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Multi-Model Charger for Light Electric Vehicles
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DOI：10.1109/ICEES57979.2023.10110215.png)
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Abstract
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Electric vehicles are now becoming mainstream transportation. But the charging stations available for electric vehicles are very low. So many reasons are affecting the implementation of charging stations. The most important factor was the battery voltage of an electric vehicle. That is the main thing because in the electric vehicle market so many brands are involved, to make the electric vehicle efficient and better performing that the voltage and capacity of the battery will be designed by the engineers depending upon the needs of the vehicle models. When coming to the charging stations for electric vehicles that will make a big problem. Because so many vehicles are having their unique voltage levels of charging If the charging station will be implemented means that need to have all the charging voltage levels for charging the different brands. In one brand also there are different models of vehicles are having different voltages of batteries. So the charging station that provides the static voltages is not enough to handle this problem. Because the charging circuit can provide a single output voltage means the charging station needs to have many circuits like that for compensating the need. So we are proposing a charger that can be used for the charging of all the brands and all the models of electric vehicles so the one circuit will be the solution for all these problems. If we implement this idea in the charging stations means it will make a huge difference in the design of the electric vehicle charger. This one circuit will replace the number of static voltage-providing circuits so we can increase the charging ports for more vehicles charging the batteries simultaneously and in the constant current and constant voltage charging(CC-CV).
Keywords:
Electric Vehicles
Battery Capacity
Charging ports
cc-cv
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