In modern society, the stability and reliability of electricity** is essential for various industries and fields. However, with the continuous development of the power system, the problem of distribution network failures is becoming more and more serious. In order to improve the stability of power supply, we need to pay attention to the key step of fault location in the distribution network. Hengfeng Intelligent Technology will introduce in detail how to achieve this goal through the traveling wave fault warning and positioning system.
1. Intelligent sensor + deep learning algorithm = efficient fault monitoring and location.
Traveling wave ranging technology is a widely used monitoring method in the power industry. By integrating intelligent sensors and deep learning algorithms, we can realize the wide-area synchronous acquisition of high-frequency traveling wave current and power frequency current of distribution lines. In this way, not only can the hidden dangers of line grounding be monitored without omission, but also the fault can be warned in advance and the fault tower level can be accurately located.
2. Strengthen the investigation of line defects and hidden dangers, and improve the accurate location and rapid handling of single-line grounding faults in the distribution network.
Through the traveling wave fault warning and positioning system, we can more effectively strengthen the investigation of hidden dangers of line defects. The system can automatically identify and analyze anomalies in the line, so as to help O&M personnel identify potential problems in time. In addition, the system also has the ability to quickly deal with faults, which can quickly locate and repair ground faults to ensure the stability of power **.
3. Provide technical support for lean operation and maintenance of distribution network.
The traveling wave fault warning and location system provides strong technical support for the lean operation and maintenance of distribution network. Through real-time monitoring and analysis of large amounts of data, the system can automatically generate reports and recommendations to help O&M personnel optimize O&M processes. At the same time, the system can also cooperate with other smart devices to achieve more efficient collaborative work.
In short, the traveling wave fault warning and location system is one of the key steps to improve the stability of power supply. Through the use of advanced technology and equipment, we can achieve comprehensive monitoring and accurate positioning of distribution lines, so as to effectively reduce the failure rate and ensure the stability and reliability of power.