Modeling of Advancing Inductive Power Transfer Systems for Optimal Energy Tracking

Delivering long-range power over great distances is very interesting in the future. For this reason, the Wireless Power transfer (WPT) is a versatile modern technique that can be used by a range of electrical devices. The main objective of this paper is to develop a wireless power transfer system that will provide adequate power to industrial devices. In this research, we are interested in the use of a wireless energy transfer technique based on magnetic resonance inductive coupling. The work is oriented towards the development, design, and optimization of spiral coils in a resonant inductive link wireless energy transfer system, our aim being to obtain an inductive link model that improves performance such as distance between coils, energy transfer efficiency, and an appropriate size of the implanted coil, thus enabling wireless power transfer.