Analysis of contact less energy transmission system for electronic consumer equipments

Abstract EN

Contactless inductive power transmission system through an air-separation for charging flat shape consumer electronic equipment is presented in this paper.

Electromagnetic field plots of the charging arrangement are generated under no-load and loaded conditions so that the distribution of the charging unit could be investigated.

Three winding modes of the proposed arrangement have been studied and compared, including complete energization of the winding arrangements.

With new results arising from finite element simulation study with ANSYS V.

5.

4, the theory of the magneto motive force generation of the multilayer winding array structure could be further understood.

The present results provide a base of understanding for future design and optimization of planar contactless charging system.