Automatic Balancing System of Connected Single Phase Units in the Low Voltage Distribution Network
Item
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Tipo do ITEM
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Artigo Ciêntifico
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Título do Artigo
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Automatic Balancing System of Connected Single Phase Units in the Low Voltage Distribution Network
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Descrição
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The electricity distribution system tends to be unbalanced due to the presence of single-phase electrical charges
and also due to the dynamic behavior of the radial circuits. Such serious imbalances, in addition to
compromising the distribution of energy, can also interfere in the normal mode of operation of the active
components in the network (electrical transformers, etc.) and shorten the useful life of the cables that make up
the network. The objective of this work is to demonstrate by simulation the benefits brought by the adoption of
automation in the execution of the load balancing task, however for greater efficiency of the assets and
improvement of the supply quality, the present work defends the logical use for the search of the best
redistribution of single-phase loads connected to the distribution network, including the fuzzy logic to support
decision making and interpretation of dynamic load behavior, as well as the search optimization method for the
best allocation of single-phase loads (consumer units) advocates the adoption of an algorithm based on the
simplex model. The results found through the techniques employed, allow a better distribution of loads through
the distribution network, reducing the risks for the people involved in the execution of the task in the field and
obtaining improvements in the tension profile due to the load imbalance.
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Abstract
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The electricity distribution system tends to be unbalanced due to the presence of single-phase electrical charges
and also due to the dynamic behavior of the radial circuits. Such serious imbalances, in addition to
compromising the distribution of energy, can also interfere in the normal mode of operation of the active
components in the network (electrical transformers, etc.) and shorten the useful life of the cables that make up
the network. The objective of this work is to demonstrate by simulation the benefits brought by the adoption of
automation in the execution of the load balancing task, however for greater efficiency of the assets and
improvement of the supply quality, the present work defends the logical use for the search of the best
redistribution of single-phase loads connected to the distribution network, including the fuzzy logic to support
decision making and interpretation of dynamic load behavior, as well as the search optimization method for the
best allocation of single-phase loads (consumer units) advocates the adoption of an algorithm based on the
simplex model. The results found through the techniques employed, allow a better distribution of loads through
the distribution network, reducing the risks for the people involved in the execution of the task in the field and
obtaining improvements in the tension profile due to the load imbalance.
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Língua do arquivo
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inglês
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Data da Publicação
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Ano 2020
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Palavra-chave
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Computational Intelligence
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Fuzzy Logic
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Load Balancing
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Secondary Distribution Network
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Simplex
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Autores
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Alex Sander Leocádio Dias
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Manoel Henrique Reis Nascimento
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Jorge de Almeida Brito Júnior
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Carlos Alberto Oliveira de Freitas
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Ricardo Silva Parente
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Jandecy Cabral Leite
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Local
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ITEGAM - Manaus, 2020
