1.
Studies on Switching Control Algorithms for Capacitors in Distribution Networks;
配电网络电容器投切控制算法的研究
2.
Simulation and Measurement of the Switching Overvoltage of Compensating Capacitor in Substations;
变电站补偿电容器投切过电压的仿真与测试
3.
Care should be taken in selecting switches and breakers for capacitor switching.
在选择用作电容器投切的开关时应慎重。
4.
The Technology of Loss Reduction Based on Network Reconfiguration and Capacitor Control in Distribution System;
基于网络重构和电容器投切的降低配网损耗的技术
5.
Shunt capacitor bank switching strategy based on precharge circuit
基于预充电的电容器组投切控制策略
6.
Network Harmonic Impedance Measurement Using Capacitor Switching
投切电容器时的电网谐波阻抗测量方法
7.
Many large capacitor banks are switched on and off as the system need for reactive kilovolt amperes changes.
许多大容量电容器组根据系统对无功容量需要的变化新投切。
8.
Study on synchronous switching over device for compensating capacityh bank
无功补偿电容器组的同步投切装置研究
9.
RESEANCH ON AN INTELLIGENT NON -CONTACT AUTOMATIC VAR-COMPENSATOR
智能式电容器无触点自动投切装置的研究
10.
Research on the Synchronization Switch of 10kV Capacitor Based on DSP;
基于DSP的10kV电容器组同步投切装置的研制
11.
Optimal Switching Threshold Based Static Var Compensator;
基于电容器最优投切阈值的静止无功补偿装置
12.
Research on Power Unit on the Thyristor Switched Capacitor (TSC)
晶闸管投切电容器（TSC）中功率单元的研究
13.
Research of Dynamic Parameters in Capacitors Controlled by Three-phase Thyristor
三相晶闸管投切电容器动态参数的研究
14.
capacitor changeover contactor
切换电容器式接触器
15.
Very large banks are usually switched in steps.
容量非常大的电容器组通常分批逐步地进行投切
16.
Surges can be generated by customers through the switching of their own loads, or they may be caused by utility switching operations (capacitors, breakers, etc.).
冲击可由用户投切负荷产生,也可由电力部门投切操作(电容器,断路器等等)引起。
17.
Hybrid Var Compensator Based on the Coordinated Operation of STATCOM and TSC
静止无功发生器与晶闸管投切电容器协同运行混合无功补偿系统
18.
If a number of capacitor segments are employed, the AVR would also orchestrate their switching as required.
若采用电容器的分段较多,AVR按需要来编排它们的投切。