输电线路多维智能控制系统

Guo Honglin, Zheng Yan, Yu Hailong, Cui Shu, Wang Qi, Yuan Jingwei, Wu Yanfeng, Cong Qian
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引用次数: 0

摘要

随着城市建设的增加,输电线路运行环境越来越复杂,与之相对应的是社会对供电质量和可靠性要求的不断提高,传统的维护方式过度依赖人员。针对传统输电线路监控系统监控模式单一、智能化程度低、信道利用率不足等突出问题,本文提出了图像智能识别算法和边缘计算策略。在此基础上,实现数据集成和产品联网,构建输电线路多维智能控制系统,提高输电线路智能巡检的质量和效率。最后,工程实践应用表明,智能监控设备在应用边缘计算算法检测数据中的隐患时,会主动报警并上传,从而缓解通信的网络压力,实现传输线多维智能控制系统的功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multidimensional Intelligent Control System for Transmission Lines
With the increase of urban construction, the transmission line operation environment is becoming more and more complex, corresponding to the continuous improvement of social requirements for power supply quality and reliability, and the traditional maintenance methods is over-dependent on personnel. In order to solve the outstanding problems of traditional transmission line monitoring system such as single monitoring mode, low intelligence and insufficient channel utilization, image intelligent recognition algorithm and edge computing strategy are proposed in this paper. On this basis, data integration and product networking are realized, and a multidimensional intelligent control system for transmission lines is built to improve the quality and efficiency of intelligent inspection of transmission lines. At last, engineering practice applications show that when the intelligent monitoring devices apply the edge computing algorithm to detect the hidden dangers in the data, it will take the initiative to alarm and upload it, so as to relieve the network pressure of the communication and realize the function of multidimensional intelligent control system for transmission lines.
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