1) UHV transmission line
特高压线路
1.
Design on the lightning protection coverage of the lightning shield conductor for UHV transmission line;
特高压线路的避雷线保护范围设计
2.
Recently, UHV transmission line OPGW accidents, such as wire broken, fiber broken, tube perforation, water leakage, oil leak, hydrogen discharge, blowing out, signal interruption, etc.
根据特高压线路的特点和要求,建议我国特高压线路中的OPGW采用CCS-OPGW光缆结构。
3.
Usually, the UHV transmission line is long and the phase-to-ground capacity and phase-to-phase capacity are big.
本文首先利用集中参数模型对特高压输电线路进行了简化,推导出了特高压线路在故障和断路器操作过程中暂态电流的近似表达式,定性分析了暂态电流的特征。
3) UHV transmission line
特高压输电线路
1.
Bundle conductor minimum ground clearance of 1 000 kV AC UHV transmission lines;
1000kV级交流特高压输电线路导线最小对地距离研究
2.
Research on UHV transmission line protection——pilot differential protection;
特高压输电线路保护的方案研究——纵联差动保护
3.
Prediction of audible noise of AC UHV transmission lines based on relevance vector machine
基于相关向量机的交流特高压输电线路可听噪声的预测研究
4) UHV transmission lines
特高压输电线路
1.
Study on the power frequency electromagnetic field under UHV transmission lines;
特高压输电线路下方工频电磁场的研究
2.
Based on the accuracy verification of different mathematic models for calculating the conductor surface voltage gradient in engineering,it is pointed out that,the successive image method has higher accuracy and its maximum error is less than the engineering allowable limits,suitable for the design and electromagnetic environment research of UHV transmission lines.
通过对工程中计算导线表面电位梯度的常用数学模型进行准确度校验,提出逐步镜像法由于具有较高的计算精确度,而且最大误差远小于可以接受的工程误差限值,适合我国在进行特高压输电线路设计和电磁环境研究时使用。
3.
As for the design of UHV transmission lines, the calculation of surface electric field intensity of bundled conductors is one of the main problems.
对于特高压输电线路的设计而言,分裂导线表面电场强度的计算是一个主要问题。
5) UHVAC transmission line
交流特高压线路
6) Ultra-High Voltage grid(UHV)
特高压送电线路
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