The magnetic coupler is the heart of an inductive power transfer (IPT) system, which
facilitates wireless power transfer through its air gap. The couplers are designed to …

Compared with conductive charging, wireless inductive-power-transfer (IPT) charging
exhibits higher potential as it avoids physical contact and provides convenient user …

Coupler parameters, such as transmitter inductance (L Tx), receiver inductance (L Rx), and
the coupling coefficient (k) or mutual inductance (M), vary with the misalignments. Their …

The popularity gained by wireless power transfer (WPT) in recent years for low and high-
power electronics challenged researchers to develop novel systems tackling the rising …

Inductive power transfer (IPT) systems have been widely employed in the application of
battery charging. The charging process usually requires constant current (CC) stage and …

Inductive wireless power transfer is defined as the electromagnetic energy transfer from a
power source to an electrical load across an air gap without interconnecting cords. It is …

To address the issue of charging off-road switcher equipment at railroad yards, UNC
Charlotte team is first in the nation to develop this one-of-a-kind wireless power technology …

Different coil structures such as circular, double D (DD), quadrature DD, bipolar, tripolar, etc.,
are proposed for inductive power transfer applications. Multi-objective optimization …

The Boucherot cells have already proved to be useful in practice; by adding an RC branch in
parallel with an inductive load the reactive power is canceled and the power factor is …

The paper introduces the main issues concerned with the conceptual design process of
wireless power systems. It analyses the electromagnetic design of the inductive magnetic …