harmonic capacitor

英 [hɑːˈmɒnɪk kəˈpæsɪtə(r)] 美 [hɑːrˈmɑːnɪk kəˈpæsɪtər]

高谐波电容器

电力



双语例句

  1. Analysis and simulation results show that different harmonic currents flowing into the capacitor circuit is different due to different reactance ratio of series reactor.
    分析与计算结果表明,因串联电抗器的电抗率不同,其流进电容器回路的谐波电流也截然不同。
  2. Influence of Harmonic on Shunt Capacitor in HVDC Monopolar Operation
    直流单极运行时谐波对并联电容器的影响
  3. The Simplified Harmonic Analysis and Calculation for Shunt Capacitor Installation
    并联电容器装置的谐波简化分析与计算
  4. 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.
    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。
  5. Discussion on Mutual Influence between Harmonic and Shunt Capacitor Device
    浅谈系统谐波与并联电容器装置间的相互影响
  6. Optimization Study on Coordination of Expansion Investment of Transmission Grid with Reliability of Power Grid; Network Harmonic Impedance Measurement Using Capacitor Switching
    输电网扩容投资与电网可靠性的协调优化研究投切电容器时的电网谐波阻抗测量方法
  7. The Harmonic Influence of Three-phase Rectifier Circuit With Large Capacitor on Electric Network
    带大电容的三相整流电路对电网的谐波影响
  8. Network Harmonic Impedance Measurement Using Capacitor Switching
    投切电容器时的电网谐波阻抗测量方法
  9. Improved low harmonic input three-phase rectifier with DC-side capacitive filter Film capacitor used as smoothing capacitor of CVCF and inverter
    直流侧采用C滤波的改进型低谐波输入三相整流器薄膜电容器作为变频器与逆变器的整流滤波电容器
  10. Analysis on Harmonic Enlargement Caused by Parellel Capacitor Bank of Power System
    电网并联电容器组对谐波的放大分析
  11. As the impedance of a capacitor has its tolerance, it is easy to interact with the harmonics in the power supply system and results in parallel vibration of harmonics and the harmonic amplification of harmonic current by capacitor causing damage to capacitors and electric equipment.
    由于电容器的阻抗呈容性,易与电力系统中的谐波产生相互影响,发生谐波的并联谐振和电容器对谐波电流的谐波放大,造成电容器和电气设备的损坏。
  12. Parameter input and modification are easy. The user harmonic voltage and current violation and capacitor harmonic magnification, the filter efficiency verification and the filter impedance-frequency characteristics can be conveniently analyzed.
    所开发的软件参数输入与修改便捷,可方便地进行用户谐波电压与电流超标情况、电容器谐波放大问题分析、滤波效果校验、滤波器阻频特性分析等。
  13. Capacitor Compensate and Influence of Harmonic to Capacitor
    电容补偿与谐波对电容的影响
  14. This article analysed the characteristic of harmonic impedance in network components of electric transmission line and capacitor, discussed the resonance and harmonic current amplification, which may be caused by capacitor.
    分析了输电线和电容器的谐波阻抗特性,并对电容器有可能造成的谐振和谐波电流放大进行了分析。
  15. Influence of Temperature, Voltage, Harmonic and Inrush Transient Current on Power Capacitor Life Expectancy
    温度、电压、谐波、涌流等对电容器寿命的影响
  16. The 2nd Harmonic Calculation of the Capacitor Voltage in the DC Link of the Cascade H-Bridge SVG
    级联H桥SVG直流侧电容电压的二次谐波计算
  17. For suppressing the voltage harmonic source, a new harmonic suppression device with transformer and AC capacitor is designed, based on the theory of shunt-resonance of inductance and capacitance.
    为了抑制电压型谐波源,利用电感与电容的并联谐振原理,采用变压器和交流电容设计了新的谐波抑制装置&新型LC并联谐振型滤波器。
  18. The Affectation of Harmonic upon the Parallel Capacitor Bank and Countermeasures
    谐波对并联电容器的影响及抑制对策
  19. A single switch and uncontrolled three-phase rectified bridges are used to obtain the high power factor and low harmonic input current. A small Cuk capacitor is used to obtain the zero-current turn-on and zero-voltage turn-off of the switching.
    该电路采用单开关和三相整流桥实现高功率因数和低谐波电流输入,同时在后级Cuk变换器中采用小容量的过渡电容,使得开关工作在零电流开通和零电压分断。
  20. Harmonic overloading analysis of reactive compensation capacitor
    无功补偿电容器谐波过载分析
  21. Some Problem About the Harmonic Voltage Measurement by Capacitor Voltage Transformer
    关于电容式电压互感器测量谐波电压的问题
  22. Prevention of Harmonic Amplification in Operation of Parallel Capacitor
    防止并联电容器运行中产生谐波放大
  23. The permissible harmonic current of high order for long term in the compensative capacitor and series reactor were analyzed and calculated, as well as some tables calculated for reference were given.
    提出了防止谐振的措施对补偿电容器及串联电抗器长期容许高次谐波电流值进行了分析和计算。
  24. The paper explained the related questions including the necessity of revising for this standard, the composition of revise group, revise plan and content as well as the 3 remained problems before: harmonic suppression measures, operating over voltage protection, capacitor and capacitor bank fault protection.
    文章对该标准修订的必要性、修订计划、修订内容以及以前遗留的3个问题:谐波抑制措施、操作过电压保护、电容器和电容器组故障保护问题作了相关说明。
  25. Analysis and Improving Proposal for the Malfunction of 3rd Harmonic Filter Low Voltage Capacitor Protection at Longquan Converter Station
    龙泉换流站谐波滤波器保护误动分析和改进建议
  26. The influence of upper harmonic waves in distribution network to shunt compensation capacitor and the suppression methods
    配电网中高次谐波对并联补偿电容器的影响及其限制措施
  27. To solve the problems which is caused by harmonic pollution and appears in the operation of capacitor compensation, a microcomputer based integrated controller for harmonic filtering, voltage and reactive power control is developed.
    针对目前谐波污染严重及部分无功补偿电容器因谐波电流放大而不能正常投运等问题,研制了一种微机型谐波滤波及电压无功综合控制装置。
  28. Research of Harmonic Problem on Capacitor Used for Reactive Power Compensation
    电容器补偿无功时的谐波问题研究
  29. Thus speculated that equipment failure is caused by the high harmonic resonance, then, the capacitor through the analysis of the causes of damage, that damage to the capacitor is mainly caused by the overheating of the harmonic current breakdown of the aging.
    从而推测达成线的设备故障也是由高次谐波谐振引起的。接着,通过对电容器损坏的原因进行分析,得知电容器的损坏主要还是由谐波电流引起的过热老化而击穿。
  30. The paper analyzes the switching patterns and the effects of capacitor inrush current and harmonic when switch capacitor.
    分析了投切方式以及投切时对电容涌流、谐波的影响。