1) leading reactive power
超前无功功率
2) leading power factor
超前功率因数
3) power factor lead
功率因数超前
4) reactive power
无功功率
1.
Approach on man_made compensating reactive power;
人工补偿无功功率方式探讨
2.
Overview of the state of the art of static reactive power compensation technology;
静止无功功率补偿技术研究进展综述
3.
Summary of the reactive power s control in GuiGuang HVDC;
贵广直流系统无功功率控制小结
5) imaginary power
无功功率
1.
Imaginary power compensation device of an electric shovel;
电动铲运机的无功功率补偿装置
2.
This paper analyzes discipline of transient power and loop on releasing imaginary power based on voltage and current of inductance loading in utilizing IG-BT bridge circuit power.
分析了IGBT全桥变换电路实现功率变换时感性负载上电压、电流的瞬态变化规律及无功功率的释放回路,对TEM-Ⅱ型瞬变电磁法发射机阻感性负载三种工作方式的换相过程作了深入全面的讨论,进而提出几点注意事项。
6) wattless power
无功功率
1.
Improving power factor (meaning compensation of wattless power) of enterprise in using power is one of important subjects in economizing power.
改善企业用电的功率因数 (即无功功率补偿 )是企业节约电能的重要课题 ,根据目前变压器运行的状况 ,提出了采用相应的技术措施以提高功率因数的必要性和可行性 ,达到节约用电的目
2.
Compensation of wattless power is a kind of energy saving method in enterprise and design of architecture electric ensineering.
无功功率补偿是工业企业及建筑电压设计中经常采用的一种节能方式。
补充资料:无功
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