substationSBG

openPG provides a way to group devices, which makes access control much more manageable. To extend that, connecting to a source with multiple devices (i.e. an openPDC), openPG should automatically create a group for that source device, and assign all ... [More] devices from that source to the created group.Comments: ** Comment from web user: ritchiecarroll ** Move to SIEGate [Less]

Project Description The substationSBG administered by the Grid Protection Alliance (GPA) couples the high-performance phasor data processing features of the openPDC and the security features of SIEGate into a purpose-built system that is both a ... [More] substation PDC and a gateway for the secure, reliable communication of synchrophasor data from a substation to the control center. It acts as a synchrophasor data gateway in that it can securely and efficiently gather and redistribute high-resolution (e.g., 60 sample-per-second) time-series data from multiple devices and move real-time data in a consolidated stream to a central location, e.g., as upstream openPDC, and also keep a central data repository complete by providing automated data recovery capabilities using its short-term rolling local archive. The Gateway Exchange Protocol The substationSBG uses the highly efficient Gateway Exchange Protocol (GEP) to move data among interested parties (all standard synchrophasor protocols are also supported as needed). This protocol has been optimized to minimize bandwidth as the gateway flexibly implements publish-subscribe with individual phasor measurement point granularity. See: The GEP Protocol.pdf [Less]

Project Description The substationSBG administered by the Grid Protection Alliance (GPA) couples the high-performance phasor data processing features of the openPDC and the security features of SIEGate into a purpose-built system that is both a ... [More] substation PDC and a gateway for the secure, reliable communication of synchrophasor data from a substation to the control center. It acts as a synchrophasor data gateway in that it can securely and efficiently gather and redistribute high-resolution (e.g., 60 sample-per-second) time-series data from multiple devices and move real-time data in a consolidated stream to a central location, e.g., as upstream openPDC, and also keep a central data repository complete by providing automated data recovery capabilities using its short-term rolling local archive. The Gateway Exchange Protocol The substationSBG uses the highly efficient Gateway Exchange Protocol (GEP) to move data among interested parties (all standard synchrophasor protocols are also supported as needed). This protocol has been optimized to minimize bandwidth as the gateway flexibly implements publish-subscribe with individual phasor measurement point granularity. See: The GEP Protocol.pdf [Less]

substationSBG: Version change for build substationSBG_v0.6.23.0.

Updated database schema definitions from GSF source.

Updated grid solutions framework tool: NoInetFixUtil.

Updated grid solutions framework tool: StatHistorianReportGenerator.

Updated grid solutions framework tool: ConfigurationEditor.

Updated grid solutions framework tool: ConfigCrypter.

Updated grid solutions framework dependencies.