High-power current compensator in broad sense based on multi-level convertor;
基于多电平变换器的广义大功率电流补偿器
This function is sometimes called active and reactive current compensation or line drop compensation.
此功能有时称为有功和无功电流补偿或线路压降补偿。
Investigation of New VAR Compensator Base on Current Compensation;
基于电流补偿的新型无功补偿器的研究
Reactive power compensation with FACTS for ultra-high voltage power system
基于FACTS的交流特高压电网无功补偿
no-load compensating power capacitor
无功补偿用电力电容器
Over-voltage,Secondary Arc and Reactive Power Compensation in UHV AC Transmission System
特高压输电系统过电压、潜供电流和无功补偿
Compensate Control of Reactive Power Based on Three-Phase Voltage Source Converter
基于三相电压型变流器的无功功率补偿控制
The LabVIEW Based Reactive Power Compensation System of Electrical Power Grid;
基于LabVIEW的电网无功补偿
STUDY ON THE INTEGRATED COMPENSATION OF HARMONIC, REACTIVE AND NEGATIVE SEQUENCE CURRENTS IN POWER SYSTEMS
电力系统谐波、无功和负序电流综合补偿的研究
Study on Compensating Harmonic and Reactive Currents Active Power Filter for the Electrified Railway System
补偿电铁谐波及无功电流的有源滤波器的研究
Study on Distribution Static Compensator based on Predictive Current Control
基于预测电流控制的配电网无功补偿器研究
Researching on Non-contact High Power AC Compensated Stabilizer;
无触点大功率补偿式交流稳压电源的研究
Research on Reactive Power Compensation and Harmonic Suppression of Converter Power Supply Systems;
变流器供电系统的无功补偿与谐波抑制研究
Research of Reactive Power Compensations and Controls in UHVDC Transmission Systems;
特高压直流输电无功补偿及其控制策略的研究
Research on the Integrated Compensation of Reactive and Negative Currents for Unbalanced Load
不平衡负荷无功与负序电流的综合补偿研究
Applicatioin of Capacitor Switching AC Contactor in Reactive Power Compensation
切换电容器交流接触器在无功补偿中的应用
The application of reactive power compensator to DC-Arc plasma CVD diamond equipment
无功功率补偿技术在直流电弧CVD金刚石设备中的应用
Calculation of power-voltage curve for AC/DC hybrid power system considering converter transformer tap change and reactive power compensation
考虑换流变压器和无功补偿协调控制计算AC/DC系统有功-电压曲线
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