Setembro 2025 vol. 12 num. 1 - XXXII Simpósio Internacional de Engenharia

Trabalho completo - Open Access.

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Tecnologia de Sensor de Bateria Inteligente em Veículos Comerciais: Benefícios, Limitações e Aplicações

Intelligent battery sensor Technology in Commercial Vehicles: Benefits, Limitations, and Applications

COSTA, Danilo Gonçalves ; MARTINES, Wilson Bernardo dos Santos ; MUNHOZ, Ronaldo Tadeu ;

Trabalho completo:

As baterias de baixa tensão são fontes de alimentação em veículos, que se tornaram cada vez mais essenciais devido à crescente demanda por sistemas elétricos/eletrônicos. Portanto, o gerenciamento da bateria está se tornando cada vez mais importante para garantir a disponibilidade de energia nos veículos comerciais. O sensor inteligente de bateria (IBS) é capaz de monitorar informações cruciais, como tensão, consumo de corrente, capacidade e dados, a partir dos quais é possível determinar o estado de saúde da bateria, garantindo o funcionamento adequado do sistema elétrico e mantendo uma reserva mínima de energia para a partida. Neste artigo, discutiremos os benefícios e as limitações do uso do IBS de um veículo comercial. Os dados fornecidos dão suporte à manutenção preditiva, permitindo o diagnóstico de mau funcionamento do sistema elétrico e de problemas de desempenho da bateria. O motorista não experimenta 100% das funcionalidades do IBS, pois atualmente ele só fornece informações sobre o nível de carga da bateria e depende de uma Unidade de Controle Eletrônico para gerenciar os dados gerados. No entanto, sua aplicação é eficaz para reserva de carga e análise de falhas elétricas no sistema de geração de energia, como problemas com o regulador de tensão do alternador.

Trabalho completo:

Low-voltage batteries are power supplies in vehicles, which have become increasingly essential due to the growing demand for electrical/electronic systems. Therefore, battery management is becoming more and more important to ensure the availability of power in commercial vehicles. The intelligent Battery sensor (IBS) is capable of monitoring crucial information, such as voltage, current consumption, capacity and data from which it is possible to determine battery?s state of health, ensuring proper functioning of the electrical system and keeping a minimum energy reserve for cranking. We will discuss in this paper the benefits and limitations of using the IBS of a commercial vehicle. The data provided supports predictive maintenance by enabling the diagnosis of electrical system malfunctions and battery performance issues. The driver does not experience 100% of the functionalities of IBS, as it currently only provides battery charge level information and relies on an Electronic Control Unit to manage the generated data. However, its application is effective for charge reserve and analysis of electrical faults in the power generation system, such as issues with the alternator's voltage regulator.

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DOI: 10.5151/simea2025-PAP57

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Como citar:

COSTA, Danilo Gonçalves; MARTINES, Wilson Bernardo dos Santos; MUNHOZ, Ronaldo Tadeu; "Tecnologia de Sensor de Bateria Inteligente em Veículos Comerciais: Benefícios, Limitações e Aplicações", p. 272-276 . In: Anais do XXXII Simpósio Internacional de Engenharia. São Paulo: Blucher, 2025.
ISSN 2357-7592, DOI 10.5151/simea2025-PAP57

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