Georeferential Video for Located Access Road and Stringing Tension Equipment Places to Install 1366 km OPGW Cables in Existing Transmission Lines

2006 IEEE/PES Transmission & Distribution Conference and Exposition: Latin America Pub Date : 2006-08-01 DOI:10.1109/TDCLA.2006.311555

C. Alamo, J. Pardinas

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引用次数: 3

Abstract

One of the most important activities of predictive maintenance of the transmission lines is the periodical inspection of each component (insulators, conductors, structures and others), besides the bio-physical environmental between them. This activity requires high efforts of the technical resources and also an important amount of money. CVG EDELCA, the big utility company in Venezuela, has been operating 2100 km of transmission lines in 765 kV, more than 3200 km in 400 kV, also 500 km in 230 kV and 115 kV. All of them have corridors that involve a very extensive areas that must be monitoring and the information obtain about the monitoring activity must be actual and available in real time and adequate formats for the good management decisions. Understanding the advantage of the new technologies in the multimedia area, CVG EDELCA since 2000 has been working with this technology in the transmission lines engineering designs (route study, survey, etc). Recently CVG EDELCA has been using this technology for preview ground wire replace studies for new optical ground wire (OPGW) in transmission line in operations, this experience is describe in this report

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现有输电线路1366公里OPGW电缆敷设地点接入道路及拉紧设备地理参考视频

输电线路预测性维护最重要的活动之一是定期检查各部件(绝缘子、导体、结构等)，以及它们之间的生物物理环境。这项活动需要大量的技术资源，也需要大量的资金。委内瑞拉大型公用事业公司CVG EDELCA已经运营了2100公里的765千伏输电线路，超过3200公里的400千伏输电线路，还有500公里的230千伏和115千伏输电线路。它们都有涉及非常广泛的领域的走廊，必须对这些领域进行监测，所获得的关于监测活动的信息必须是实际的和实时的，并且必须有适当的格式，以便作出良好的管理决定。CVG EDELCA了解新技术在多媒体领域的优势，自2000年以来一直将该技术应用于输电线路工程设计(线路研究，测量等)。最近，CVG EDELCA一直在使用该技术对运行中的传输线中的新型光学地线(OPGW)进行预演接地线替代研究，本报告描述了这一经验

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2006 IEEE/PES Transmission & Distribution Conference and Exposition: Latin America

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