wireless power transfer developed. 
Acknowledgements
Firstly, we express our highest gratitude to Allah the Almighty for divine blessings without which it was not possible to accomplish this project and thesis successfully.
We would like to specially thank our honorable supervisor Imran noor,
Faculty of Engineering, American International University – Bangladesh for giving us enormous support and valued guidance concerning this thesis. We would like to express specially thank our honorable Ex-supervisor Mr. Tareq Aziz, Assistant Professor, Ex-Faculty of Engineering, American International University – Bangladesh for giving us valued guidance, support and enormous inspiration concerning this thesis.
We would like to express our appreciation to Professor Dr. Tafazzal Hossain, Vice President Academic and Dean in Charge, American International University – Bangladesh for his encouragement.
We would like to express our appreciation to Dr. Carmen Z. Lamagna, Vice Chancellor, American International University – Bangladesh for her encouragement.
Finally we are very grateful to our parents for all the care and support they provided us all this time.
The Authors
Abstract
In this project, the idea of wireless power transfer has been developed. In the early 20th century before the electrical wire grid Nikola Tesla shows much of his work on wireless power transmission. As revolution is taking place, and technology is getting more and more, the idea of power transmission is also changing. The demand of generation is changing. So keeping the demands in mind, the idea of wireless power transfer has been strived to develop in this project.
Firstly this project involves the transfer of power wirelessly from the base section into the receiving section. A normal transformer, usually utilize a ferromagnetic core, transfers energy between two coils, through an induced AC current in the secondary coil. Without the ferromagnetic core to contain the magnetic flux, a normal
Firstly, we express our highest gratitude to Allah the Almighty for divine blessings without which it was not possible to accomplish this project and thesis successfully.
We would like to specially thank our honorable supervisor Imran noor,
Faculty of Engineering, American International University – Bangladesh for giving us enormous support and valued guidance concerning this thesis. We would like to express specially thank our honorable Ex-supervisor Mr. Tareq Aziz, Assistant Professor, Ex-Faculty of Engineering, American International University – Bangladesh for giving us valued guidance, support and enormous inspiration concerning this thesis.
We would like to express our appreciation to Professor Dr. Tafazzal Hossain, Vice President Academic and Dean in Charge, American International University – Bangladesh for his encouragement.
We would like to express our appreciation to Dr. Carmen Z. Lamagna, Vice Chancellor, American International University – Bangladesh for her encouragement.
Finally we are very grateful to our parents for all the care and support they provided us all this time.
The Authors
Abstract
In this project, the idea of wireless power transfer has been developed. In the early 20th century before the electrical wire grid Nikola Tesla shows much of his work on wireless power transmission. As revolution is taking place, and technology is getting more and more, the idea of power transmission is also changing. The demand of generation is changing. So keeping the demands in mind, the idea of wireless power transfer has been strived to develop in this project.
Firstly this project involves the transfer of power wirelessly from the base section into the receiving section. A normal transformer, usually utilize a ferromagnetic core, transfers energy between two coils, through an induced AC current in the secondary coil. Without the ferromagnetic core to contain the magnetic flux, a normal