Study of Wireless Transfer of Energy from a Higher Source of Energy Machine to a Low Energy Machine

Abstract

The wireless energy transfer (WET), which is a promising technology that enables devices to power themselves without the need for a physical connection, has been identified as a potential game-changing innovation. This paper explores the various aspects of this technology and its origins, tracing its origins back to Nikola Tesla’s pioneering work. This article explores the various types of WET transmission methods, such as inductive, RF, beamforming, and magnetic resonance. Through a comprehensive analysis of these techniques, we can identify their limitations and strengths and guide our selection based on the specific requirements of our applications. This concluding research work covers the present and upcoming developments of WET, emphasizing its crucial role in fostering a more sustainable and connected energy sector.