A single input multi output interleaved dc-dc buck boost converter

Abstract

In this work the operation of a microgridbased dc gridbased wind power production system was detailed The suggested fix gets rid of the need for frequency and voltage synchronisation allowing wind turbines to run in parallel Here an ANN Artificial Neural Networks control technique is presented for controlling the systems reactive and actual power as well as the inverters op frequency and voltage In order to control frequency load and damage detection in power networks ANN was a nonlinear framework In this system the microgrid oscillations are controlled by using ANN to deliver continuous controlled power with quick frequency responsiveness Numerical simulations and a number of test scenarios have been used to validate this idea Following an explanation of the proposed converters operating modes a thorough steadystate and dynamic modelling was done