Modelación y simulación de medios de transmisión variables con el tiempo para PLC en redes energéticas inteligentes o Smart Grids.

Abstract

The work of titling Modeling and simulation of variable transmission media with time for PLC in smart energy networks or Smart Grids, originates from the lack of knowledge and little information that companies in the electricity sector can provide in this field, as seen from the point of view. provide the service of data delivery and internet to homes from their infrastructures and as such do not offer it to the market and only perform it as a support to collect internal information in some sectors depending on the infrastructure assembled, the purpose of this thesis topic was to analyze the behavior of the transmission of data through variable channels over time in smart energy networks or Smart Grids in a simulated way through studies carried out by different authors that determine their own models, among the main theoretical approaches in which supports the approach of the problem or research topic are the different existing modeling systems, how they are transferred and what elements make up a communication by a PLC electrical network, classification of PLC networks, communication structure of smart networks and different simulation models chosen, an explanatory investigative methodology was used since the causes of the phenomenon were determined as it happens, why it occurs and under what conditions it does so by analyzing explanatory cases found, as conclusions are found that each model studied shows different effects and alterations produced on the behavior of the channel and the structure of the network, as well same that each one proposes different mathematical models based on the physical structure.