Abstract
The use of automobiles has grown dramatically, and so has the demand for petrol and diesel. As a result, electric cars are being introduced in our country. To charge electric vehicles (EVs) in public areas, only vehicles parked in designated spaces have the capacity to charge, while others do not; it is also not cost effective to offer separate charging sites at each parking slot. Hence, this research work has designed an autonomous robot-like mobile charger, which is portable and can charge electric vehicles (EVs) at different parking spaces. Vehicle charging can be done wirelessly in order to reduce the requirement of cables. In order to ensure the comfortability and autonomous charging of the battery, the inductive charging system has been developed. Due to the advantages of the non-contact method, manufacturers are working hard to commercialize this method.
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