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    • 4. 发明公开
    • Conductor arrangement for reducing impact of very fast transients
    • 管道装置,用于减少极快瞬变的影响
    • EP2549604A1
    • 2013-01-23
    • EP11174464.5
    • 2011-07-19
    • ABB Technology AG
    • Smajic, JasminHolaus, WalterSeeger, MartinGreuter, FelixIordanidis, ArthourosRiechert, Uwe
    • H02G5/06H02B1/20H01H33/24
    • H02G5/063H02B1/20
    • Conductor arrangement (100) for reducing very fast transients in high voltage applications comprising a conductor element (10, 70) having a main conducting orientation x, a conductive annular shell element (20) coaxial to the conductor element (10, 70), thus forming an annular cavity (40) around the conductor element (10, 70). The annular shell element (20) in the main conducting orientation x comprises a first end portion (22) and a second end portion (24), wherein the first end portion (22) is conductively connected to the conductor element (10, 70). The second end portion (24) comprises an annular collar (26); wherein the collar (26) is substantially coaxial to the conductor element (10, 70), thus together with the conductor element (10, 70) forming a coaxial capacitor (30) which has a solid material filling (34). The capacitor (30) comprises a surge arrester (50; 51, 52; 34) which may serve as an energy conversion portion (50).
    • 导体装置(100),用于减少在高电压应用中非常快速瞬变,其包括具有主传导方向X的导体元件(10,70),导电环形设计外壳元件(20)同轴于导体元件(10,70),从而 在环形空腔(40),所述导体元件(10,70)周围形成。 在主传导方向x中的环形设计外壳元件(20)包括第一端部(22)和worin所述第一端部的第二端部(24)(22)导电地连接到导体元件(10,70) , 第二端部(24)包括在环形套环(26); worin套环(26)与具有固体填充材料(34)的导体元件(10,70)形成同轴电容器(30)基本上是同轴于导体元件(10,70),因此一起。 电容器(30)包括一个电涌放电器(50; 51,52; 34),其可作为在能量转换部分(50)。
    • 6. 发明公开
    • A method for controlling arc ignition in the intercontact break of a disconnector during the operation of opening and closing the disconnector
    • 控制电弧的方法是在断路器的打开和关闭期间隔离开关的触点之间点燃
    • EP2731213A1
    • 2014-05-14
    • EP12460079.2
    • 2012-11-12
    • ABB Technology AG
    • Szewczyk, MarcinStosur, MariuszPiasecki, WojciechRiechert, UweKostovic, Jadran
    • H02B13/035H01T2/00H02H9/00H01H31/32
    • H02B13/035H01H31/32H01H33/59H01T2/02H02H9/007
    • The invention deals with a method and device for controlling the ignition of electric arc in the intercontact break of a disconnector during the operation of opening and closing the disconnector used in gas-insulated switchgear. The invention is characterized by the control of the supply of additional pulses of electromagnetic radiation energy to the intercontact break of the disconnector depending on instantaneous voltage values uS(t) measured on the incoming side of the disconnector or depending on instantaneous voltage values uS(t) on the incoming side of the disconnector and instantaneous voltage values uL(t) on the load side of the disconnector, with defined voltage threshold values (U1, U2) and preset time boundary values (T1, T3) during opening the disconnector or (T2, T4) during closing the disconnector, while the preset time values (T1, T3) include time moments in which the supply of energy pulses to the intercontact break is stopped, and the preset time values (T2, T4) include time moments in which supply of energy pulses to the intercontact break starts.
    • 本发明的具有用于打开的外科手术过程中控制在断路器的触点间断裂电弧的点火和关闭在气体绝缘开关装置中使用的隔离器的方法和设备涉及。 本发明通过电磁辐射能量的附加脉冲的供给,断路器的接触间断裂,这取决于瞬时电压控制为特征的值衡量的断路器的入射侧或取决于瞬时电压值美国US(T)(T )上的隔离开关和瞬时电压的入射侧开口断路器或期间在断路器的负载侧值微升(t),以及定义的电压阈值(U1,U2)和预先设定的时间边界值(T1,T3)( T2,T4)闭合断路器,而预先设定的时间值(T1,T3)包括,其中能量脉冲施加到接触间断的供给停止时间的时刻,和预先设定的时间值(T2,T4)期间,包括时间的时刻在 其中供应能量脉冲对触点间破开始。