电容补偿的英文

• capacitance compensation

• "电容"英文翻译    electric capacity; capacitan ...
• "补偿"英文翻译    compensate; make up; make up ...
• "电容补偿装置" 英文翻译 :    capacitor compensation device
• "并联电容补偿装置" 英文翻译 :    parallel condenser compensation device
• "串联电容补偿装置" 英文翻译 :    series capacitor compensation device
• "固定串联电容补偿" 英文翻译 :    fixed series capacitor compensation
• "补偿电容" 英文翻译 :    building out capacitor; compensation capacitor
• "补偿电容器" 英文翻译 :    building out condenser; compensated capacitor; compensating capacitor; compensating condenser; compensating condensor; compensatingcondenser; compensation capacitor; compensation condenser; power-factor capacitor; trimming condenser
• "电容电流补偿" 英文翻译 :    condenser current compensation
• "电容器补偿法" 英文翻译 :    condenser-compensation method
• "可调补偿电容" 英文翻译 :    ustable compensating condenser
• "网络补偿电容" 英文翻译 :    network building out capacitor
• "容补天" 英文翻译 :    mrbt
• "微调电容器补偿电容器" 英文翻译 :    trimming condenser
• "低压电容自动补偿" 英文翻译 :    low voltage capacitor auto compensate board
• "电容器电流补偿" 英文翻译 :    condenser current cempensation
• "功率因素补偿电容" 英文翻译 :    condenser for power factor improvement
• "可调补偿电容器" 英文翻译 :    adjustable compe ating conde er; adjustable compensating condenser
• "可调节补偿电容器" 英文翻译 :    adjustable compensating condenser
• "频率补偿电容器" 英文翻译 :    frequency compensation capacitor
• "温度补偿电容器" 英文翻译 :    temperature compe ating capacitor; temperature compensating capacitor; temperature-compensating capacitor; thermo-compensation capacitor
• "补偿电容器成套装置" 英文翻译 :    compensation capacitors cabinet
• "低压电容自动补偿柜" 英文翻译 :    low voltage capacitor auto compensate box
• "温度补偿瓷介电容器" 英文翻译 :    temperature compensated ceramic capacitor
• "无功补偿用电力电容器" 英文翻译 :    no-load compe ating power capacitor; no-load compensating power capacitor

• Fixed series capacitor compensation
  固定串联电容补偿
• The adverse effects of capacitor about voltage flash was discussed in this paper , and attested that fixed capacitor compensation add the voltage flash
  文中分析了电容器补偿对抑制电压闪变的不利影响，固定的电容补偿将增大电压闪变。
• If we compensate the pump station with lower power numbers for electric power and electric capacity , we can reduce the current load in the power source and the lines
  对已建成的功率因数偏低的泵站采用电力电容补偿，可减少电源和线路的电流负荷。
• The testing hall is equipped with 1 , 800kv impulse voltage generator , 2 , 000 4 , 000kw 50 100hz frequency conversion generator group and 30 , 000kvar capicitor compensation device and so on
  试验大厅安装有2400kv冲击电压发生器2000 4000kw 50 100hz变频发电机组及30000kvar电容补偿装置等。
• The thyristor controlled series compensation ( tcsc ) is an important member of facts family . it possesses the superexcellent capability , enhancing the transmission faculty of lines and improving system stability , with simpler configuration , cheaper cost
  可控串联电容补偿( tcsc )便是facts家族的一个重要成员，其结构简单，造价低廉，具备提高输电线传输能力及改善系统稳定的卓越性能。
• To optimize capacitors placement in the distribution system for reducing power losses , the single capacitor compensation method is used to reduce the numbers of locations and to find the locations with best economic profits , meanwhile , the value of continuous variables is gained at the same time
  对于电容器优化配置采用单电容补偿定位法，减小待补偿点的个数，将补偿限制在补偿效益最好的点上，同时得到补偿的连续量值。
• This modeling method is applicable to most of facts and hvdc devices , not only to those devices including thyristor - controlled reactor ( tcr ) , such as thyristor - controlled series capacitor ( tcsc ) and static var compensator ( svc ) , but also to those devices including converter bridge , such as hvdc device and static synchronous compenstor ( statcom ) , etc . it deduces the mathematical models of tcsc , hvdc , svc and statcom devices with the proposed method
  该方法能适用于大多数facts装置和hvdc装置，不仅可用于含有晶闸管可控电抗器( tcr )元件的装置如可控串联电容补偿( tcsc ) 、静止无功补偿器( svc )等的建模，也可用于含换流桥的装置如hvdc装置、静止同步补偿器( statcom )等的建模。本论文采用动态相量法建立了tcsc 、 svc 、 hvdc及statcom装置的数学模型。
• By simulating , this paper compared the effect of capacitor compensation to that of svc compensation , the results showed that capacitor compensation add the voltage flash , and svc was the optimal equipment to restrain the flash . furthermore , the smaller value of ks and tf , the better effect of svc
  通过数值仿真曲线分析，对比了电容补偿和静止无功补偿器( svc )补偿的效果，得到的结论是电容补偿有扩大闪变的影响，而静止无功补偿器( svc )是抑制闪变的最佳装置，并且调差系数ks和时间常数t _ f越小， svc补偿效果越好。