COMBINER BOX OF A DC PART OF A PV PLANT AND A DC PART COMPRISING THE COMBINER BOX
    2.
    发明申请
    COMBINER BOX OF A DC PART OF A PV PLANT AND A DC PART COMPRISING THE COMBINER BOX 审中-公开
    光伏电站直流部分的组合箱和包括组合箱的直流部分

    公开(公告)号:WO2015043663A1

    公开(公告)日:2015-04-02

    申请号:PCT/EP2013/070258

    申请日:2013-09-27

    CPC classification number: H01L31/02021 H02H3/18 H02H7/20 Y02E10/56

    Abstract: A box (SCB1) for combining n strings or m arrays of a DC part of a PV plant comprises a plurality of n DC inputs (21, 22, 23, 24) for electrical connection to the n strings or to a plurality of m DC inputs for electrical connection to the m arrays, at least n or m DC direction sensors for detecting the direction of direct currents (I S1 , I S2 , I S4 , I R ) conducted in the n or m DC inputs (21, …, 24) and a combiner control unit (SCCU). The DC direction sensors communicate their output signals to the combiner control unit. The combiner control unit communicates a first tripping signal to first switching units associated to the DC direction sensors for opening n-1 or m-1 of the n or m pairs of first switching units in order to interrupt the direct currents (I S1 , I S2 , I S4 ) between each of n-1 or m-1 DC inputs (21, 22, 24) and the two busbars when in a remaining one (23) of the DC inputs the direct current changes from a forward (I S3 ) to a first reverse current (I R ). This allows a fast localization and removal of a faulty string or array without any remarkable interruption of the PV plant and with small-sized switching units, typically with hybrid breakers. Thus the PV plant is distinguished by a high yield rate and a high reliability and can be installed and operated in a cost-efficient manner. Furthermore for reason of the small-sized switching units the combiner box can be realized as rail arrangement with a plurality of box-shaped modules which are attached to the rail arrangement.

    Abstract translation: 用于组合PV工厂的DC部分的n个串或m个阵列的盒(SCB1)包括用于电连接到n个串或多个m个DC的多个n个DC输入(21,22,23,24) 用于电连接到m阵列的输入端,至少n个或m个DC方向传感器,用于检测在n个或m个DC输入端(21,...,24)中传导的直流电流(IS1,IS2,IS4,IR)的方向和 组合器控制单元(SCCU)。 直流方向传感器将其输出信号传送到组合器控制单元。 组合器控制单元将第一跳闸信号传送到与DC方向传感器相关联的第一开关单元,用于打开n对或m对第一开关单元的n-1或m-1,以便中断直流电流(IS1,IS2, 在直流输入的剩余的一个(23)中,直流电流从正向(IS3)变化到第一直流输入(IS3),在n-1或m-1个DC输入端(21,22,24) 反向电流(IR)。 这允许快速定位和去除故障的串或阵列,而光伏电站和通常使用混合断路器的小型开关装置没有明显的中断。 因此,光伏电站以高产率和高可靠性为特征,可以以成本有效的方式安装和运行。 此外,由于小型开关单元,组合箱可以实现为具有附接到轨道装置的多个箱形模块的导轨装置。

    COMBINER BOX OF A DC PART OF A PV PLANT AND A DC PART COMPRISING THE COMBINER BOX
    3.
    发明公开
    COMBINER BOX OF A DC PART OF A PV PLANT AND A DC PART COMPRISING THE COMBINER BOX 审中-公开
    KOMBINIERBOX EINES DC-TEILS EINER PHOTOVOLTAIKANLAGE UND DC-TEIL MIT DER KOMBINIERBOX

    公开(公告)号:EP3050117A1

    公开(公告)日:2016-08-03

    申请号:EP13770488.8

    申请日:2013-09-27

    CPC classification number: H01L31/02021 H02H3/18 H02H7/20 Y02E10/56

    Abstract: A box (SCB1) for combining n strings or m arrays of a DC part of a PV plant comprises a plurality of n DC inputs (21, 22, 23, 24) for electrical connection to the n strings or to a plurality of m DC inputs for electrical connection to the m arrays, at least n or m DC direction sensors for detecting the direction of direct currents (IS1, IS2, IS4, IR) conducted in the n or m DC inputs (21, …, 24) and a combiner control unit (SCCU). The DC direction sensors communicate their output signals to the combiner control unit. The combiner control unit communicates a first tripping signal to first switching units associated to the DC direction sensors for opening n-1 or m-1 of the n or m pairs of first switching units in order to interrupt the direct currents (IS1, IS2, IS4) between each of n-1 or m-1 DC inputs (21, 22, 24) and the two busbars when in a remaining one (23) of the DC inputs the direct current changes from a forward (IS3) to a first reverse current (IR). This allows a fast localization and removal of a faulty string or array without any remarkable interruption of the PV plant and with small-sized switching units, typically with hybrid breakers. Thus the PV plant is distinguished by a high yield rate and a high reliability and can be installed and operated in a cost-efficient manner. Furthermore for reason of the small-sized switching units the combiner box can be realized as rail arrangement with a plurality of box-shaped modules which are attached to the rail arrangement.

    Abstract translation: 用于组合PV工厂的DC部分的n个串或m个阵列的盒(SCB1)包括用于电连接到n个串或多个m个DC的多个n个DC输入(21,22,23,24) 至少n个或m个直流方向传感器,用于检测在n个或m个DC输入端(21,...,24)中传导的直流电流(IS1,IS2,IS4,IR)的方向,以及 组合器控制单元(SCCU)。 直流方向传感器将其输出信号传送到组合器控制单元。 组合器控制单元将第一跳闸信号传送到与直流方向传感器相关联的第一开关单元,用于打开n对或m对第一开关单元的n-1或m-1,以便中断直流电流(IS1,IS2, 在直流输入的剩余的一个(23)中,直流电流从正向(IS3)变化到第一直流输入(IS3),在n-1或m-1个DC输入端(21,22,24) 反向电流(IR)。 这允许快速定位和去除故障的串或阵列,而光伏电站和通常使用混合断路器的小型开关装置没有明显的中断。 因此,光伏电站以高产率和高可靠性为特征,可以以成本有效的方式安装和运行。 此外,由于小型开关单元,组合箱可以实现为具有附接到轨道装置的多个箱形模块的导轨装置。

    ARC CHAMBER FOR A DC CIRCUIT BREAKER
    4.
    发明申请

    公开(公告)号:WO2018189373A1

    公开(公告)日:2018-10-18

    申请号:PCT/EP2018/059534

    申请日:2018-04-13

    Applicant: ABB SCHWEIZ AG

    Abstract: An arc chamber (10) for a DC circuit breaker comprises an entry side (E) adapted to receive an electric arc (50), which was generated outside of the arc chamber (10) and which propagates in a forward direction (F), a plurality of stacked splitter plates (11a … 11f), and at least one inhibitor barrier (20a, 20b). The at least one inhibitor barrier (20a, 20b) is arranged on the entry side (E) to inhibit a reverse propagation of the electric arc (50) out of the arc chamber (10) in a reverse direction (R). DC circuit breaker comprising an arc chamber. Use of an arc chamber with a circuit breaker in a DC electrical system.

    METHOD OF PRODUCING THREE-DIMENSIONAL OBJECT, CONTROL SYSTEM AND ADDITIVE MANUFACTURING DEVICE

    公开(公告)号:WO2022214161A1

    公开(公告)日:2022-10-13

    申请号:PCT/EP2021/058934

    申请日:2021-04-06

    Applicant: ABB SCHWEIZ AG

    Abstract: A method of producing a three-dimensional object (28), the method comprising providing an object model (96) of the three-dimensional object; providing a candidate support structure model (98) of one or more support structures (30) for the three-dimensional object based on the object model; selecting (100) a removal strategy (42) among a plurality of candidate removal strategies for removal of the one or more support structures from the three-dimensional object based on the object model; modifying (106) the candidate support structure model based on the selected removal strategy to provide a modified support structure model (108); forming (112) the three-dimensional object based on the object model, and the one or more support structures supporting the three-dimensional object based on the modified support structure model, by means of additive manufacturing; and removing (114) the one or more support structures from the three-dimensional object based on the selected removal strategy.

    COMBINER BOX OF A DC PART OF A PV PLANT

    公开(公告)号:EP3050117B1

    公开(公告)日:2018-08-29

    申请号:EP13770488.8

    申请日:2013-09-27

    Applicant: ABB Schweiz AG

    CPC classification number: H01L31/02021 H02H3/18 H02H7/20 Y02E10/56

    Abstract: A box (SCB1) for combining n strings or m arrays of a DC part of a PV plant comprises a plurality of n DC inputs (21, 22, 23, 24) for electrical connection to the n strings or to a plurality of m DC inputs for electrical connection to the m arrays, at least n or m DC direction sensors for detecting the direction of direct currents (IS1, IS2, IS4, IR) conducted in the n or m DC inputs (21, …, 24) and a combiner control unit (SCCU). The DC direction sensors communicate their output signals to the combiner control unit. The combiner control unit communicates a first tripping signal to first switching units associated to the DC direction sensors for opening n-1 or m-1 of the n or m pairs of first switching units in order to interrupt the direct currents (IS1, IS2, IS4) between each of n-1 or m-1 DC inputs (21, 22, 24) and the two busbars when in a remaining one (23) of the DC inputs the direct current changes from a forward (IS3) to a first reverse current (IR). This allows a fast localization and removal of a faulty string or array without any remarkable interruption of the PV plant and with small-sized switching units, typically with hybrid breakers. Thus the PV plant is distinguished by a high yield rate and a high reliability and can be installed and operated in a cost-efficient manner. Furthermore for reason of the small-sized switching units the combiner box can be realized as rail arrangement with a plurality of box-shaped modules which are attached to the rail arrangement.

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