电力通信光缆线路维护系统的研究设计

在社会主义市场经济快速发展的大环境下,电力企业改革正稳步推进,为了满足现代社会对电力企业的实际需求,企业必须结合实际发展状况在不断探索中寻求新的发展和进步。电力通信光缆线路维护系统是电力企业发展建设过程中的重要影响因素,该系统的稳定和安全是电力系统正常运行的基础保障。因此,企业必须结合实际发展状况,在保障各系统协调运作的基本前提下,针对电力通信光缆线路维护系统的实际状况进行深入研究,优化设计该系统的同时,进一步提高企业的实际经济效益。笔者结合多年工作经验,从电力通信光缆线路采用监控维护系统的意义着手,对电力通信光缆线路维护系统的研究设计做了简单介绍。

电力通信光缆线路维护系统的设计分析

本文意在通过对电力通信光缆线路维护系统的结构、功能以及系统相关软件的设计分析,提高电力通信光缆线路维护水平,为大规模铺设现代化光缆通信网络提供安全运行保障。

光缆线路维护管理系统设计

根据目前光缆线路维护管理现状,提出了该管理系统的功能,讨论了软件系统体系结构包括数据库设计和软件模块设计,重点介绍了各个模块的功能。

Long Range Unmanned Aircraft System for Power Line nspection of Brazilian Electrical System

Power line inspection is an essential procedure in the power lines maintenance area, especially thinking about service availability and energy efficiency. Aerial inspection of electric power transmission lines is typically performed using human-piloted helicopters, which is a procedure that is both expensive and prone to accidents taking risks to human beings＇ lives. The work presents a solution based on UAS （unmanned aircraft system） for inspecting power lines. In this context a R ＆ D project of an unmanned aircraft system to be used for performing complete aerial inspection of overhead power lines is being executed by ITA （Instituto Tecnol6gico de Aeron^utica） （Technological Institute of Aeronautics） in Brazil. Special attention is dedicated to the communication system conception in order to comply with Remotely Piloted Aircraft System definition in the context of long endurance operations of the system. It presents a solution based on LTA （lighter than air） platform in order to extend the communication range beyond line of sight.