Carlos Alberto Canesin

• Abstract

  This research proposes the development of methods for the control and protection of the three-phase inverter structures, up to 30kVA, applied to Distributed Generation Photovoltaic Systems with accumulation capacity, considering the connected mode (Grid -Tie Mode) at the AC public electric power distribution network in low voltage, with the possibility of operating in islanded mode and ca…

  Grid-Tie inverter for photovoltaic distributed generation with injection control of active and reactive powers and capability of Islanded operation mode, AP.PFPMCG.R

• Abstract

  This research is based on the necessity and current worldwide trend in the search for alternative energy sources that are cleaner, renewable and with low environmental impact, developing for this purpose a grid-connected electrical energy generation system based on photovoltaic solar panels. In order to increase the efficiency and power density of the system, novel single-phase and three-…

  Grid-connected low-power efficient solar inverters, AP.R

• Abstract

  This work proposes the analysis, design and implementation of new DC to DC and DC to AC converters, applied to stand-alone photovoltaic power generation systems in AC, considering reduced power losses and high power densities for the converters. Furthermore, this research proposes the design, and implementation of a maximum power point tracking (MPPT) sub-system, including the management,…

  Stand-alone applications in AC, using new DC to DC/DC to AC converters, and digital control, AP.R

(Only some records are available in English at this moment)

• Abstract

  In this research it is proposed to develop a digital simulator in real time that allows the simulation of feeders of distribution of electric energy (low and medium voltage levels), considering its typical physical and operational aspects (source, lines of distribution, transformers, linear and non-linear loads, devices of regulation and compensation), using structures with description of…

  Real-Time Digital Simulation for electrical distribution feeders through hardware description languages, using FPGAs devices, BP.DR

• Abstract

  This proposed thesis is based on the necessity and current worldwide trend in the search for alternative energy sources that are cleaner, renewable and produce little environmental impact, developing for this purpose an electrical generation system of energy based on photovoltaic solar panels. In order to increase the efficiency and power density of the system, new single phase integrated…

  MPPT techniques, management and detection of islanding, and synchronization with AC low voltage public distribution network, applied to electrical generation system based on PV panels, BP.DR