Monitoring and management system for power plant

Abstract

The invention provides a monitoring and management system for a power plant. The system comprises a data recording device, a three-dimensional model establishment device, a terminal information acquisition device and a monitoring and management device, wherein the data recording device is used for receiving basic information data of the power plant recorded by a user; the three-dimensional model establishment device is used for generating a three-dimensional power plant model according to the basic information data of the power plant and a prestored model; the terminal information acquisition device is used for acquiring terminal information in the power plant; the monitoring and management device is used for generating the power plant monitoring and management data according to the terminal information and the three-dimensional power plant model. By combining scattered project data together and through comprehensively processing information of operating decision, management, planning, scheduling, process optimization, fault diagnosis, field control and the like, the management process and the control process are organically combined, and technological data provides basis for the operating decision, so that the management system guides the technological production in reverse to form the virtuous cycle, and the integrated management on resources and the information of the power plant with the maximum full-service-life period value can be realized on the premise of safety production.

Description

technical field [0001] The invention relates to monitoring technology, in particular to a monitoring and management system for a power plant. Background technique [0002] Before 2003, the management of power plants was in the era of manual management, mainly based on manual management drawings and materials. [0003] Since 2003, the management of power plants has entered the era of electronic management. New projects mostly use the production management system (MIS), office automation system (OA), and plant-level monitoring system (SIS). The main functions of these three systems are: production management (MIS): operation management, equipment management, defect management; Office Automation (OA): process approval, collaborative work, document management, communication tools, document management, information center, electronic forum, plan management, project management, task management, meetings Management, etc.; plant-level monitoring (SIS): an information system for real...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, the electronic management of power plants still requires a lot of human intervention, and the modules in the existing electronic management system are independent of each other, so information islands are generated, resulting in waste of resources

Images