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Review Article

JCR. 2020; 7(2): 680-683


V.Sai Sri Harsha, G. Ganesh, S.Ravi Teja, M.Sai Krishna Reddy4.

This paper presents an automated fast charging infrastructure for the electric vehicle battery charging to meet the daily trip schedule with minimum number of vehicles. The charging infrastructure includes power conversion and automated charging. Power conversion stage is designed with uncontrolled bridge rectifier for the front end rectification and boost converter in the dc-dc conversion stage to meet nominal voltage for battery. The charging process is automated for identifying the car arrival events, number of cars present in parking lot and measuring the SOC and charging circuit control through FPGA. The simulation and experimental results are presented to validate the proposed charging system.

Key words: Electric Vehicle, State-of-Charge(SOC), FPGA, Battery-to-battery circuit, Boost convertor, 3phase full bridge Rectifier, Charging circuit,Control Circuit

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