COIL DESIGN OPTIMIZATION FOR AN INDUCTIVE POWER TRANSFER: A REVIEW

Publication Date : 22/07/2021

Author(s) :

Ibrahim A U, Sule M, Muhammad S, Umar A H.

Volume/Issue :

Volume 16

Issue 3

(07 - 2021)

Abstract :

Coil magnetic design is an important aspect of evaluating the performance of an Inductive Power Transfer (IPT) system. This work presents a review on some selected papers that explored techniques of increasing magnetic coupling coefficient ‘k’ and inductor quality factor ‘Q’ of an IPT coil. These two critical parameters ‘kQ’ dictate the maximum efficiency, and can independently or collectively be optimized to achieve higher efficiency of the system. This paper provides a motivation for the need of alternative solutions to degrade extended magnetic flux in IPT system. The paper presents state-of –the-art of ‘kQ’ improvement methods. It also identifies a trend for coil optimization to provide an insightful review which may motivate future contribution and exposes new possibilities. Keywords: Coil quality factor; coupling coefficient; inductive power transfer; optimization, magnetic stray field

No. of Downloads :

About BayeroJet

The new Bayerojet Journal is designed to be able to manage the increasing number of published articles. The new system will allow the publishers as well as the Bayerojet team to make publishing more efficient. If you wish to publish an article it will be very easy. All you have to do is to submit your paper online and wait to the review before it will be finally published. You can manage your articles and send new versions at any time. Browse through our page to find out more.