shunt reactor的意思

shunt reactor中文翻譯：

[電]并聯電抗器，分路電抗器；分餾力；分流扼流圈

相似詞語短語

fusion reactor───聚變反應堆，熱核反應堆，核聚變反應堆

dialysis shunt───透析分流術

nuclear reactor───n.核反應堆；[核]核反應堆；原子爐

arc reactor───電弧電抗器

draconic reactor───龍形反應堆

stint vs shunt───限制vs分流

雙語使用場景

connection of shunt reactor and neutral reactor is normally used to extinguish arc and to ensure success of autoreclosure.───為利于故障點滅弧，提高單相重合閘的成功率，一般采用并聯電抗器加中性點電抗器的接線方式。

Because of the current on the shunt reactor, traditional traveling wave differential protection cannot be applied to transmission line with shunt reactor.───由于并聯電抗器兩側的電流發生變化，傳統的行波差動保護無法應用于帶并聯電抗器的輸電線路。

Working principles for some kinds of controllable shunt reactor are introduced, and their advantages and shortcomings are analyzed.───介紹了幾種可控型并聯電抗器的工作原理并分析了其優缺點。

Therefore, it is of great necessity and significance to develop more advanced protection device for UHV line shunt reactor.───因此，研究和開發高性能的超高壓并聯電抗器保護裝置具有重要的現實意義和廣闊的應用前景。

The protection device for UHV line shunt reactor has been verified by static simulation experiment and dynamic simulation experiment.───超高壓并聯電抗器保護裝置已通過全面的靜態測試和動模試驗的驗證。

A shunt reactor is an inductor that is connected line to ground.───并聯電抗器是聯接在線路和大地之間的電感器

The Shunt Reactor Models with Transformer Function and Computation of Inductance Parameter of The Models───帶抽能線圈并聯電抗器模型的電感參數計算

Numerical differential protection restrained by end terminal current for HV shunt reactor───末端制動的新型數字式高壓并聯電抗器縱差保護

Differential Protection in Transmission Line with Shunt Reactor Installed in the Middle Segment───線路中間帶并聯電抗器的線路差動保護

英語使用場景

This paper proposes a novel principle of segregated phase current differential protection in UHV long distance transmission line with shunt reactor installed in the middle segment.

A new type of NC vertical winding machine is developed for the manufacturing of air core shunt reactor, which has the function of winding conductor and glass yarn automatically.

Routine shunt reactor fixed on the EHV transmission system can not guarantee the transmission capability and steady state voltage of system under different operation modes.

The burn-out accident occurred several times in operation of dry type hollow shunt reactor.

A shunt reactor is an inductor that is connected line to ground.

For transmission lines with no shunt reactor, the magnitude and the angle of the recovery voltage of fault phase under permanent faults are quite different from that under transient faults.