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A robust network topology processor that can be utilized in both traditional and PMU-based state estimators is developed. Previous works in the field of topology processing are scrutinized and their drawbacks are identified. Building on top of the state of the art, an algorithm covering the limitations of available topology processing approaches and including new features is proposed. The presented...
This article provides a robust network topology processor for state estimators that utilizes both conventional and/or PMU measurements. The emphasis is on the involvement of PMU measurements in topology processing. Building on top of the state of the art, an algorithm is proposed in a way to cover the limitations of current approaches and at the same time to suggest new features. The topology processor...
The OpenPMU project is a platform for the development of Synchrophasor measurement technology, Phasor Measurement Units (PMU), in an open source manner. The project has now been operating for a number of years and has seen increased adoption at Universities and interest from electrical utilities. The OpenPMU device has recently been tested against the IEEE C37.118 standard and shown to operate within...
OpenPMU, the Open Source Phasor Measurement Unit, is a platform for the development of Synchrophasor measurement technology in an open source manner. The OpenPMU design modularizes the key components of a Phasor Measurement Unit (PMU) into three subsystems; measurement, phase estimation and telecoms. The advantage to the researcher is that the interfaces between each subsystem are open and human readable,...
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