Power transmission line monitoring and early warning system

Abstract

The invention provides a power transmission line monitoring and early warning system. The power transmission line monitoring and early warning system comprises a field monitoring device and a surveillance server arranged in a power transmission line monitoring field, wherein the field monitoring device obtains video surveillance data in the monitoring field and transmits the video surveillance data to the surveillance server, and the surveillance server receives the video surveillance data. A target object which intrudes into the monitoring field is judged according to the video surveillance data. The target object is conducted with motion tracking, so that motion tracking data is obtained. According to the motion tracking data, the operation action and the motion trail of the target object are judged. According to the operation action, the motion trail and the position of a power transmission line in the monitoring field, early warning is conducted. According to the power transmission line monitoring and early warning system, a power transmission line cable is monitored in real time; action detection, tracking, recognition, behavioral model understanding and the like to large machinery moving objects such as a tower crane, an excavator and a bulldozer can be achieved; and decision making and the early warning are conducted. The problem of a 'passive monitoring' current situation of a traditional scheme is solved.

Description

technical field [0001] The invention relates to the technical field of intelligent monitoring of power systems, in particular to a monitoring and early warning system for transmission lines. Background technique [0002] In the field of power dispatching, power cables are underground concealed equipment, and the hidden danger of cables being damaged by external forces has always threatened the safe operation of cable lines. Due to the inability to identify the exact location of the underground power cables during part of the road construction process, the main insulation of buried power cables often occurs in the process of road, building, and municipal construction by excavators, large oil guns and other large-scale engineering machinery and equipment. , resulting in power outages due to line faults in large areas. As a result, very large economic losses have been caused to the power system and power users. [0003] The on-line monitoring technology of transmission lines ...

AI Technical Summary

Problems solved by technology

[0007] The traditional method needs to screen out the location of the accident from a large amount of data information after the accident occurs. The monitoring time is long, the data analysis is difficult, and there are defects of low efficiency.

[0008] Since the post-inspection is carried out after the abnormal situation or even the sudden accident has occurred, but at this time the loss and impact have already been caused and cannot be recovered.

[0009] The disadvantage of the monitoring method of installing an intelligent cable online monitoring device is that the cost of the project is extremely high, but it still cannot solve the damage problem of most traditional cables without widespread laying

At the same time, the detection of smart cables is also a passive detection, that is, the fault point can be located in time after the accident occurs, and it is still impossible to prevent or warn the accident through technical means before the accident occurs.

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