In this paper, a load identification approach for dynamic wireless power transfer for electric vehicles is introduced. In the proposed method, determination of the load parameters and position are achieved without requiring any communication link between the transmitter and receiver or using any extra coil. The load detection procedure is achievable using two modes: the energy injection mode and the free resonant mode. The operating principles and theoretical analysis of this method are presented in this paper, together with experimental results
Wireless power transfer is popular and most recent technology which is gaining its importance for va...
In this paper a strategy for charging process control of a dynamic wireless power transfer system is...
none5noThe paper discusses two wireless power transfer systems for the charge of electric vehicles d...
In this paper, a load identification approach for dynamic wireless power transfer for electric vehic...
Wireless power transfer technology has become a preferable solution for supplying contactless energy...
A systematic method is presented in this paper to show that, based only on the measurements of the i...
Dynamic wireless power transfer is a potentially effective method to solve issues related to the ran...
This paper describes a method for monitoring multiple loads from the front end of a wireless power t...
Inductive wireless power transfer has become one of the most important emerging technologies in elec...
none3noReceiver position sensing is investigated in a dynamic wireless power transfer (DWPT) system ...
In this project, dynamic wireless power transfer is employed to charge a 25 kW-electric bus. To this...
Wireless power transfer is becoming a main concern to everyone staring with the producer to whatever...
Precipitous development and commercialization of Electric Vehicles (EVs) become state of art technol...
Driverless Pods can be classified as Electric Vehicles (EVs) which possibly represent environmentall...
Wireless power transfer provides an opportunity to charge electric vehicles (EVs) without electrical...
Wireless power transfer is popular and most recent technology which is gaining its importance for va...
In this paper a strategy for charging process control of a dynamic wireless power transfer system is...
none5noThe paper discusses two wireless power transfer systems for the charge of electric vehicles d...
In this paper, a load identification approach for dynamic wireless power transfer for electric vehic...
Wireless power transfer technology has become a preferable solution for supplying contactless energy...
A systematic method is presented in this paper to show that, based only on the measurements of the i...
Dynamic wireless power transfer is a potentially effective method to solve issues related to the ran...
This paper describes a method for monitoring multiple loads from the front end of a wireless power t...
Inductive wireless power transfer has become one of the most important emerging technologies in elec...
none3noReceiver position sensing is investigated in a dynamic wireless power transfer (DWPT) system ...
In this project, dynamic wireless power transfer is employed to charge a 25 kW-electric bus. To this...
Wireless power transfer is becoming a main concern to everyone staring with the producer to whatever...
Precipitous development and commercialization of Electric Vehicles (EVs) become state of art technol...
Driverless Pods can be classified as Electric Vehicles (EVs) which possibly represent environmentall...
Wireless power transfer provides an opportunity to charge electric vehicles (EVs) without electrical...
Wireless power transfer is popular and most recent technology which is gaining its importance for va...
In this paper a strategy for charging process control of a dynamic wireless power transfer system is...
none5noThe paper discusses two wireless power transfer systems for the charge of electric vehicles d...