Projeto carré
Carregando...
Citações na Scopus
Tipo de produção
Trabalho de Conclusão de Curso
Data
2023-06-20
Autores
Bastos, Adriana Oliveira
Adam, Alexandre
Wojciechowski, Fernando
David, Leonardo Maciel
Colacioppo, Marcella Melhem
Brum, Marcos Vinicius Rodrigues
Fratelli, Nicolas Lopes
Gonçalves, Victor Bononi
Balbo, Vinicius de Sousa
Adam, Alexandre
Wojciechowski, Fernando
David, Leonardo Maciel
Colacioppo, Marcella Melhem
Brum, Marcos Vinicius Rodrigues
Fratelli, Nicolas Lopes
Gonçalves, Victor Bononi
Balbo, Vinicius de Sousa
Orientador
Rovai, Fernando Fusco
Periódico
Título da Revista
ISSN da Revista
Título de Volume
Citação
Texto completo (DOI)
Palavras-chave
mercado brasileiro de caminhões,eficiência energética,tecnologias avançadas,brazilian truck market,energetic efficiency,advanced technologies
Resumo
O mercado brasileiro de caminhões desempenha um papel significativo na economia do país, sendo essencial para o transporte de mercadorias, abastecimento urbano e distribuição em vários setores, como agricultura, indústria, comércio e serviços. No Brasil, há várias montadoras e fabricantes de caminhões, tanto nacionais quanto estrangeiros, que competem nesse mercado. Alguns dos principais fabricantes presentes incluem Mercedes-Benz, Volvo, Scania, Iveco, MAN, DAF e Ford. Essas empresas oferecem uma ampla variedade de modelos de caminhões, desde leves até pesados, com diferentes configurações e capacidades de carga. A busca por caminhões mais eficientes em termos de consumo de combustível e impacto ambiental tem impulsionado o desenvolvimento de tecnologias avançadas, como motores
econômicos, telemática, veículos elétricos e até mesmo soluções de direção autônoma, que podem influenciar o mercado no futuro. Ao analisar esse mercado, identificamos uma oportunidade de melhoria através do projeto Carré, que propõe um sistema que reutiliza os gases de escape dos caminhões para alimentar um processo independente que consome a potência do motor de forma útil. O sistema de ar-condicionado dos caminhões consome potência e combustível devido ao funcionamento do compressor. No entanto, é possível eliminar o consumo de energia do compressor e reduzir o consumo de combustível por meio de um sistema de absorção que substituiria o compressor, utilizando a energia térmica dos gases de escape gerados pela combustão do diesel.
The Brazilian truck market plays a significant role in the country's economy, being essential for the transportation of goods, urban supply, and distribution across various sectors, such as agriculture, industry, commerce, and services. In Brazil, there are several truck manufacturers, both domestic and foreign, competing in this market. Some of the major manufacturers present include Mercedes-Benz, Volvo, Scania, Iveco, MAN, DAF, and Ford. These companies offer a wide variety of truck models, ranging from light to heavy vehicles, with different configurations and load capacities. The pursuit of more fuel-efficient trucks and reduced environmental impact has driven the development of advanced technologies, such as fuel-efficient engines, telematics, electric vehicles, and even autonomous driving solutions, which can influence the market in the future. In analyzing this market, we have identified an opportunity for improvement through the Carré project, which proposes a system that reutilizes the truck's exhaust gasses to power an independent process that consumes engine power effectively. The truck's air conditioning system consumes power and fuel due to the operation of the compressor. However, it is possible to eliminate the compressor's energy consumption and reduce fuel usage through an absorption system that would replace the compressor by utilizing the thermal energy from the exhaust gasses generated by diesel combustion.
The Brazilian truck market plays a significant role in the country's economy, being essential for the transportation of goods, urban supply, and distribution across various sectors, such as agriculture, industry, commerce, and services. In Brazil, there are several truck manufacturers, both domestic and foreign, competing in this market. Some of the major manufacturers present include Mercedes-Benz, Volvo, Scania, Iveco, MAN, DAF, and Ford. These companies offer a wide variety of truck models, ranging from light to heavy vehicles, with different configurations and load capacities. The pursuit of more fuel-efficient trucks and reduced environmental impact has driven the development of advanced technologies, such as fuel-efficient engines, telematics, electric vehicles, and even autonomous driving solutions, which can influence the market in the future. In analyzing this market, we have identified an opportunity for improvement through the Carré project, which proposes a system that reutilizes the truck's exhaust gasses to power an independent process that consumes engine power effectively. The truck's air conditioning system consumes power and fuel due to the operation of the compressor. However, it is possible to eliminate the compressor's energy consumption and reduce fuel usage through an absorption system that would replace the compressor by utilizing the thermal energy from the exhaust gasses generated by diesel combustion.