1.
Online Monitor System of Digital AC UHV Surge Arrester
数字式交流特高压避雷器在线监测系统
2.
Analysis on Voltage Gradient Limitation of ZnO Varistor in Ultra High Voltage Arrester
特高压避雷器用ZnO压敏电阻电压梯度限值的探讨
3.
Modern EHV arresters must be capable of discharging these high-energy switching surges.
现代超高压避雷器必须能在这些高能量的操作过电压下放电。
4.
full-wave voltage impulse
(避雷器的) 全波电压电击
5.
Method for Testing 220 kV MOA without Removing the HV Lead Conductor
220kV金属氧化物避雷器不拆高压引线的试验方法
6.
Analysis of MOA Application on HV Transmission Line
浅析线路型避雷器在高压输电线路的应用
7.
Simulation and Study on Switching Overvoltage and Arrester Application at DC Side of ±800kV UHVDC Converter Station;
±800kV特高压换流站直流侧操作过电压仿真与避雷器配置方案研究
8.
Arrester Protection at Valve-side of Highest Potential Converter Transformer in ±800 kV UHVDC Project
±800 kV特高压直流换流站最高端换流变阀侧避雷器保护研究
9.
lightning arrester, voltage limiter and surge suppressor for a voltage exceeding 1000V
超过1000V电压用避雷器、限压器和平压装置
10.
Study on Application and priciple of ZnO Arrester with Air Gap in Transmission Lines;
高压输电线路氧化锌避雷器技术原理和应用方案的研究
11.
thyrite arrester
（- tor）塞利特压变电阻避雷器
12.
Testing of Capacitor Voltage Transformer and Arrester without Removal of the Lead
500kV电容式电压互感器、避雷器不拆线试验方法
13.
This voltage has some assumed value of impulse current through it, plus an additional voltage related to the distance between the arrester and that point.
此电压值为设定冲击电流流过避雷器时的电压,再加上避雷器与该点间距离所相关的附加电压。
14.
Study on Improving Lightning Withstand Level of 330 kV Transmission Line with Line Arrester
线路避雷器提高330kV输电线路耐雷水平的研究
15.
This means that arrester rating is 100% of the system line-to-line voltage.
这表明避雷器的额定值为系统线电压的100％。
16.
The Influence on Measured Data from Zinc Oxide Arrester Grading Ring
氧化锌避雷器均压环对测量数据的影响
17.
Selection of the Rated Voltage of the Gapless ZnO Lightning Arresters in 10 kV Power System
10kV电力系统无间隙ZnO避雷器额定电压选择
18.
Calculation of Induced Overvoltage on Distribution Line and Optimization of Disposition of Arrester
限制配电线路感应过电压的避雷器布置优化