A power production safety monitoring system and a control method thereof

Abstract

The invention provides a power production safety monitoring system and a control method thereof. The power production safety monitoring system comprises a data collection and output layer, a data transmission layer, a data processing layer and a monitoring center layer. The data collection and output layer comprises an access control system, a personnel positioning system, a video monitoring system, an emergency broadcasting and communication system, an environment monitoring system, a disaster alarm control system and a hydraulic/geological monitoring system, which are connected with switches. The data processing layer comprises servers connected with the switches. The monitoring center layer comprises an access control and personnel positioning working station, a video monitoring workingstation, an emergency broadcasting and communication working station, an environment monitoring and alarm working station, a fall-proof monitoring working station, a hydraulic/geological monitoring working station and a system integration working station, which are connected with switches. The system integrates the information of sub-systems and performs determination and control according to integrated information, thereby making up loopholes and defects in hydropower station monitoring.

Description

technical field [0001] The invention relates to the field of production monitoring of hydropower stations, in particular to a power production safety monitoring system and a control method thereof. Background technique [0002] The subsystems of the existing hydropower station production safety monitoring system are independent of each other, the information is independent, and are managed independently by different classes. Although it is beneficial to professional counterpart management, for the entire power station, each subsystem is an isolated island of information, and information cannot Sharing, each system cannot be linked, which is inconvenient for centralized management and emergency command. In addition, many hydropower stations cannot carry out personnel positioning management, and the anti-fall protection system is only physical protection, without technical prevention methods, and cannot perform functions such as automatic warning, safety alarm, and behavior de...

AI Technical Summary

Problems solved by technology

[0002] The subsystems of the existing hydropower station production safety monitoring system are independent of each other, the information is independent, and are managed independently by different classes. Although it is beneficial to professional counterpart management, for the entire power station, each subsystem is an isolated island of information, and information cannot Shared, each system cannot be linked, which is inconvenient for centralized management and emergency command

In addition, many hydropower stations cannot perform personnel positioning management, and the anti-fall protection system is only physical protection, without technical prevention methods, and cannot perform functions such as automatic warning, safety alarm, and behavior detection.

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