Conventional automobiles are not eco-friendly; hence, a larger section of commuters expect
battery electric vehicles (BEVs). BEVs are relatively safer and cleaner and invoke more …

Abstract Wireless charging of Electric Vehicle adhere the mutual induction to transmit power
to the battery and eliminates need of wire and physical connection. Power pad design …

Wireless charging for electric vehicles (EVs) enjoys advantages such as automation, safety,
and convenience. For the most popular magnetic induction wireless power transfer (WPT) …

Electric vehicles (EV) are found to be a good alternative for the conventional internal
combustion (IC) engine vehicles in transportation sector due to its various advantages. Now …

In road transportation, the market for electric vehicles (EVs) is considered a potential
solution for addressing issues related to gas emissions and noise pollution. Due to the …

Emerging technologies in an electric vehicle (EV) had greater advancement in the control,
batteries and electric motors design. But safety and reliability are the major concerns when …

Charging performance of dynamic wireless chargers for electric vehicles (EVs) depends on
the architecture of magnetically coupled coils. This paper aims to investigate the influence of …

Charging electric vehicles wirelessly with inductive energy transfer systems has meanwhile
become ready for a widespread practical use. A well known problem is the variation in the …

Electric Vehicles (EVs) are gaining continuous interest due to higher efficiency than internal
combustion engine vehicles, and environmentally friendly nature. Nowadays, most of the EV …

Inductive power transfer is a method that can be used to transfer power to electric vehicles.
The output power and the transmission efficiency drop significantly when there is a …