1.
Distribution Transformer-Capacitor unit Micro-impact VQC
配变-电容器组微冲击电压无功综合控制
2.
The Optimization Research on the Capacity and Location of MV Distribution Transformer;
中压配电变压器容量位置的优化研究
3.
Analysis on Energy Saving by Additional Small Capacity Distribution Transformer in Enterprise
企业增设小容量配电变压器节能分析
4.
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
5.
Discussion on Configuration and Calculation of Protection Device for 20 kV Shunt Capacitor Bank
20kV并联电容器组保护装置的配置与计算
6.
Accident Analysis Caused by Wrong Configuration of Capacitor Series Reactance Rate and its Suggestions
电容器组串抗率配置错误事故分析及建议
7.
Analysis and Judgment of Relation between Loss and Capacity Type of Distribution Transformer
配电变压器损耗与容量型号关系的分析及判断
8.
Choice of Distribution Transformer's Economic Operation Range and Capacity
配电变压器经济运行区间和经济容量的选择
9.
block condenser
隔直流电容器级间耦合电容器电解电容器组
10.
Research on adaptive changes of current protection setting values of multi-branch capacitor
多分组电容器电流保护整定值自适应变化研究
11.
A SVC controls the voltage by varying the reactive current drawn by the combination of capacitors and reactors.
SVC通过改变组合电容器和电抗器所吸取的无功电流来控制电压。
12.
Effect of Harmonics Amplification to Distribution Transformerand Parallel Capacitor
谐波放大对配电变压器和并联补偿电容器的危害
13.
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。
14.
Multilevel Inverter Combination Topologies and Fault-tolerant Techniques in Multilevel Inverters;
新型多电平逆变器组合拓扑结构和多电平逆变器的容错技术
15.
Simulation Study of the Influence on Capacitor Banks when Switching on a No-load Main Transformer in Substation
变电站空投主变压器对电容器组的影响仿真研究
16.
Distribution voltage class capacitor banks can be connected in grounded wyes, ungrounded wyes or delta.
配电电压等级的电容器组可接成接地Y形、不接地Y型或△。
17.
combination Al electrolytic capacitor
组合式铝电解电容器
18.
Selection of series reactance ratio of substation capacitor banks in AC/DC hybrid power grid
交直流混合电网中变电站电容器组串联电抗率选择