A Wireless Charging System Based on a DR-IPT to Power a UAV from Distribution Poles: Online Dataset
- Citation Author(s):
-
Seyed Saeid Heidari Yazdi (Nazarbayev University)Sadjad Shafiei (Nazarbayev University)Adilkhan Kapanov (Nazarbayev University)Yussuf Shakhin (Nazarbayev University)Alireza Namadmalan (University of Galway)Amin Zollanvari (Nazarbayev University)Mehdi Bagheri (Nazarbayev University)
- Submitted by:
- Seyed Saeid Heidari Yazdi
- Last updated:
- DOI:
- 10.21227/psy8-e991
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Abstract
This document is a supplementary file to the our article entitled “A Wireless Charging System Based on a DR-IPT to Power a UAV from Distribution Poles” which is published in IEEE Transactions on Industry Applications journal. This documents presents the result dataset regarding the optimizations performed to determine optimum parameters for domino resonant inductive power transfer system under several case studies. Those parameters include geometry of magnetic coils and value of compensating capacitors. It also provides data of design methodology for the shield layer of the unmanned aerial vehicle to minimize electromagnetic interference during wireless battery charging course. It also provides data regarding the impacts of shielding layer on the electric equivalent circuit parameters of the wireless charger.
Instructions:
This supplementary file is prepared for the readers of the article entitled "A Wireless Charging System Based on a DR-IPT to Power a UAV from Distribution Poles" which is accepted for publication in IEEE Transactions on Industry Applications journal. In several parts of the article, we have refered the readers to this dataset.
