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|Title||Wireless Power Transfer Using Magnetic Resonance Coupling|
|Title in Arabic||نقل الطاقة لاسلكيا باستخدام الرنين المغناطيسي المقارن|
Wireless power transfer (WPT) based on magnetic resonance has become a major field of interest for researchers. Transferring power across air gaps has been achieved according to recent researches. Both small electric equipments such as mobile phones and laptops and large electric equipment such as electric vehicles have been proposed. The objective of this thesis is to design magnetic coupled resonators for wireless power transfer at a distance of one meter with maximum efficiency. Also, the usage of two transmitter system to overcome angle limitation and to increase energy efficiency has been studied. In this work, the professional electromagnetic simulation program (EMPRO) was used to design two models of power transfer systems. The first model consists of a single transmitting coil and a single receiving coil and the second model consists of two transmitting coils and one receiving coil to increase the coverage area. An extensive parametric study has been carried out on system parameters to obtain the highest efficiency of power transfer. In addition, The two models have been fabricated and tested for comparison of the acutal practical results with the simulated results obtained using EMPRO.
|Publisher||الجامعة الإسلامية - غزة|
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