Design and experimental validation of an LTE-Based synchrophasor network in a medium voltage distribution grid

Authors: Derviskadic, A., Romano, P., Ge, C., Chai, W.K., Develder, C., Zanni, L., Pignati, M. and Paolone, M.

http://eprints.bournemouth.ac.uk/30839/

Start date: 11 June 2018

We present and experimentally validate in a real-scale medium voltage (MV) grid a synchrophasor network that exploits the availability of a public 4G LTE communication infrastructure. An 18 buses, 10\,kV feeder located in Huissen, The Netherlands, has been equipped with 10 Phasor Measurement Units (PMUs) connected to the MV grid by means of dedicated voltage and current sensors. The PMUs stream synchrophasor data through a public 4G LTE network via an information-centric networking-based middleware, named C-DAX. The measurements are received and time-aligned at a phasor data concentrator and fed to a real-time state estimation application. The paper presents the various field-trial components and validates the feasibility of exploiting the 4G LTE technology for PMU-based applications. Specifically we assess the performance of the adopted wireless telecommunication infrastructure with and without the C-DAX middleware, as well as the accuracy of the real-time state estimation process.

This data was imported from Scopus:

Authors: Derviskadic, A., Romano, P., Get, C., Chai, W.K., Develder, C., Zanni, L., Pignati, M. and Paolone, M.

http://eprints.bournemouth.ac.uk/30839/

Journal: 20th Power Systems Computation Conference, PSCC 2018

ISBN: 9781910963104

DOI: 10.23919/PSCC.2018.8442644

© 2018 Power Systems Computation Conference. We present and experimentally validate in a real-scale medium voltage (MV) grid a synchrophasor network that exploits the availability of a public 4G LTE communication infrastructure. An 18 buses, 10 kV feeder located in Huissen, The Netherlands, has been equipped with 10 Phasor Measurement Units (PMUs) connected to the MV grid by means of dedicated voltage and current sensors. The PMUs stream synchrophasor data through a public 4G LTE network via an information-centric networking-based middleware, named C-DAX. The measurements are received and time-aligned at a phasor data concentrator and fed to a real-time state estimation application. The paper presents the various field-trial components and validates the feasibility of exploiting the 4G LTE technology for PMU-based applications. Specifically we assess the performance of the adopted wireless telecommunication infrastructure with and without the C-DAX middleware, as well as the accuracy of the real-time state estimation process.

This data was imported from Web of Science (Lite):

Authors: Derviskadic, A., Romano, P., Ge, C., Chai, W.K., Develder, C., Zanni, L., Pignati, M., Paolone, M. and IEEE

http://eprints.bournemouth.ac.uk/30839/

Journal: 2018 POWER SYSTEMS COMPUTATION CONFERENCE (PSCC)

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