1) Overhead transmission line
架空送电线路
1.
The author introuduce the application on engineering surveying for overhead transmission line with RTGPS in Fujian mountainous area.
本文结合福建山区特点,介绍了RTGPS在架空送电线路工程测量中的应用试验情况,取得了有益的经验。
2.
This paper introduced the replacement of surveying technique of overhead transmission line with the comparison between traditional surveying method and RTK surveying.
主要通过常规传统勘测和RTK勘测的比较介绍了架空送电线路勘测技术的更替,并结合RTK专业电力软件在重庆永川110KV交流超高压输送电线路改线测量中的应用与实施,探讨RTK电力数字化有码作业方式的有效应用。
3.
This paper introduces the method adopted to organize the database by using many kinds of data and the software adopted to manage these data in geographic information system for overhead transmission line.
本文主要介绍了架空送电线路地理信息系统 (OTLGIS)中 ,如何将各种来源的数据组织成支撑系统运行的数据库 ,以及管理这些数据所采用的软件和方
2) Aerial Power Transmission Line
架空送电线路
1.
Engineering Surveying Method of GPS in Aerial Power Transmission Line;
架空送电线路中的GPS工程测量法
3) 35kV overhead transmission lines
35kV架空送电线路
1.
To solve the faults caused by lightning stroke in 35kV overhead transmission lines, it is proposed to use shunt gap as the lightning protection.
为解决35kV架空送电线路的雷击问题,提出采用并联间隙防雷保护方案,分析了其保护原理,设计了35kV线路防雷用并联间隙的结构尺寸;对并联间隙试品进行了大量的雷电冲击和工频电弧试验,结果表明并联间隙能有效保护绝缘子串和导线免于雷击引起的工频续流电弧的烧蚀;计算了带并联间隙线路的雷击跳闸率,建议将3片绝缘子增加为4片,加装并联间隙不会引起线路跳闸率增加。
4) 500 kV overhead line
500kV架空送电线路
5) overhead transmission line
架空输电线路
1.
Management of key sections of overhead transmission lines;
架空输电线路重点区段管理浅析
2.
On lightening protection of overhead transmission line
架空输电线路防雷保护探讨
3.
Usually, the conductivity of the corrosion-resistant aluminium conductor used as overhead transmission line is decreased when its corrosion-resistant is improved.
本文针对目前架空输电线路已使用的耐蚀型铝导线普遍存在导线耐蚀性能提高而相应导电性能下降的实际情况,提出了采用在已满足电工用铝标准的铝线中添加富铈稀土提高导电率,再添加耐蚀合金元素并经特殊工艺处理,使之在满足电工用铝导线国标基础上达到平衡——"稀土与耐蚀合金电导平衡技术"的方法。
6) overhead transmission lines
架空输电线路
1.
In order to obtain the operation state of overhead transmission lines in time and improve operation reliability of lines,this paper presents a method for operation state evaluation of overhead transmission lines based on Bayesian networks.
为了详尽及时地掌握架空输电线路的运行情况,提高线路运行的可靠性,提出了一种基于贝叶期网络的架空输电线路运行状态评估方法。
2.
This paper introduces the icing reasons of overhead transmission lines.
架空输电线路覆冰会引起导线舞动、导线不均匀脱冰和过负载等事故灾害。
3.
However,by its own structure and operating characteristics,overhead transmission lines are easily lead to failure because operating environment and other factors.
架空输电线路是电力系统的重要组成部分,但由其自身的结构和运行特点,容易受到运行环境等因素的影响而发生故障。
补充资料：高压线走廊（高压架空线路走廊）
在计算导线最大风偏和安全距离情况下，35kV及以上高压架空电力线路两边导线向外侧延伸一定距离所形成的两条平行线之间的专用通道。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条