1) Medium Voltage
中电压
1.
5kV IGBT modules, and the their medium voltage applications including in traction, industrial drives and pulse power have been introduced in this paper.
5kV IGBT芯片制造和封装技术的特点,以及在牵引、工业传动和大功率脉冲等方面的中电压应用。
2) voltage interruption
电压中断
1.
The conventional generalized power quality controller(GPQC)cannot compensate the voltage interruption if it has no energy storage in the dc link.
DPS-GPQC能够同时补偿电网谐波电压、电压跌落和上升、电压中断、三相电压不平衡、谐波电流及无功电流,且能够实现两个不同电源之间能量的交错备用。
3) medium voltage cable
中压电缆
1.
The single - core with AC35kV or AC10kV is generally used for medium voltage cable in power supply system of urban orbit traffic.
城市轨道交通供电系统的中压电缆一般采用单芯结构,电压等级为交流35 kV或10 kV。
2.
In recent years, as electric power enterprises in China pay more attention to the long life and high reliability of power cable, Wuhan High Voltage Research Institute together with The Dow Chemical Company have developed the research project of ageing tests of medium voltage cable aiming at the cable structure in China, which evaluates the improvements of cable performances using TR-XLPE.
近年来,随着中国电力企业对长寿命、高可靠性电力电缆关注的增加,武汉高压研究所和陶氏化学公司(TheDowChemicalCompany)一道,共同开展了一项针对于中国电缆结构的中压电缆老化试验研究项目,就使用抗水树绝缘料对电缆性能的提升进行评估。
4) medium-voltage power network
中压电网
1.
The harm of single-phase grounding fault current in the medium-voltage power network has been gotten the universal solicitude of people.
中压电网中,单相接地故障电流的危害性受到了人们的普遍关注。
2.
The recent developments of neutral point ground modes of medium-voltage power network and variety of national related standards are presented.
阐述了中压电网中性点接地方式的近况,国家有关标准的变化,企业应从中吸取有益的东西。
5) centre adjustment voltage
置中电压
1.
Influence on position precition of centre adjustment voltage to control cylinder;
置中电压对比例方向阀控缸位置精度的影响
6) neutral-point voltage
中点电压
1.
This paper analyzes the unbalancing problem of neutral-point voltage with light load in DC-Rail ZVT soft-switching inverter.
分析了轻载时直流母线零电压过渡软开关逆变器存在的中点电压不平衡问题。
2.
Because medium-vectors are eliminated, the neutral-point voltage self-balance is achieved.
根据基于目标控制的三电平PWM整流器的数学模型,详细分析了三电平各电压矢量对直流侧中点电压的影响,提出了一种弃用中矢量的对称三区的电压矢量调制策略。
补充资料：中点电压
分子式：
CAS号：
性质：电池在放电过程中，放出电量为其实际容量一半时的电压。
CAS号：
性质：电池在放电过程中，放出电量为其实际容量一半时的电压。
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