Inductive coil modeling in maxwell 3D for wireless energy transfer

Abstract

As an effective wireless power energy transfer method, inductive power transfer has been

gaining its popularity in a lot of areas, ranging from biomedical implants, up to battery

charging in huge capacity. Most researches have been focusing on controlling

mechanisms of an IPT system, and make contributions in reducing the size, improving

the efficiency and saving the cost. However, little investigation has been made in terms of

inductive coil design, which also plays a vital role.

This project will focus on coil modelling in Maxwell. With credible models built, all the

related parameters could be changed in an efficient way, and the relationship with

performance could also be revealed in a clear way. Moreover, field data of coils will be

monitored and investigated, and this process is crucial to analyze an IPT system. This

project aims to show the credibility of coil modelling, and will provide a trusted and

efficient platform for designers to optimize all the parameters of inductive coils for future

work.