ANÁLISE DAS CARGAS EFICENTES E NÃO EFICIENTES COM EQUIVALÊNCIA NO CONSUMO ENERGÉTICO OFERTADAS A PARTIR DOS SISTEMAS SIGFI E MIGDI NOS ESTADOS DO ACRE E AMAZONAS

Alex Artigiani Neves Lima; Claudio Monteiro de Carvalho; Eduardo Luís de Paula Borges; Israel Wallysson Freitas da Silva; Marcello Soares Rocha; Thales Terrola e Lopes; Geraldo Vasconcelos Arruda Neto; Dennys Cordeiro Senna; Manuel Cesar Santos Filho; Ronaldo de Paula Tabosa

doi:10.59627/cbens.2014.2153

Authors

Alex Artigiani Neves Lima Centrais Elétricas Brasileira – Eletrobras
Claudio Monteiro de Carvalho Centrais Elétricas Brasileira – Eletrobras
Eduardo Luís de Paula Borges Centrais Elétricas Brasileira – Eletrobras
Israel Wallysson Freitas da Silva Centrais Elétricas Brasileira – Eletrobras
Marcello Soares Rocha Centrais Elétricas Brasileira – Eletrobras
Thales Terrola e Lopes Centrais Elétricas Brasileira – Eletrobras
Geraldo Vasconcelos Arruda Neto Eletrobras Amazonas Energia
Dennys Cordeiro Senna Eletrobras Distribuição Acre
Manuel Cesar Santos Filho Instituto Interamericano de Cooperação para a Agricultura
Ronaldo de Paula Tabosa Instituto Interamericano de Cooperação para a Agricultura

DOI:

https://doi.org/10.59627/cbens.2014.2153

Keywords:

efficient loads, rural electrification, solar photovoltaic systems

Abstract

This work is guided by the assessment of loads sized for photovoltaic systems deployed in remote Amazon regions. In the remote region of Acre state the loads are supplied by Individual Generation System with Intermittent Power Source –SIGFI and in the Amazonas state the loads are supplied by Isolated Generation Micro System with Micro Grids – MIGDI, aimed at identifying the specification of loads and its frequencies. The characterization of energetic efficient loads depends directly on the user in acquiring the equipment that provide the three basic assumptions set in the Special Projects of the Mines and Energy Ministry - MME , that are lighting, communication and refrigeration. Lighting is subsidized by the federal government and the others items such as communication and refrigeration are acquired directly by the user, which impacts on the photovoltaic generation system performance, considering that the generation system is sized according to the Resolution assumptions of National Agency of Electric Energy - ANEEL, in which are foreseen the classification ranging from 13 to 80 kWh / Month.Consumer.