送电线路

  • 网络power transmission sequence;transmission line
送电线路送电线路
  1. 750kV送电线路经过煤矿采空区的处理措施

    On treatment measures for 750 kV power transmission sequence through old coal-mine areas

  2. 经过工程实践,归纳总结出施工过程质量控制要点,使工程项目质量管理目的明确、统一性好、延续性强,并具体结合实际工程项目,对送电线路工程的质量管理进行深入研究。

    Through practice , the article summarizes main points of good quality control during construction so as to make the target clear , the uniformity good and continuity strong ; and combining with the practical project , the auther deeply studies the quality management of power transmission line .

  3. 高海拔地区送电线路GPS测量的问题及解决办法

    GPS Survey for the Electric Transmission Line at High Altitude District

  4. 浅谈GoogleEarth软件在高压送电线路设计中的应用

    The Application to Google Earth Software in the Design of High-voltage Transmission Lines

  5. 送电线路航测GPS高程的线性拟合

    Linear Fitting of GPS Altitude In Transmission Line Aerial Surveying

  6. 采用GPS进行城市规划区送电线路测量的方法

    GPS Technology in Application to Power Wire Survey for City Plan Area

  7. 手持式GPS在送电线路工程中的应用

    Handheld GPS to the Construction of Transmission Line Project

  8. 三维送电线路GIS系统在电力线路勘测路径选择中的应用

    Application of GIS in Selection of Line Path During Electric Power Line Surveys in Three-Dimensional Transmission Line

  9. 浅谈AutoCAD环境下架空送电线路机电计算及绘图软件的开发和应用

    Primary Discussion about Development and Application of Electromechanical Calculation and Drafting Software for Overhead Transmission Lines under AutoCAD

  10. 特高压送电线路及OPGW在日本东京电力公司的应用

    Application of UHV transmission line and OPGW in Japanese electric power

  11. 本文结合送电线路工程的特点,介绍了航测GPS外控测量的原则和方法及注意事项。

    According to the specialities of the transmission line engineerings , This paper introduces the principle and method of GPS control surveying of photograph in transmission line aerosurveying .

  12. 500kV送电线路运行情况分析750kV输电系统FACTS研究

    Operational Maintenance of 500 kV Transmission Lines FACTS Study on 750 kV Transmission Lines

  13. 我院设计的500kV送电线路工程造价分析

    Analysis on Cost of 500 kV Transmission Lines by Our Institute

  14. 教学用500kV模拟送电线路的设计

    Design of 500 kV Simulated Power Transmission lines for Teaching Use

  15. 500kV送电线路等效干扰电流测试与分析

    Measurement and Analysis of Equivalent Interfering Current on 500 kV Transmitting Lines

  16. 500kV送电线路工程水土保持设计

    Water & Soil Conservation Design in 500 kV Power Transmission Line Project

  17. 35kV~220kV送电线路的带电综合性检修

    Comprehensive Live - wire Maintenance of 35kV ~ 220 kV Transmission Lines

  18. 500kV送电线路铁塔软土基础设计

    The Foundation Design for Tower of 500 kV Transmission Line in Soft Soil

  19. 500kV送电线路更换铁塔底段塔材

    Replacement of Tower Bottom for 500 kV Transmission Lines

  20. 750kV送电线路大档距OPGW防振设计

    Design of long span OPGW anti-vibration on 750 kV transmission line

  21. 影响500kV送电线路工程造价敏感因素分析

    500 kV Transmission Line Project Cost Sensitivity Analysis

  22. 500kV超高压送电线路标准执行问题分析

    Analysis on Problems in the Implementation of Standard for 500 kV EHV Transmission Line

  23. 750kV送电线路工程OPGW的结构设计

    Design OPGW structure for 750 kV transmission line project

  24. 根据送电线路工程测量的具体特点,介绍在开展CAD工作中,保证绘图质量,减轻劳动强度,提高工作效率的一些做法。

    In this paper , according to the characteristic of transmission electricity line engineering , introduce developing CAD drawing , be able to assure the quality of drawing , relieve the strength of working , raise the efficiency of working .

  25. 500kV架空送电线路工程房屋拆迁简易判定法

    Simple estimate the method for 500 kV overhead transmission lines to house - dismantle to move

  26. 关于《110~500kV架空送电线路设计技术规程》部分条款的商榷

    Deliberate on a Part of Terms in Technical Code for Designing 110 ~ 500 kV Overhead Transmission Line

  27. 城网110kV架空钢管杆送电线路经济水平档距分析

    Analysis on Economic Horizontal Span of 110 kV Steel Pipe Pole Transmission Line in Urban Power Grid

  28. 介绍了用零点、极点配置法设计的数字滤波器与两点乘积算法配合作为10(6)kV送电线路微机电流保护的计算方法。

    This paper introduces how to use a digital filter designed with the method of zero point and pole configuration and product method of two points as an algorithm of microcomputer current protection or 10 ( 6 ) kV power transmission line .

  29. 该项目具体研究内容,就是以3S技术为基础,建立架空送电线路地理信息系统(OTLGIS)。

    Its material content is how establish Geographic Information System for Overhead Transmission Line ( OTLGIS ) that is based on " 3S " technique .

  30. 以500kV高新变&德岭变送电线路工程项目的公众参与与实践为例,对公众参与过程中所面临的一些普遍问题进行探讨。

    Taken public involvement of 500 kV Gao Xin-De Ling electricity transmission project as case study , the common problems faced in public involvement processes are discussed .