EV Wireless Charging Using Tesla-Coil

  • Unique Paper ID: 170260
  • Volume: 11
  • Issue: 6
  • PageNo: 3760-3766
  • Abstract:
  • This electronic document Electric vehicles (EVs) are an essential solution for reducing carbon emissions in transportation. However, challenges remain in improving the efficiency and convenience of EV charging systems, particularly in wireless power transfer (WPT). Conventional inductive charging systems face limitations such as short range and energy losses over distance. This paper investigates Tesla-Coil technology as a potential improvement for efficient wireless power transfer in EV charging. Tesla-Coils, known for their capacity to transmit power over longer distances, are proposed as a novel approach to improve the range and efficiency of WPT systems. The design of the Tesla-Coil-based system, including its transmitter and receiver components, is presented along with its power transfer mechanism. Experimental results show that Tesla-Coils can achieve energy transfer efficiencies of up to eighty-five percent over a distance of two meters, surpassing the performance of traditional inductive systems. Moreover, the system's consistent performance across greater distances makes it ideal for dynamic charging applications. Future research will focus on reducing electromagnetic interference and integrating the system into existing EV infrastructures. This study concludes that Tesla-Coils present a promising alternative to traditional wireless charging systems, enabling efficient long-range charging for electric vehicles.

Cite This Article

  • ISSN: 2349-6002
  • Volume: 11
  • Issue: 6
  • PageNo: 3760-3766

EV Wireless Charging Using Tesla-Coil

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