Enhancing Efficiency of Electrical Vehicle Charging by Using Ky-Boost Converter

Abstract

Infrastructure charging must be available (E.V) for electric vehicles to become widely used. One solution to this problem is to put high-speed chargers on board; frequently, this requires enlarging the large electric car installations, which necessitates additional magnetic components. Another method is dynamic reallocating power train components while the vehicle is statically charged. A single-phase charger mounted on a car has been suggested for recycling the motor and traction inverter. The system delivers a greater charging voltage than usual and employs a dual inverter power transmission technology to transmit electricity. The system can work in both directions and exchange the motor's real reactive power (G-V) for any power factor with a service without generating low-frequency harmonic current. An electric vehicle is likely to be present and linked to a charger in any situation during day parking. When an electric car is parked and plugged into the grid, the Grid-to-Vehicle potential (G-V) service offers to use the Vehicle-to-Grid (V-G) and electric vehicles of the vehicle while preserving total parking time.