Estudo de viabilidade econômica e desempenho energético
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Arquivos
Data
2022-12-12
Tipo de documento
Artigo Científico
Título da Revista
ISSN da Revista
Título de Volume
Área do conhecimento
Engenharias
Modalidade de acesso
Acesso aberto
Editora
Autores
Paiva, Fernando
Correia, Gaspar
Silva, Gustavo
Pavani, Victor
Silva, Yuri
Orientador
Fonseca, Jeison
Coorientador
Resumo
O uso de energia elétrica vem se intensificando ao longo dos anos em território
brasileiro e, paralelamente, surgem as preocupações com as questões ambientais. E com esse aumento do uso de energia, os países buscam várias maneiras para produção de energia elétrica, que degrade menos o meio ambiente e que seja de forma sustentável.
No que diz respeito as empresas, o setor industrial, sendo o maior consumidor de energia elétrica, possui um potencial de otimização extremamente grande, porém, não há muitas iniciativas para o estímulo de eficiência energética.
Ao decorrer deste projeto, foram levantadas algumas informações técnicas e financeiras a respeito do uso da energia fotovoltaica para alimentação de um sistema de iluminação e tomadas do setor industrial. A partir da fatura de energia elétrica do estabelecimento, dimensionamos um sistema de geração fotovoltaico dividido em On Grid e Híbrido, com intuito de manter uma alimentação energética diretamente para as cargas, e uma segunda alimentação com um banco de baterias para servir de backup caso ocorro algum sinistro, afinal, as consequências geradas por interrupções no fornecimento de energia vão dos prejuízos materiais com quedas enormes de
produtividade à perda de informações vitais.
A partir do dimensionamento do sistema, foi possível calcular a geração de energia, economia mensal e retorno do investimento para analisarmos a viabilidade do projeto.
The use of electricity has been intensifying over the years in Brazil, at the same time, concerns about environmental issues have arisen. And with this increase in energy use, countries are looking for other ways to produce electricity that degrades the environment less and is sustainable. With regard to companies, the industrial sector, being the largest consumer of electricity, has an extremely large potential for optimization, however, there are not many initiatives to stimulate energy efficiency. During this project, some technical and financial information was collected regarding the use of photovoltaic energy to power a lighting system and sockets in the industrial sector. Based on the establishment's electricity bill, a photovoltaic generation system divided into On Grid and Hybrid was designed, in order to maintain an energy supply directly to the loads, and a second supply with a bank of batteries to serve as a backup in case accident occurs, after all, the consequences generated by interruptions in the energy supply range from material damage with huge drops in productivity to the loss of vital information. From the sizing of the system, it was possible to calculate the system's energy generation, monthly savings and return on investment for the project's feasibility analysis.
The use of electricity has been intensifying over the years in Brazil, at the same time, concerns about environmental issues have arisen. And with this increase in energy use, countries are looking for other ways to produce electricity that degrades the environment less and is sustainable. With regard to companies, the industrial sector, being the largest consumer of electricity, has an extremely large potential for optimization, however, there are not many initiatives to stimulate energy efficiency. During this project, some technical and financial information was collected regarding the use of photovoltaic energy to power a lighting system and sockets in the industrial sector. Based on the establishment's electricity bill, a photovoltaic generation system divided into On Grid and Hybrid was designed, in order to maintain an energy supply directly to the loads, and a second supply with a bank of batteries to serve as a backup in case accident occurs, after all, the consequences generated by interruptions in the energy supply range from material damage with huge drops in productivity to the loss of vital information. From the sizing of the system, it was possible to calculate the system's energy generation, monthly savings and return on investment for the project's feasibility analysis.
Palavras-chave
Eficiência Energética, Energy Efficiency, Iluminação, Lighting, Energia Solar, Solar Energy, LED, LED