1) saves energy in idle hours
空载节电
2) no-load voltage
空载电压
1.
This paper analyzes no-load voltage building process of a△-connected three-phase induction generator under single-phase operation.
用对称分量法求出发电机不对称稳态运行时的回路阻抗,令回路阻抗的实部与虚部分别为零,作为异步发电机稳态运行的条件,由此计算给定电容值情况下的空载电压值。
2.
Based on the theoretical analysis of each factor inducing vibration of core and winding, the experiments validated that the fundamental frequency magnitudes of core and winding vibrations are linear to square of no-load voltage and loading current respectively.
提出了电网电压波动较大时必须考虑空载电压大小对铁心振动的影响,评价绕组的振动水平时必须考虑负载电流的大小。
3) No load current
空载电流
1.
This paper analyzes the cause for variation in no load current of three phase induction motors, simply describes several cases about it, and explaines them through examples.
分析了三相异步电动机空载电流变化的原因 ,简述了空载电流变化的几种情况 ,通过实例给出了空载电流变化的大小及症结所在 ,为识别和处理类似的问题提供了参
2.
They are the excitation current,no load current and magnetization current of transformer.
阐述了变压器励磁电流、空载电流和磁化电流这三个密切相关的电流的物理意义 ,分析了它们之间的关系和概念上的区
5) non-load cable
空载电缆
6) no-loading EMF
空载电势
1.
On the basis of these theories, the no-loading EMF of powerformer is analyzed and the no-loading waveform deviation factor is taken out, in the conditions of considering the influence of damping winding and not considering it.
在这些理论基础之上，分析了考虑阻尼绕组影响与不考虑阻尼绕组影响两种情况下电力发生器的空载感应电势，求取了空载电势波形畸变率。
补充资料：空载
见“负荷③”(285页)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条