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    • 3. 发明申请
    • LINK BOX WITH BUILT-IN PARTIAL DISCHARGE SENSOR
    • 连接箱与内置部分放电传感器
    • WO2016190823A1
    • 2016-12-01
    • PCT/TR2015/000213
    • 2015-05-28
    • EM ELEKTRİK MALZEMELERİ YÜKLENİM SANAYİ TİCARET ANONİM ŞİRKETİ
    • ERDENİZ, Sadettin
    • H02G15/105
    • H02G15/1055
    • The invention relates to a link box (100) for bonding and grounding of sheathes of high voltage cable joints or terminations (17, 16) consisting partial discharge sensors (10) placed around coaxial bonding cables (4) located inside the link box (100) which act as primary winding for partial discharge sensor (10) and provide detection of partial discharge in sheathes of high voltage cable joints (17) and cable terminations (16); an additional housing (6) located on the enclosure cover (2) which pulses of partial discharge signals are transmitted using signal cables (11) connecting partial discharge sensors (10) to protection box (9) and provides carrying out of partial discharge measurement just only by opening the housing cover (7) without opening enclosure cover (2) and a protection box (9) located in additional housing (6) intended for connection of partial discharge test device and also provides protection of the circuit using spark gaps inside and also sensor cable glands (12) to send out the partial discharge signals to partial discharge monitoring system and it can be covered by threaded caps (13) when this option is not being used.
    • 本发明涉及一种用于粘合和接地高压电缆接头或端子(17,16)的连接箱(100),其包括位于连接箱(100)内部的同轴接合电缆(4)周围的局部放电传感器(10) ),其用作局部放电传感器(10)的初级绕组,并提供高压电缆接头(17)和电缆端子(16)的护套中的局部放电检测; 位于外壳盖(2)上的附加壳体(6),其中使用将局部放电传感器(10)连接到保护箱(9)的信号电缆(11)传输部分放电信号的脉冲,并仅提供部分放电测量 仅通过打开外壳盖(7)而不打开外壳盖(2)和位于用于连接局部放电测试装置的附加壳体(6)中的保护盒(9),并且还利用内部的火花间隙以及 还有传感器电缆接头(12)将局部放电信号发送到局部放电监测系统,当不使用此选项时,它可以被螺纹盖(13)覆盖。
    • 5. 发明申请
    • HEAVY-DUTY AND WATER-PROOF LINK BOXES FOR CROSS BONDING OF EXTRA HIGH VOLTAGE CABLE SYSTEMS
    • 用于超高压电缆系统交叉连接的重型和防水连接箱
    • WO2016190824A1
    • 2016-12-01
    • PCT/TR2015/000215
    • 2015-05-28
    • EM ELEKTRİK MALZEMELERİ YÜKLENİM SANAYİ TİCARET ANONİM ŞİRKETİ
    • ERDENİZ, Sadettin
    • H02G15/013H02G15/105H02G15/113
    • H02G15/1055H02G15/013H02G15/113
    • The invention relates to a heavy-duty and water- proof link box (100) for cross bonding of metallic sheathes of extra high voltage cable system consisting domed rivet nuts (12) and a sealing gasket (3) which provide sealed and tight connection between enclosure body (1) and enclosure cover (2) and prevent ingress of water or dust into link box (100) even when it submerged in water and protect the integrity of link box (100) when internal arc fault occurs and adjustable sealing plugs (4) which provide sealing for cable gland (14) and coaxial bonding and earthing cables (18, 19) and act as an interface between cable gland (14) and coaxial bonding cables (18) / earthing cable (19) for water-proof penetration of coaxial bonding cables (18) / earthing cable (19) into enclosure body (1) and coaxial cable fixing clamps (5) and cable end fixing clamps (6) for tightly fixing and separating inner conductor (18A) and wire screen (18B) of coaxial bonding cables (18) and single cable fixing clamp (7) for fixing earthing cable (19).
    • 本发明涉及一种重型和防水连杆箱(100),用于交叉粘接由超高压电缆系统组成的金属护套,该电缆系统包括圆顶铆螺母(12)和密封垫圈(3),密封垫圈(3)提供密封和紧密连接 外壳主体(1)和外壳盖(2),并防止水或灰尘进入连接箱(100),即使其浸没在水中,并且在发生内部电弧故障时保护连杆箱(100)的完整性,并且可调整的密封塞( 4),其为电缆接头(14)和同轴接合和接地电缆(18,19)提供密封,并且用作电缆接头(14)和同轴接合电缆(18)/用于防水的接地电缆(19)之间的接口 将同轴接合电缆(18)/接地电缆(19)穿入外壳主体(1)和同轴电缆固定夹(5)和电缆端固定夹(6)中,用于紧密固定和分离内导体(18A)和电线屏( 18B)同轴接合电缆(18)和单电缆固定夹 7)用于固定接地电缆(19)。
    • 6. 发明申请
    • ELEKTRISCHE ABSCHIRMANORDNUNG EINER TRENNSTELLE EINER LEITUNGSFÜHRUNG FÜR EINE HGÜ-KOMPONENTE
    • 电屏蔽一个打破了在线指南HVDC COMPONENT
    • WO2012084553A1
    • 2012-06-28
    • PCT/EP2011/072327
    • 2011-12-09
    • SIEMENS AKTIENGESELLSCHAFTHOPPE, JensSCHLAGER, JohannHEINZIG, Peter
    • HOPPE, JensSCHLAGER, JohannHEINZIG, Peter
    • H02G15/105H02G15/24H01F27/36
    • H02G15/105H01F27/362H02G15/24
    • Gegenstand der Erfindung ist eine elektrische Abschirmanordnung (1) einer Trennstelle einer Leitungsführung für eine HGÜ-Komponente, insbesondere einen HGÜ-Transformator oder eine HGÜ-Drossel. Die Abschirmanordnung (1) besteht aus zwei äußeren Rohrelektroden (10, 20) und einem inneren Rohr (30) im Inneren der beiden äußeren Rohrelektroden (10, 20), dass den Spalt (50) an der Trennstelle zwischen den beiden äußeren Rohrelektroden (10, 20) überbrückt. Durch dieses innere Rohr (30) werden die elektrischen Felder über die Trennstelle geführt. Dadurch ergeben sich geringere maximale Gleichspannungsfeldstärken als ohne dieses innere Rohr (30). Die im Wesentlichen rohrförmige Geometrie der beiden äußeren Rohrelektroden (10, 20) und des inneren Rohres (30) gewährleistet eine einfache und kostengünstige Herstellbarkeit. Außerdem kann eine große Toleranz bezüglich der zu verbindenden Teilstücke relativ zueinander gewährleistet werden, da auch größere Spalte durch das innere Rohr (30) überbrückt werden.
    • 本发明提供了电屏蔽装置(1)的线引导件用于HVDC传输部件的分离点,特别是HVDC变压器或扼流HVDC。 所述屏蔽件(1)包括在所述外部管状电极的内部两个外筒状电极(10,20)和内管(30)(10,20),使得在两个外管状电极之间的分离点处的间隙(50)的(10 ,20)桥接。 通过该内管(30),跨越所述分离点的电场引导。 这导致比没有该内管(30)更低的最大直流电压场强。 两个外筒状电极(10,20)和内管(30)的基本管状的几何形状确保容易和廉价地制造。 此外,一个大的公差相对于所述被接合部件件可以相对于确保对于彼此,以及较大的间隙,以通过所述内管(30)来桥接。
    • 8. 发明申请
    • A CABLE JOINT ARRANGEMENT
    • 电缆接头安排
    • WO2009098233A1
    • 2009-08-13
    • PCT/EP2009/051273
    • 2009-02-04
    • ABB TECHNOLOGY AGTRANEFORS, KaiKÄLLBERG, LarsPERSSON, Martin
    • TRANEFORS, KaiKÄLLBERG, LarsPERSSON, Martin
    • H02G15/105H02G15/188
    • H02G15/188H02G15/105H02G15/1055H02G15/115
    • A cable joint arrangement, comprising: a cable casing (11) comprising a metallic envelope (12), a first cable (1) provided with a first conductor (3) and extending into said envelope (12) through a first opening thereof, a second cable (2) provided with a second conductor (4) and extending into said envelope (12) through a second opening thereof, wherein the first conductor (3) is connected to the second conductor (4) inside said casing (11), wherein each cable (1, 2) is provided with an electrically conducting screen (7, 8) that surrounds the conductor (3, 4) thereof and conducts a screen current caused by inductance generated by the conductor (3, 4), and wherein said envelope (12) is in electric contact with at least one of said screens (7, 8), a connection means (15) electrically connected to at least one of said screens (7, 8) and conducting said screen current to a corresponding screen of another cable. The connection means (15) comprises a separate electric conductor (18) arranged to carry said screen current while by-passing a major part of the metallic envelope (12) as screen current carrier.
    • 一种电缆接头装置,包括:包括金属外壳(12)的电缆壳体(11),设置有第一导体(3)并通过其第一开口延伸到所述外壳(12)中的第一电缆(1) 第二电缆(2),其具有第二导体(4)并通过其第二开口延伸到所述封套(12)中,其中所述第一导体(3)连接到所述壳体(11)内部的第二导体(4) 其中每个电缆(1,2)设置有环绕其导体(3,4)的导电屏蔽(7,8),并且传导由导体(3,4)产生的电感引起的屏幕电流,并且其中 所述外壳(12)与所述屏幕(7,8)中的至少一个电连接,连接装置(15),电连接到所述屏幕(7,8)中的至少一个,并将所述屏幕电流传导到相应的屏幕 屏幕另一根电缆。 连接装置(15)包括一个单独的电导体(18),布置成承载屏幕电流,同时绕过金属外壳(12)的大部分作为屏幕电流载体。
    • 9. 发明申请
    • CONTROL OF ELECTRIC FIELD AT DIRECT VOLTAGE
    • 电场控制直接电压
    • WO00074191A1
    • 2000-12-07
    • PCT/SE2000/001028
    • 2000-05-23
    • H02G15/068H02G15/103H02G15/105H02G15/064
    • H02G15/105H02G15/068H02G15/103
    • The present invention relates to a device for controlling an electric field at, for example, a connection (1), a termination, or a joint of a high-voltage cable (2) for dc voltage. The essential feature in the invention is a combination of resistive field control, comprising at least one resistive layer (7) arranged along the cable (2), which layer, at one end (12), is electrically connected to an inner live conductor (3) of the cable (2), and, at its other end (13), is electrically connected to ground potential, and geometrical field control, comprising a stress cone (11) which is arranged at said other end (13) of the resistive layer (7).
    • 本发明涉及用于控制例如用于直流电压的高压电缆(2)的连接(1),端子或接头的电场的装置。 本发明的基本特征是电阻场控制的组合,其包括沿着电缆(2)布置的至少一个电阻层(7),所述至少一个电阻层在一端(12)处电连接到内部带电导体 电缆(2)的另一端(13)的另一端(13)上,并且在其另一端(13)处电连接到接地电位和几何场控制,包括应力锥(11) 电阻层(7)。