Wireless Fast Charging Solutions for Electric Vehicles: Future Trends and Technological Challenges

Abstract

The rising adoption of electric vehicles (EVs) has exacerbated the need for efficient, user-friendly charging options. Wireless rapid charging presents a viable alternative to standard plug-in systems, with the possibility for greater convenience and reduced wear on connectors. This article covers the current state and future prospects of wireless fast charging systems for EVs, concentrating on the underlying principles, recent breakthroughs, and forthcoming innovations. Key challenges, such as efficiency, cost, safety, and infrastructure integration, are thoroughly analysed. The paper also reviews existing implementations and case cases, highlighting their performance and scalability. Additionally, it examines regulatory and standardization challenges that effect the development and deployment of wireless charging systems. Future research directions are offered to address current constraints and further enhance the technology. Overall, this report gives a detailed analysis of the potential of wireless fast charging to change EV infrastructure and explains the actions necessary to overcome present impediments and reach its full potential.

Keywords

• wireless charging
• electric vehicles
• inductive coupling
• technological challenges
• future trends