建立和维护电力电容器制造过程及标准。
Establish and maintain power capacitor manufacturing process and standards.
研究结果对电力电容器的设计和制造有参考价值。
The research result has positive reference value to the design and manufacture of power capacitor.
采用电力电容器进行补偿有固定补偿和随机自动补偿。
Fixed compensation and random auto-compensation use power capacitor to compensate.
电力电容器元件的电场数值计算是电容器设计的主要依据。
Electric field numerical calculation is the main foundation for the design of power capacitor.
文章介绍一种实用于电力电容器真空浸渍罐的微机控制系统。
This article has introduced a system of computer control for power condenser vacuum impregnating tanks.
实验结果说明它是一种浸渍全膜电力电容器的优良绝缘介质。
The results of tests indicate that is is a kind of good insulation medium or impregnate full film power capacitor.
传统的电力电容器检测通常为断电，离线进行，影响了生产。
The traditional detection methods for power capacity would be carry in off line condition, that affect the power transmission.
此项研究技术已用于电力电容器绝缘瓷套表面金属化的实际生产中。
The technology applied successfully in the production of the metallization for insulated porcelain sleeve on the surface of the power capacitor.
电力电容器缺油会在较低电压下产生持续局部放电，最终破坏电容器。
The partial discharge can be generated continuously in the short oil capacitor under lower voltage, which finally leads to the damage of capacitor.
对电力电容器用绝缘材料的热老化规律，以及它与热性能的区别进行了讨论。
The article discussed thermal aging rule of insulating material of power capacitor and the difference between thermal character and aging.
如：真空冶炼，电力电容器，变压器，真空浸渍处理，真空镀膜设备中的预抽等。
For example, vacuum metallurgy, power condensers, transtormers, vacuum macerate process, fore-sucking for vacuum coating equipment, etc.
本文介绍了两种性能稳定的酯类液体介质，它们符合电力电容器浸渍剂的技术要求。
This paper introduces two stable ester liquid dielectrics. They meet the technical requirements of impregnants for capacitors.
并联电容器和高压电容型设备是电力系统中应用普遍的电气设备，这里统称为电力电容器。
Parallel capacitor and HV capacitive type equipments are widely used in power system, here we call them power capacitor in all.
摘要通过对大连某化工厂谐波的检测和分析，阐述电力电容器组投入时对谐波的放大及应对措施。
Based on the detection and analysis of harmonics of a chemical plant in Dalian city, harmonic amplification caused by capacitor bank and corresponding measures are described.
分析了电力电容器着火爆炸的原因，提出了相应的措施，有效地预防了电容器着火爆炸事故的发生。
The reason was analyzed for power capacitor firing and explosion accident. Corresponding measures were put forward and availably prevent from the type of the accident.
电力电容器真浸工艺是电容器制造技术中的关键工艺，优良的真浸设备是合理真空工艺制定的基础。
A key technological process to power capacitor manufacture is vacuum impregnation, and the quality of impregnation can only be guaranteed by using good vacuum impregnating equipment.
本文介绍了一种由单片微型计算机、高压电力电容器和控制装置组成新的高压无功确率自动补偿系统。
This paper presents a new automatic compensation system of high tension reactive power, which consists of single-chip microcomputer, high tension capacitor and control device.
电容器灌封蜡 ：主要用于低压自愈式电力电容器，交流马达启动电容器等金属化电容器的绝缘灌封。
Waxes for Capacitor Encapsulation : Applied as encapsulation insulator for metalized capacitor such as self-healing type low voltage power capacitor , alternating motor startup capacitor.
介绍了用电子分析天平测量平行板电容器两极板间的静电力和真空介电常量的原理和方法。
The theory and method in measuring accurately the electronic and vacuum dielectric constant of parallel plate capacitor are introduced.
介绍了电力系统中的电容器无功补偿问题。
Reactive power compensate of capacitor in electric power system is introduced.
随着技术的成熟和成本的降低，超级电容器储能将被广泛应用于电力系统的电能质量控制中。
The software is completed in assemble language. With the growing up of the technology and low cost, the energy system based on super capacitors will be used widely.
讨论了中小焊管电力电子设备的槽路电容器，由原始设备的CCG81型电容器产品改造为使用CCGS - 3型水冷电容器过程的教训与经验。
This article introduces slot capacitor of welded pipe HF power electric equipment, and the lesson and experience of the CCGS-3 type water cooling capacitor reformed by primeval CCG81 type capacitor.
介绍了用电子秤测量平行板电容器两极板间的静电力和真空电容率的原理和方法。
The theory and method of measuring the electrostatic force and the permittivity of vacuum in parallel plate capacitor by electronic balance are introduced.
而不是作为一个主要的电池，超级电容器较常用的记忆备份桥梁短期电力供应中断。
Rather than operate as a main battery, supercapacitors are more commonly used as memory backup to bridge short power interruptions.
冲击可由用户投切负荷产生，也可由电力部门投切操作(电容器，断路器等等)引起。
Surges can be generated by customers through the switching of their own loads, or they may be caused by utility switching operations (capacitors, breakers, etc.).
能量采集接口可组合使用太阳能电池与超级电容器在电力线是不切实际的偏远地区使用无电池供电。
An energy harvesting interface allows batteryless power supply using a solar cell in combination with a super capacitor for use in remote locations where power lines are impractical.
能量采集接口可组合使用太阳能电池与超级电容器在电力线是不切实际的偏远地区使用无电池供电。
An energy harvesting interface allows batteryless power supply using a solar cell in combination with a super capacitor for use in remote locations where power lines are impractical.
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