1) overload capacity
过载能力
1.
The following paper introduces the factors should be noticed by electrical engineers during using dry-type transformers,and illustrates the temperature control system,protection method and overload capacity of dry-type transformers,in order to offer a reference for the people who use dry-type transformers.
介绍了电气工程师在对干式变压器使用时应该注意的事项,主要从干式变压器的温度控制系统、干式变压器的防护方式、干式变压器的过载能力等方面进行比较,可供干式变压器的使用者参考。
2.
Based on the study of transformation equipment standards both at home and abroad,the long-term continuous overload capacity,the short-term overload capacity,and the emergency overload capa.
在充分研究国内外变电设备标准的基础上,探讨了开关设备的长期连续过载能力、短期过载能力和紧急过载能力,可以期望,结合华东电网的实际,通过对开关设备过载能力的深入研究,将极大地拓展华东电网提高电网输送能力的空间。
2) overload ability
过载能力
1.
<Abstrcat>Based on theory of induction motor synchronization,study relation with load rate,rotor excitation current,active and inactive power in allowing rotor-wound heat and overload ability via theory analysis and experiments.
基于异步电动机同步化的原理,通过理论分析和实验方法,研究在转子绕组发热允许,且满足同步化后的过载能力情况下,得出负载率与转子励磁电流、有功和无功功率之间的关系。
2.
Based on theory of induction motor synchronization, studies relation with load rate,rotor excitation current ,active and inactive power in allowing rotor-wound heat and overload ability via theory analysis and experiments.
基于异步电动机同步化的原理,并通过理论分析和实验方法,研究在转子绕组发热允许,且满足同步化后的过载能力情况下,得出负载率与转子励磁电流、有功和无功功率之间的关系。
3.
From the texture,rated,overload ability,construction of transistor core,module composition and radiation,drive and separation,combined with dissection for IGBT,this paper analyzes the reliability of high power IGBT refer to puncture and explosion of high power IGBT in converter and chopping wave speed-regulation in practice.
针对大功率IGBT在变频、斩波调速应用中实际出现的击穿、爆炸的现象,从IGBT的结构、定额、过载能力、管芯结构、模块结构与散热、驱动与隔离入手,结合对IGBT的解剖分析,对IGBT进行了可靠性分析。
4) thermal overload capacity
热过载能力
5) overlond capacity
过载容量过载能力
6) overload capacity
超载(能)量;过载能力
补充资料：过载能力
电气设备及机械的最大可能输出对额定输出的比值。是衡量电机能否稳定运行的一个重要指标。
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