1.
Discussion about choice of the methods of closing circuit line in the 110 kV automatic back-up power supply device
浅谈110kV备自投合闸回路的接线方式选择
2.
Improvements of reclosing circuits during upgrading substation automation systems
变电所自动化升级中的重合闸回路改造
3.
New scheme on reclosing phase by phase for double-circuit transmission lines on the same tower
同杆平行双回线路按相重合闸新方案
4.
Research on the Adaptive Auto-reclosing of 500 kV Double-circuit Transmission Line and the Corresponding Change of the Circuit-breaker Control Circuit
500 kV同塔双回线路自适应重合闸及断路器控制回路的适应性更改
5.
Study of Protective Relay on Series Capacitor Compensated Lines & Study of Protective Relay and Reclosure on Double-circuit Lines on the Same Pole
串补线路继电保护的研究与同杆双回线继电保护及重合闸的研究
6.
Evidently a connection consists of either a loop or a set of non-touching loops.
很显然，一个合闸由一个回路线组成，或者由互不接触的回路集合组成。
7.
Analysis of Failure Trip Rate of 1000 kV Double Circuits on the Same Tower
1000kV同塔双回线路双回故障跳闸概率分析
8.
Research on the Adaptive Reclosure of Single-circuit Transmission Line;
电力系统单回线自适应重合闸的研究
9.
Research on Community Integrate of Daning Street in Zhabei District;
闸北区大宁路街道社区资源整合研究
10.
Proper application of lightning arrester to reduce trip out rate of power transmission lines;
合理应用消雷器 降低线路跳闸率
11.
Problems of Enclosure Operation in 500 kV Transmission Line
500kV线路重合闸运行中应注意的问题
12.
Analysis for the Abnormal Phenomenon of the Closing Time in the 500 kV Circuit Breaker
500kV断路器合闸时间异常情况分析
13.
The Improvement of Column Breaker′s Closing Mechanism LW3-10
LW3-10型柱上断路器合闸机构改进
14.
Calculation Method of Lightning Trip-out Rate from Four Circuits on One Tower Transmission Line
同塔四回输电线路的雷击跳闸率计算方法研究
15.
Linearity Analog Optocoupler Application in Controlled Switch Loop
线性隔离光耦在提升机可调闸回路中的应用
16.
Analysis on Lightning Stroke Tripping of 220 kV Double Circuit Transmission Lines on the Same Tower
220kV同塔双回输电线路雷击跳闸原因分析
17.
Study on Optimal Re-dosure on Double-ciruit Lines on the Same Tower & Proteceion Coordinaion Mode
同塔双回线优化重合闸与保护配合方式的研究
18.
To prevent the breaker against closing operation when the breaker is in OFF state.
当断路器处于分断状态下，防止断路器合闸。