Innovación en el diseño electrónico de sistemas de carga para baterías en vehículos híbridos y eléctricos
DOI:
https://doi.org/10.62465/riif.v3n2.2024.81Keywords:
energy efficiency, thermal management, electronic innovation,, hybrid vehicles, charging systemsAbstract
This article presents an innovative approach to the design and construction of a charging system for batteries used in hybrid and electric vehicles, a crucial component in the move towards more sustainable transportation. The developed system is primarily aimed at optimizing energy efficiency, improving operational safety and extending battery life through advanced technologies. These technologies include thermal management, which keeps the batteries within a safe temperature range, and real-time monitoring, which provides constant information on the state of charge, allowing precise adjustments and preventing risks of overcharging. The system design is based on the integration of high-quality electronic components, such as transformers, rectifiers and regulators, which ensure efficient and stable energy conversion. In addition, a filtering system has been implemented to reduce current ripple, thus improving the quality of the power supply during charging. The results obtained demonstrate a significant improvement in the efficiency of the charging process, reducing the time required to reach full charge and minimizing energy losses. This work represents an important contribution to the development of safer and more efficient charging systems, with an approach that can be easily adapted to the needs of the automotive industry. The research not only complies with current regulations, but also anticipates future technological and environmental requirements.
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Copyright (c) 2024 Kevin Columba, Kevin Cholca, Juan Díaz , Brandon Iza, Boris Pérez
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