In today's society, electricity, as the cornerstone of modern life, provides a powerful impetus for our life and economic development. However, with the continuous expansion of the power system, the safety problems of transmission lines are becoming more and more prominent. Transmission line external breakage accidents not only cause huge economic losses, but also may jeopardize the life safety of grid operators. Therefore, strengthening the monitoring of transmission lines against external breakage and dinsee smart's transmission line breakage prevention device to improve the line safety prevention capability have become the problems to be solved in the power industry. 

Transmission line external breakage accident refers to the transmission line being damaged by external forces, resulting in short circuit, tripping and blackout of the line. The occurrence of such accidents often brings serious consequences to the power system. Transmission line external breakage accidents can lead to a large number of power equipment damage, which in turn affects the normal operation of the power grid. Transmission line breakage accidents may also cause fires, explosions and other secondary disasters, bringing great threats to the lives and properties of the surrounding residents. Transmission line breakage accidents also have a serious impact on the stable operation of the power system, which may lead to large-scale power outages, affecting the normal production and life of the community.

一、Importance of transmission line monitoring against external breakage

1、Improve the operation safety of transmission lines

The transmission line anti-external breakage monitoring system can monitor the changes of the environment around the line in real time, and discover the potential safety hazards in time. Through the comprehensive monitoring of the environment around the line, it can effectively avoid the impact of external damage on the transmission line and reduce the risk of external breakage accidents on the line.

2. Reducing economic losses due to transmission line external breakage accidents

The transmission line anti-external breakage monitoring system can provide timely warning of abnormalities in transmission lines and avoid large-scale power outages caused by line failures. This is not only conducive to ensuring the stable operation of the power system, but also reduces the economic losses caused by transmission line external breakage accidents.

3, to ensure the stability of the operation of the power system

The transmission line anti-external breakage monitoring system can monitor the environmental changes of the line in real time, providing a strong guarantee for the operation of the power system. Through the real-time monitoring of the line, the problems existing in the line can be found in time, and effective measures can be taken to deal with them to ensure the stability of the operation of the power system.

二、Second, the technical means of transmission line anti-external breakage monitoring

1. Video surveillance technology

By installing cameras and other equipment, the environment along the transmission line is monitored in real time. When abnormal conditions are detected, the system can automatically alarm and remind the staff to handle the situation.

2. Drone inspection technology

The drone can carry out low-altitude inspection along the transmission line and monitor the environmental changes of the line in real time. By analyzing the image data returned by the drone, potential safety hazards can be quickly and accurately discovered.

3. Sensor technology

Various sensors are set up along the transmission lines to monitor the environmental temperature, humidity, wind speed and other parameters in real time. When abnormal conditions are detected, the system can automatically alarm and remind the staff to handle the situation.

4. Artificial intelligence technology

Through the analysis of a large amount of historical data, artificial intelligence technology is used to construct a prediction model to detect possible problems in transmission lines in advance. When potential safety hazards are predicted, the system can automatically alarm and improve the line safety prevention capability.