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公开(公告)号：US08538708B2
公开(公告)日：2013-09-17
申请号：US13021932
申请日：2011-02-07
Applicant: Navindra Yadav , Shmuel Shaffer , Nitin Nayar
Inventor： Navindra Yadav , Shmuel Shaffer , Nitin Nayar
IPC: G06F19/00
CPC classification number: H02H7/261 , H02H1/0084 , H02J13/0079 , H02J13/0086 , Y02E60/725 , Y04S10/20 , Y04S10/525
Abstract: In one embodiment, a method includes obtaining information relating to a steady state operation of a portion of an electrical network, the electrical network including a plurality of components, the information being obtained from the plurality of components while the portion of the electrical network is operating at steady state, wherein the information is obtained through a communications network that at least partially overlays the electrical network. The method also includes detecting a fault in the electrical network, isolating the location of the fault, and restoring the electrical network. The fault is detected by at least a first component of the plurality of components. Restoring the electrical network includes determining when the first component owns the fault. Determining when the first component owns the fault includes at least processing the information obtained from the plurality of components.
Abstract translation: 在一个实施例中，一种方法包括获得与电网的一部分的稳态操作相关的信息，所述电网包括多个组件，所述信息是从所述多个组件获得的，而所述电网的所述部分正在操作 在稳定状态下，其中通过至少部分地覆盖电网的通信网络获得信息。 该方法还包括检测电网故障，隔离故障位置和恢复电网。 故障由多个部件中的至少第一部件检测。 恢复电网包括确定第一组件何时拥有故障。 确定第一组件何时拥有故障包括至少处理从多个组件获得的信息。
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Patent Agency Ranking
公开(公告)号：US20130024043A1
公开(公告)日：2013-01-24
申请号：US13189259
申请日：2011-07-22
Applicant: Shmuel Shaffer , Nitin Nayar
Inventor： Shmuel Shaffer , Nitin Nayar
IPC: G06F1/28
CPC classification number: H02H7/30 , H02J2003/007 , Y02E60/76 , Y04S40/22
Abstract: In one embodiment, a system identifies a grid topology of a plurality of distribution automation (DA) devices of a distribution feeder circuit in a power grid, and determines parameters for each of the DA devices of the distribution feeder circuit based on the grid topology e.g., protection parameters such that DA devices further from a power source in the power grid up to a normally open point (NOP) are configured to trigger protection earlier than DA devices closer to the power source. The DA devices may then be configured with respective parameters as determined, and in response to detecting a change of the grid topology, updated parameters may be determined for one or more of the DA devices based on the changed grid topology. The system then reconfigures respective parameters of each of the DA devices that have updated parameters due to the change of the grid topology.
Abstract translation: 在一个实施例中，系统识别电网中配电馈线电路的多个配电自动化（DA）装置的电网拓扑，并且基于电网拓扑来确定配电馈线电路的每个DA装置的参数，例如 ，保护参数使得进一步从电网中的电源直到常开点（NOP）的DA设备被配置为比早于靠近电源的DA设备触发保护。 然后可以将DA设备配置为如所确定的相应参数，并且响应于检测到电网拓扑的变化，可以基于改变的网格拓扑来为一个或多个DA设备确定更新的参数。 然后，由于网格拓扑的变化，系统重新配置具有更新参数的每个DA设备的相应参数。
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公开(公告)号：US20120203479A1
公开(公告)日：2012-08-09
申请号：US13021932
申请日：2011-02-07
Applicant: Navindra Yadav , Shmuel Shaffer , Nitin Nayar
Inventor： Navindra Yadav , Shmuel Shaffer , Nitin Nayar
CPC classification number: H02H7/261 , H02H1/0084 , H02J13/0079 , H02J13/0086 , Y02E60/725 , Y04S10/20 , Y04S10/525
Abstract: In one embodiment, a method includes obtaining information relating to a steady state operation of a portion of an electrical network, the electrical network including a plurality of components, the information being obtained from the plurality of components while the portion of the electrical network is operating at steady state, wherein the information is obtained through a communications network that at least partially overlays the electrical network. The method also includes detecting a fault in the electrical network, isolating the location of the fault, and restoring the electrical network. The fault is detected by at least a first component of the plurality of components. Restoring the electrical network includes determining when the first component owns the fault. Determining when the first component owns the fault includes at least processing the information obtained from the plurality of components.
Abstract translation: 在一个实施例中，一种方法包括获得与电网的一部分的稳态操作相关的信息，所述电网包括多个组件，所述信息是从所述多个组件获得的，而所述电网的所述部分正在操作 在稳定状态下，其中通过至少部分地覆盖电网的通信网络获得信息。 该方法还包括检测电网故障，隔离故障位置和恢复电网。 故障由多个部件中的至少第一部件检测。 恢复电网包括确定第一组件何时拥有故障。 确定第一组件何时拥有故障包括至少处理从多个组件获得的信息。
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公开(公告)号：US08805598B2
公开(公告)日：2014-08-12
申请号：US13189259
申请日：2011-07-22
Applicant: Shmuel Shaffer , Nitin Nayar
Inventor： Shmuel Shaffer , Nitin Nayar
CPC classification number: H02H7/30 , H02J2003/007 , Y02E60/76 , Y04S40/22
Abstract: In one embodiment, a system identifies a grid topology of a plurality of distribution automation (DA) devices of a distribution feeder circuit in a power grid, and determines parameters for each of the DA devices of the distribution feeder circuit based on the grid topology e.g., protection parameters such that DA devices further from a power source in the power grid up to a normally open point (NOP) are configured to trigger protection earlier than DA devices closer to the power source. The DA devices may then be configured with respective parameters as determined, and in response to detecting a change of the grid topology, updated parameters may be determined for one or more of the DA devices based on the changed grid topology. The system then reconfigures respective parameters of each of the DA devices that have updated parameters due to the change of the grid topology.
Abstract translation: 在一个实施例中，系统识别电网中配电馈线电路的多个配电自动化（DA）装置的电网拓扑，并且基于电网拓扑来确定配电馈线电路的每个DA装置的参数，例如 ，保护参数使得进一步从电网中的电源直到常开点（NOP）的DA设备被配置为比早于靠近电源的DA设备触发保护。 然后可以将DA设备配置为如所确定的相应参数，并且响应于检测到电网拓扑的变化，可以基于改变的网格拓扑来为一个或多个DA设备确定更新的参数。 然后，由于网格拓扑的变化，系统重新配置具有更新参数的每个DA设备的相应参数。
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5.发明授权公开(公告)号：US08712711B2
公开(公告)日：2014-04-29
申请号：US13187765
申请日：2011-07-21
Applicant: Nitin Nayar , Jeffrey D. Taft , Navindra Yadav
Inventor： Nitin Nayar , Jeffrey D. Taft , Navindra Yadav
CPC classification number: G01R29/18 , H02J3/26 , H02J13/0013 , Y02E40/50 , Y02E60/7807 , Y04S40/12
Abstract: In one embodiment, a requesting device (e.g., head-end application) requests a phase-related response from an end-point that does not know its phase in a polyphase power source system. In response, the requesting device receives the phase-related response from the end-point, where the response relays an identification of the end-point and related phase information without indicating an actual phase of the end-point, e.g., on which power-line is a response generated or at which time is a zero-crossing of the power source's waveform. The phase information of the phase-related response may then be correlated to a known phase of a known-phase device, such that the actual phase of the end-point may be identified based on the correlation.
Abstract translation: 在一个实施例中，请求设备（例如，头端应用）从不知道在多相电源系统中的相位的端点请求与相位相关的响应。 作为响应，请求设备从端点接收与相关相关的响应，其中响应中继端点和相关相位信息的标识，而不指示端点的实际相位，例如，哪个功率 - 线路是产生的响应，或者在该时间是电源波形的过零点。 然后可以将相位相关响应的相位信息与已知相位装置的已知相位相关联，使得可以基于相关性来识别端点的实际相位。
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6.发明申请公开(公告)号：US20130024149A1
公开(公告)日：2013-01-24
申请号：US13187765
申请日：2011-07-21
Applicant: Nitin Nayar , Jeffrey D. Taft , Navindra Yadav
Inventor： Nitin Nayar , Jeffrey D. Taft , Navindra Yadav
CPC classification number: G01R29/18 , H02J3/26 , H02J13/0013 , Y02E40/50 , Y02E60/7807 , Y04S40/12
Abstract: In one embodiment, a requesting device (e.g., head-end application) requests a phase-related response from an end-point that does not know its phase in a polyphase power source system. In response, the requesting device receives the phase-related response from the end-point, where the response relays an identification of the end-point and related phase information without indicating an actual phase of the end-point, e.g., on which power-line is a response generated or at which time is a zero-crossing of the power source's waveform. The phase information of the phase-related response may then be correlated to a known phase of a known-phase device, such that the actual phase of the end-point may be identified based on the correlation.
Abstract translation: 在一个实施例中，请求设备（例如，头端应用）从不知道在多相电源系统中的相位的端点请求与相位相关的响应。 作为响应，请求设备从端点接收与相关相关的响应，其中响应中继端点和相关相位信息的标识，而不指示端点的实际相位，例如，哪个功率 - 线路是产生的响应，或者在该时间是电源波形的过零点。 然后可以将相位相关响应的相位信息与已知相位装置的已知相位相关联，使得可以基于相关性来识别端点的实际相位。
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