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Title: Maximum efficiency conditions of wireless power transfer between two helical wire antennas
Other Titles: Гранично допустимі умови ефективності безпровідної передачі електроенергії між двома спіральними дротовими антенами
Authors: Shilandari, Arash
Niazmandian, S. Mostafa
Ebrahimi, Asqar
Malahzadeh, Alireza
Bibliographic description (Ukraine): Maximum efficiency conditions of wireless power transfer between two helical wire antennas / Arash Shilandari, S. Mostafa Niazmandian, Asqar Ebrahimi, Alireza Malahzadeh // Енергетика та системи керування : матеріали IIІ Міжнародної конференції молодих вчених EPECS-2011, 24–26 листопада 2011 року, Україна, Львів / Національний університет "Львівська політехніка". – Львів : Видавництво Львівської політехніки, 2011. – С. 60–63. – (3-й Міжнародний молодіжний фестиваль науки "Litteris et Artibus"). – Bibliography: 1 title.
Issue Date: 2011
Publisher: Видавництво Львівської політехніки
Keywords: Wireless power transfer
Helical antenna
Inductive coupling
Resonant coupling
Non radiant near-field
Abstract: The aim of the study is to codify a computational procedure for the study and analysis of the wireless power transfer between two helical wire antennas. Using this method, we can study the effective factors such as distance, loading and antennas’ sizes on wireless power transfer and delineate the conditions which maximize the efficiency of the wireless power transfer. In the suggested method, using the applied method of moment (MOM) in FEKO software, current distribution and scattering parameters of a two-port wireless power transfer system for different distances are determined. Subsequently, using circuit analysis, we appoint the efficiency of wireless power transfer for different amounts of load resistance and different amounts of transfer distances and the angles between the axle of two helixes and then we compare them with each other. Using repeater helical wire which has the similar structure of the previous helix structures, we can improve the efficiency of wireless power transfer in 3meter distance to 35 percent.
Content type: Article
Appears in Collections:Енергетика та системи керування (EPECS-2011). – 2011 р.

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