1.
The adverse effects of capacitor about voltage flash was discussed in this paper, and attested that fixed capacitor compensation add the voltage flash.
文中分析了电容器补偿对抑制电压闪变的不利影响，固定的电容补偿将增大电压闪变。
2.
Compensating Conservation of Parallel Condenser of AC Arc Welder and Its Calculation
交流弧焊机并联电容补偿节电及其计算
3.
no-load compensating power capacitor
无功补偿用电力电容器
4.
low voltage capacitor auto compensate box
低压电容自动补偿柜
5.
Calculating the Capacity of Concentrate Compensatory Capacitor on Different Compensatory Purpose
按不同的补偿目的计算集中补偿电容器容量
6.
Optimization of Reactive Compensation and Choice of CompensationCapacity in Low-voltage Electric Network;
低压电网无功补偿最优方式和补偿容量的选择
7.
Shunt capacitor grouping and Reactance Rate selection
并联补偿电容器分组方式、电抗率选择
8.
Study on Compound Throw Switch Used in Reactive Power Compensation;
无功补偿用电容投切复合开关的研究
9.
Studying of the Reactive Compensation Capacitor Harmonics Over-load;
无功补偿电容器谐波过载问题的研究
10.
Optimized Design of the Capacitor Compensation Software Based on LabVIEW;
基于LabVIEW的电容器补偿软件的优化设计
11.
Technology Characteristics of Hezhou 500 kV Series Compensation Equipment
贺州500kV串联补偿电容器装置技术特点
12.
The Compensation of LDO Based on Capacitor Multiplier
基于电容倍增技术的LDO补偿方法
13.
Preliminary Study on the Inductive Reactive Compensation Capacity for Power Grids in 220 kV and Lower Voltage Grades
220kV及以下电网感性无功补偿容量初探
14.
The degree of compensation provided by a reactor is usually quantified by the percentage of the line capacitance that is compensated.
电抗器所提供的补偿度通常可由被补偿线路电容的百分数来量化。
15.
Research of calculating the capacity of shunt-wound compensating capacitor of inductive character load;
对感性负载并联补偿电容器容量计算的研究
16.
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
17.
Research for Shunt Capacitor for Reactive Compensation in the Substation in Regional Power System;
地区电网变电站并联补偿电容器分组研究
18.
Influence of shunt capacitors reactive power compensation on power network electric parameters
并联电容无功补偿对电网电气参数的影响