Linkage control system and control method for power tunnel

Abstract

The invention discloses a linkage control system for a power tunnel, which comprises a linkage monitoring platform, monitoring hosts and monitoring terminals. The monitoring terminals are connected with the corresponding monitoring hosts; and the monitoring hosts are connected with the linkage monitoring platform. A linkage control method for the power tunnel comprises the following steps that: the monitoring terminals acquire environment parameter data of the tunnel and upload the data to the monitoring hosts; the monitoring hosts transmit the data to the linkage monitoring platform; the linkage monitoring platform analyzes, compares and judges the data, a group of linkage command can be generated if the linkage monitoring platform finds that a certain monitoring terminal needs to be linked, then the linkage command is transmitted to the monitoring host corresponding to the monitoring terminal which needs to be linked, the monitoring host sends the linkage command to the monitoring terminal which needs to be linked, and the monitoring terminal which needs to be linked works after executing the linkage command. The control system and the control method which are disclosed by the invention have strong real-time performance and good compatibility and are simple to operate; the emergency treatment on emergencies is implemented; and the safety reliability of the operation of the power tunnel is strengthened.

Description

technical field [0001] The invention relates to the field of power system monitoring, in particular to a control system and a control method for linkage of different devices in a power tunnel. Background technique [0002] At present, with the continuous and continuous development of the economy, the demand for electricity is increasing, which puts forward higher requirements for power transmission, and the construction and management of underground high-voltage cables are becoming more and more important. Therefore, the monitoring of underground high-voltage cables and the safety management of the tunnel environment are attracting more and more attention. Once an accident or disaster occurs in the tunnel, it will affect the life safety of tunnel construction personnel and people's lives, causing huge economic losses. Tunnel monitoring includes traditional manual inspection methods, as well as fixed and discrete online monitoring methods. Neither of these two management meth...

AI Technical Summary

Problems solved by technology

Therefore, the monitoring of underground high-voltage cables and the safety management of the tunnel environment are attracting more and more attention. Once an accident or disaster occurs in the tunnel, it will affect the life safety of tunnel construction personnel and people's lives, causing huge economic losses. Tunnel monitoring includes traditional manual inspection methods, as well as fixed and discrete online monitoring methods. Neither of these two management methods for inspecting tunnels can effectively prevent tunnel accidents and disasters from happening, and will cause a lot of waste of manpower and resources. , many potential defects and failures cannot be found, how to effectively discover and prevent disasters and accidents has become an urgent problem to be solved

Images