Design of mini electric car with electric charging using solar cells

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Abstract

The reduced reserves of fuel oil encourage people to create machine with alternative energy sources, while the needs of vehicles are increasing, the development of electric vehicles is getting more intense. The problem is electric vehicles that have been developed still have weaknesses, for example, requiring a lot of batteries, no charging system, and the price is relatively expensive. The research objective is to design an electric vehicle charging system using a solar cell. The electric car battery charging system is designed using batteries and 60Wp solar cells as a voltage generator. The results showed that the highest voltage of solar cell 60wp on the first day was 12 am with a voltage of 19.02 V with light intensity of 104000 Lux, while on the second day at 12 am with a voltage of 18.81 V with a light intensity of 81000 Lux, and on day The third is at 2 pm with a voltage of 18.37 V with a light intensity of 62000 Lux. The conclusion of the research is not always high light intensity the output voltage is high. Battery charging time in measurement that is about 4 hours 16 minutes.

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APA

Hajar, I., & Yendra, A. (2020). Design of mini electric car with electric charging using solar cells. In Journal of Physics: Conference Series (Vol. 1450). Institute of Physics Publishing. https://doi.org/10.1088/1742-6596/1450/1/012054

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