Intelligent management and control system and method applied to power plant safety management

Abstract

The invention discloses an intelligent management and control system and method applied to power plant safety management. In a power plant high-risk area, due to the limited working period and different staff technical levels, management staff monitoring is needed in an operation field, thus the number of staff in the working field is large, and the risk is high. The intelligent management and control system for the power plant safety management comprises an access control system (1), the access control system is internally provided with a control and management system, the control and management system are connected with an LED screen (3), a trumpet (2), an alarm apparatus (9) and a face recognition system correspondingly through guide lines, the LED screen is connected with a hard disk video (4) through a reticle, the hard disc video is connected with a computer (5) through a data line, the hard disc video is connected with the alarm apparatus through a signal line, the computer is connected with a power amplifier (7) through a data line, the power amplifier is connected with the trumpet through an audio cable, the computer is connected with a liquid crystal display (6) through areticle, and the liquid crystal display is provided with an information real-time display system. The intelligent management and control system and method for the power plant safety management are applied to an intelligent management and control system on power plant safety management.

Description

Technical field: [0001] The invention relates to the field of safety management of power plants, in particular to an intelligent control system and control method applied to the safety management of power plants. Background technique: [0002] For a certain operation area on the site, especially the high-risk area of ​​the power plant, coupled with the current situation of tight construction schedules of various projects and uneven technical levels of outsourcing team personnel, the operation site often needs to be supervised by a large number of management personnel on site, resulting in high-risk operations. There are many people on site, and the risks are high. In addition, it is difficult to control project information, the number of personnel in the operating area, and the status of certificates. There are blind spots in safety supervision, and it is not easy to control in real time. The summary and analysis process of safety control after the project is completed is re...

AI Technical Summary

Problems solved by technology

[0002] For a certain operation area on the site, especially the high-risk area of ​​the power plant, coupled with the current situation of tight construction schedules of various projects and uneven technical levels of outsourcing team personnel, the operation site often needs to be supervised by a large number of management personnel on site, resulting in high-risk operations. There are many people on site, and the risk is high

In addition, it is difficult to control the project information, the number of personnel in the operation area, and the status of certificate holders. There are blind spots in safety supervision, and it is not easy to control in real time. The summary and analysis process of safety control after the project is completed is relatively cumbersome

Moreover, there is currently no mature system in the market for good risk management and control in the region.

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