- 更多网络例句与故障电流相关的网络例句 [注：此内容来源于网络，仅供参考]
-
First of all, we analogize out the calculation formula of short circuit current in the distribution systems with dispersed generations through basic circuit theory.
文中首先以电路分析原理推导出含有分散式电源之配电系统的各种短路故障电流计算公式，续由这些公式分析在甚麼情况下的短路电流会最大以及并联位置和产生之短路电流的关系如何，最后利用电脑程式模拟并验证推论结果的正确性。
-
In the first part of this dissertation, a new type of fault current limiter based on triggered vacuum switch is proposed.
在综合分析了已有的各种故障电流限制器的基础上，本论文首次提出了一种符合我国国情的，适用于高压和超高压输电系统的方案，即基于真空触发开关控制的故障电流限制器。
-
C It is inevitable to reflect on solutions to limit fault currents in power systems in the long range, if short circuit currents continue increasing as expected, a truly FCL for transmission systems is not available, and high interruptive capacity breakers are not cost effective.
如果短路电流如预料的那样继续增加，那么它不可避免的要反映在长距离范围电力系统中限制故障电流的解决方案上，用于输电系统的真实故障限流器还不能获得，而高中断能力断路器则成本效率不高。
-
It is found that the maximum fault current may be produced when the DGS with synchronous generators are installed at the outlet of the feeder. The critical installation capacity of DGS and the minimum impedance of the step-up transformer can be derived easily and verified by the computer simulation.
经由本文的研究可发现，同步发电机型式的分散式电源并联於馈线口所产生之故障电流最大，增加升压变压器的阻抗与降低分散式电源的容量皆可降低故障电流大小至限制范围内。
-
Fault current greater than the breaking load switching capacity, must ensure that fuse load switch can be dissolved up the rear sub-gates; when the fault current is less than the breaking load switching capacity, ensure the sub-gate and fuse load switch does not move.
故障电流大于负荷开关的开断能力时，必须保证熔断器溶断后负荷开关才能分闸；当故障电流小于负荷开关的开断能力时，保证负荷开关分闸而熔断器不动作。
-
Moreover, second-winding current waveform of a current transformer is calculated under the transient current of the typical short-circuit fault by numerical method. The analysis shows that the relevant protection equipment may refuse to trip when the fault current is extra high. It will result in the maloperation of protective relays for loss of their selectivity, and cause other protective relays to operate beyond range, and extend the scope of shutdown of power supply.
在这些回路出口处发生相间直接短路等严重故障时，流过相应TA一次侧的故障电流可能达到TA额定工作电流的100倍以上，大大超过了保护用TA的10%误差容许倍数，将使TA严重饱和，从而影响相关的保护设备的动作性能，因此有必要对在这种特大电流作用下的TA的传变特性做一些探讨，以分析其对继电保护装置动作特性的影响及应采取的措施。
-
At the same time, because of the coil's compensation, the amplitude of fault current is small.
但是由于消弧线圈的补偿作用，接地故障电流比较小，在干扰和测量误差同时存在的情况下，进行故障选线是比较困难的。20世纪50年代以来就开展了&接地选线&的研究，提出了多种选线方法，但没一种方法可以很好的解决接地故障选线这个难题，所以此问题还有必要进一步研究。
-
It is an effective approach to ensure the non-exceeding of the breaking capacity of line breaker by adopting fault current limiter to restrain short-circuit current when the grid is in fault.
采用故障电流限制器来抑制电网故障时的短路电流是保证断路器遮断容量不致超限的有效方法。
-
Other conclusion include: the trip of transient protection must be locked when the power circuit breaker of transimission line operated,because the trip is incorrect at this time;the features of transient current and its energy is different between the fault and thunder over- voltage in transimission line,and them can be identified;the ratio of high frequency component of current in serise capaciters compensation line , SVC and HVDC system is far little than fault transient current, so all of them do not affect the working of trasient current protection.
研究了在串联补偿电容的输电线路上发生故障时，串联补偿电容的MOV非线性保护电路对暂态保护的影响。串补电容MOV保护电路的非线性电流高频分量含量很小。静止补偿器、高压直流输电系统换流器的非线性特性产生的谐波分量含量极少。仿真计算表明，在与暂态保护判据中高频分量对应的频率范围内，其电流对应的功率谱估计值大大低于线路故障时故障电流的功率谱估计值，因此它们都不会对暂态电流保护的正常工作产生影响。
-
According to the characteristics of fault current sequence component on six-phase transmission lines, the paper proposes a novel fault phase selection scheme. The scheme can accurately distinguish the faulted phases under various fault conditions, and can be free from the influences of the transition resistance and system parameters.
2综合六相输电线路故障电流序分量的幅值和相位特征，提出了一种适用于六相输电线路的故障选相方案，该方案在各种故障情况下都能做到准确选出故障相，并且还有不受线路参数变化和接地电阻影响的优点。
- 更多网络解释与故障电流相关的网络解释 [注：此内容来源于网络，仅供参考]
-
failure density function：故障密度函数
failure current 故障电流 | failure density function 故障密度函数 | failure detection 故障探测
-
earth current：大地电流,泄地电流
drift current 风吹流,漂流,表流;漂移电流 | earth current 大地电流,泄地电流 | earth-fault current 接地故障电流
-
earth leakage current：对地漏电电流
"电路的接地故障电流"(earth fault current) 指电路带电部分直接接触地时,该电路内流动的非预定电流;"隔离"(isolation) 指将电力装置、电路或任何电力器具的每一电源截断;"对地漏电电流"(earth leakage current) 指电路内流向地或流向非电气装置金属部分的电流,
-
peak cathode current：巅值阴极电流,峰值阴极电流,阴极电流最大值
peak broadening 蜂加宽 | peak cathode current 巅值阴极电流,峰值阴极电流,阴极电流最大值 | peak cathode fault current 巅值阴极故障电流,峰值阴极故障电流
-
fault current：故障电流
36.故障电流(fault current)因绝缘损坏而流经故障点的电流. 例如电气设备相线绝缘损坏,自相线经故障点通过PE线返回电源的电流. 37.过电流(overcurrent)大于额定电流的电流,例如过载电流、短路电流.
-
fault current：故障电流,包括标幺值和有名值
Fault Type:故障类型 | Fault Current:故障电流,包括标幺值和有名值 | FaultVoltage:故障下个母线电压
-
maximum fault current：最大故障电流
maximum explosion pressure 最大爆炸压力 | maximum fault current 最大故障电流 | maximum freezing point 最高冰点
-
earth fault current：接地故障电流
其预定作用是当电流式漏电在该器件制造商指明的情况下达致指明的安培值时,能使触点开启;"电路"(circuit) 指电气性连接的电力器具组合,由同一电源供电,并以同一个或同一组保护器件防止过流;"电路的接地故障电流"(earth fault current) 指电路带电部分直接接触地时,
-
earth fault current：接地故障电流=>地絡故障電流
earth fault ==> 接地故障=>地絡 | earth fault current ==> 接地故障电流=>地絡故障電流 | earth fault protection ==> 防止故障性接地
-
through fault current：穿越故障电流
"through-fault conditions ","穿越故障条件" | "through-fault current ","穿越故障电流" | "through-flow ","通流,直流"