Paper Key : IRJ************831
Author: Ganesh Kasar,Sarthak Munde ,Yallappa Pujari ,Ritesh Bhandalkar
Date Published: 01 Apr 2025
Abstract
Wireless energy transfer (WET) has emerged as a revolutionary technology, offering a viable alternative to traditional wired power delivery methods. The concept of wireless power transmission was pioneered by Nikola Tesla in the early 20th century, with his experiments on resonant inductive coupling. Modern advancements in solid-state electronics have enabled the development of Solid-State Tesla Coils (SSTCs), which efficiently generate high-frequency electromagnetic fields to transfer power wirelessly.A Solid-State Tesla Coil (SSTC) uses a switching circuit to drive the primary coil, producing a high-voltage alternating current (AC) that induces resonance in the secondary coil. This resonant coupling between the coils allows energy to be transmitted over short distances with minimal losses, making SSTCs an ideal candidate for applications such as wireless charging of mobile devices and powering low-power systems..