In our daily life, we may seldom notice the transmission lines, but it is these crisscrossing "power channel", carrying a constant flow of electricity, lighting up the city's lights, driving the rapid operation of industry. However, transmission lines are exposed to the natural environment for a long time, facing the challenge of lightning, wind, ice and other complex factors, failures occur from time to time. Once a fault occurs, it will not only affect the residents' living electricity, but also may bring huge economic losses to industrial production. Therefore, fast and accurate positioning of transmission line faults has become the key to ensure the stable operation of the power system
Transmission Line Intelligent Fault Locatorhas two major locating "magic weapons": fault interval locating and fault point locating. strong>Has two positioning "magic": fault interval positioning and fault point positioning. Through these two functions, no matter which corner of the fault occurs in the transmission line, it can quickly lock, so that maintenance personnel can quickly reach the fault site, repair, greatly reducing the outage time, reducing power losses.
It can also identify the cause of transmission line faults, accurately determine whether the nature of the fault is a lightning strike, and if it is a lightning strike, it can further determine whether it is a bypass strike or a counterstrike. This function provides an important basis for the development of targeted protective measures for the power sector, helping to improve the line's disaster resistance and operational reliability.
With the continuous progress of science and technology and the continuous improvement of the level of grid intelligence, Transmission Line Intelligent Fault Location Device will also usher in a broader development space. In the future, it is expected to be deeply integrated with big data, artificial intelligence and other technologies to further improve the accuracy and speed of fault location. By analyzing and learning from a large amount of historical data, it is able to predict potential fault risks in advance, realize preventive maintenance, and make the operation of transmission lines safer and more stable. At the same time, with the continuous popularization and application of the device, the reliability and stability of the power system will be greatly improved, providing more reliable power protection for economic and social development.
