Design of an adjustable wireless LED driver

Abstract

With the rise in attention to the climate issues around the world, electric vehicles have become increasingly popular. Today, much research is being done to increase the feasibility of wireless power transfer systems by increasing the efficiency across various airgaps. At the same time, LED has been proven to be more efficient than traditional incandescent lights and is a standard and basic household item. Thus, research can be done to wirelessly power our LED. Although there is focus on the efficiency of the circuits, more can be done on the regulation and control of the supply to said wirelessly powered LED. Thus, this project aims to produce an LED driver based on wireless power transfer that is adjustable. This adjustment will consider the efficiency and power output.