2014 IEEE International Conference on Smart Grid Communications (SmartGridComm) 2014
DOI: 10.1109/smartgridcomm.2014.7007657
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Narrowband power line communications evaluation in complex distribution networks

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Cited by 7 publications
(2 citation statements)
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“…Frequency range up to 500 kHz is also evaluated in [153] in order to provide new possibilities of configuration for AMI in grid topologies composed of a lower number of SMs per substation. Based on the hypothesis that communications through transformer substations might be possible in higher frequencies, due to a lower attenuation in this frequency range, it suggests the connection between devices located in a MV-LV environment by means of a switch node for frequency channel conversion, instead of data concentrator working at lower frequencies.…”
Section: ) Performance Of Plc In Frequencies Up To 500 Khzmentioning
confidence: 99%
“…Frequency range up to 500 kHz is also evaluated in [153] in order to provide new possibilities of configuration for AMI in grid topologies composed of a lower number of SMs per substation. Based on the hypothesis that communications through transformer substations might be possible in higher frequencies, due to a lower attenuation in this frequency range, it suggests the connection between devices located in a MV-LV environment by means of a switch node for frequency channel conversion, instead of data concentrator working at lower frequencies.…”
Section: ) Performance Of Plc In Frequencies Up To 500 Khzmentioning
confidence: 99%
“…UsingPLCascommunicationtechnologiesinAMI, (Sanz,Pinero,Idiago,Esteban,&Garcia, 2014)arguedthatthedeploymentofadataconcentratorineverytransformersubstationincasethe subnetworkcontainsalownumberofmetersisaninefficientsolution.TheydevisedanewPLC AMIconfigurationusingahigherfrequencyandreportedreal-lifeevaluationofthePLC.Theresults showedthattheattenuationisinverselyproportionaltothePLCfrequency.…”
Section: Network Classificationsmentioning
confidence: 99%