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The open source phasor data concentrator is a system that is used to manage, process and respond to dynamic changes in fast moving streaming phasor data. More specifically, the openPDC can process any kind of data that can be described as “time-stamped measured values”. These measured values are ... [More] simply numeric quantities that have been acquired at a source device and are typically called points, signals, events, time-series values or measurements. When a value gets measured, an exact timestamp is taken, typically using a GPS-clock for accuracy – the value, along with its timestamp, is then streamed to the openPDC where it can be “time-aligned” with other incoming measurements so that an action can then be taken on a complete slice of data all measured at the exact same moment in time. [Less]

The PMU Connection Tester, administered by the Grid Protection Alliance (GPA), verifies that a data stream from synchrophasor measurement device is being successfully received. The PMU connection tester supports the following phasor data protocols: IEEE C37.118 (Version 1/Draft 7, Draft 6), IEEE ... [More] 1344, BPA PDCstream, SEL Fast Message, UTK FNET streaming data protocol, IEC 61850-90-5 and Macrodyne. [Less]

Creates multiple streams from a single synchrophasor stream source. This service based application allows you to take one incoming stream of synchrophasor data (e.g., from a substation with limited bandwidth) and redistribute the stream as many times as needed. All common synchrophasor protocols ... [More] are supported (e.g., IEEE C37.118, IEC 61850-90-5, IEEE 1344, F-NET, SEL Fast Message, Macrodyne and BPA PDCstream) . This tool does not disaggregate streams into points - it resends exactly what was received. Manager and console applications can be run remotely - active configuration can be downloaded, edited and uploaded from management tool. Configuration is stored as an XML file. Full support for incoming and outgoing UDP, TCP, IPv6, and IPv4 in all combinations. [Less]