An Analysis on Efficiency of Wireless Transfer Energy Due to a Misalignment of Two Coils
Journal Title: ANALELE UNIVERSITATII DIN CRAIOVA - Seria Inginerie electrica - Year 2018, Vol 42, Issue 0
Abstract
Function of the alignment of the two magnetic coupled coils, a procedure, to choose the proper structure of the two coils used in the wireless power transfer systems (WPTS’s), is presented. The deviation in the alignment of coils can be made in two ways – the angular displacement and the lateral displacement. For the lateral displacement, the two coils are located in parallel planes with their centres misaligned, respectively in the case of angular displacement there is an angular deviation between the receiver and transmitter coils having aligned centres. The main target is to compare the obtained results and select the best solution with the great value for mutual inductance. The main focus was on the influence of lateral displacement of two coils, for two configurations: transmitter and receiver coils are circular type; transmitter coil is pancake type and receiver coil is circular type. After the simulations, we shown that there is a smaller deviation from initial value of the mutual inductance for the second case (transmitter coil is pancake type and receiver coil is circular type). Combining the two effects (angular and offset side) we get a surface where if the receiving coil is located on it, the coupling factor of the wireless system has the same value
Authors and Affiliations
Dragoş Niculae, Marilena Stănculescu, Mihai Iordache, Maria - Lavinia Bobaru
Keywords
Related Articles
- EP ID EP433255
- DOI -
- Views 112
- Downloads 0
CPC−Founded Clarification of Decline of the Effectiveness of the Energy Transfer in Power Systems
The paper is focused on physical phenomena that degrade the effectiveness of the energy transfer in electrical systems when voltages and currents are nonsinusoidal and asymmetrical. The Currents’ Physical Components (CPC...
Analytical Algorithms for Synthesis of Modal Controllers by the Maximum Stability Degree Criterion
The practice of synthesis the controllers demonstrates, that for the determination of the dynamic tuning parameters of the controller is more convenient to operate with the analytical expressions with a low volu...
MICRO-HYDROPOWER STATION FOR KINETIC ENERGY CONVERSION OF FLOWING WHATER
An efficient conversion of kinetic energy of river water into mechanical or electrical energy without building barrages is provided by micro-hydropower stations. Increased efficiency is achieved by an optimum position of...
DEVELOPMENT, MANUFACTURE AND TESTING OF HORIZONTAL AXIS WIND MICROTURBINES WITH POWER OF 10 KW
Under the circumstances of the total energetic recourses deficit in the Republic of Moldova appears the problem of non-traditional sources utilization recovered by energy. Important sources of renewable energy are the wi...
Control circuit of an Electronically Controlled Capacitor for the Optimization of the Single Phase Induction Motor
The control circuit of an Electronically Controlled Capacitor (ECC) for the optimization of the Single Phase Induction Motor (SPIM) with auxiliary winding is presented. The control circuit is based on a fixed value AC ca...