In this paper a complete model of a power line communication (PLC) system on a Medium Voltage (MV) network is presented in the case of a line-ground configuration. A simple and friendly Simulink® software is used to develop the model. A distributed parameter MV cable model in line-ground configuration is considered together with the power transformers, the signal coupling networks and the receiving and transmitting line coupling interface of a ST7540 FSK powerline transceiver. The performances of the complete PLC communication system are evaluated for different line lengths by means of the attenuation computed as ratio between the received and transmitted voltage signals.
Cataliotti, A., Di Cara, D., Tinè, G. (2010). Model of Line to Shield Power Line Communication System on a Medium Voltage Network. In Proceedings of I²MTC 2010 (pp. 1459-1462) [10.1109/IMTC.2010.5488101].
Model of Line to Shield Power Line Communication System on a Medium Voltage Network
CATALIOTTI, Antonio;DI CARA, Dario;
2010-01-01
Abstract
In this paper a complete model of a power line communication (PLC) system on a Medium Voltage (MV) network is presented in the case of a line-ground configuration. A simple and friendly Simulink® software is used to develop the model. A distributed parameter MV cable model in line-ground configuration is considered together with the power transformers, the signal coupling networks and the receiving and transmitting line coupling interface of a ST7540 FSK powerline transceiver. The performances of the complete PLC communication system are evaluated for different line lengths by means of the attenuation computed as ratio between the received and transmitted voltage signals.
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