Modelación y simulación del ruido impulsivo presente en los sistemas PLC usados en las redes energéticas inteligentes o Smart Grids.

Abstract

Communications are a basic principle among human beings, from the time of prehistory to modern times, the need for communication has been the source of inspiration for several professionals within the field of Telecommunications, this is in order to provide better services and alternatives for information transport, which results in the transmission of data through the electric power network, known as Power Line Communications, PLC. The thesis project topic called Modeling and simulation of impulsive noise present in PLC systems used in intelligent energy networks or Smart Grids, has as its main objective to analyze by means of simulation the behavior of impulsive noise in PLC systems used in networks Energetic intelligent or Smart grids, among the main theoretical approaches on which the approach of the problem is based, are topics such as knowledge, operation, types, architecture, security and interference or noise, about power line communication technology or PLC , the methodology used in this thesis project is exploratory, descriptive and explanatory, with which it was concluded that impulsive noise is feasible to be simulated in the Matlab tool using stochastic models and variables with statistical processes, which should be pre-configured algorithmically, depending on or the model of impulsive noise that is required to simulate, in addition these simulations consider the physical properties and the direct source of the noise.