Designing Reuse Process of Li-ion Battery for the EV : A case of Q-bus
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For the past 10 years, world’s leading automobile manufacturers are producing Electric Vehicle (EV). Resource depletion which is a result of continued use of fossil fuels, and global warming have drawn attention to EV. However, despite many of the advantages, EV’s high price caused by expensive battery and lack of charging infrastructure for EV are obstacles for the wide adoption of EV. As an alternative, recently battery shared EV is suggested. In this paper, we focus on the shared battery electric bus, called “Q-bus”. In this research, we studied the reuse process of battery for Q-bus and tried to verify this process with the existing electric bus comparably. The process could increase the driving distance compared to the existing one.
Abstract
For the past 10 years, world’s leading automobile manufacturers are producing Electric Vehicle (EV). Resource depletion which is a result of continued use of fossil fuels, and global warming have drawn attention to EV. However, despite many of the advantages, EV’s high price caused by expensive battery and lack of charging infrastructure for EV are obstacles for the wide adoption of EV. As an alternative, recently battery shared EV is suggested. In this paper, we focus on the shared battery electric bus, called “Q-bus”. In this research, we studied the reuse process of battery for Q-bus and tried to verify this process with the existing electric bus comparably. The process could increase the driving distance compared to the existing one.
참고문헌 (7)
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