This paper describes a method for monitoring multiple loads from the front end of a wireless power transfer system without using any wireless communication systems. A mathematical approach based on scanning the frequency around the resonant frequency has been developed for deriving the load conditions. The proposal requires only information of the input voltage and current, thereby eliminating the requirements of using wireless communication systems for feedback control. The proposal has been practically confirmed in hardware prototype with good results
In this article, with the use of a new technique of sampling, the transmission of power in a wireles...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper describes and assesses a decentralized solution based on a wireless sensor-actuator netwo...
A systematic method is presented in this paper to show that, based only on the measurements of the i...
Wireless power transfer technology has become a preferable solution for supplying contactless energy...
In this paper, a computational method that uses only the input voltage and current to identify the i...
Abstract — For mid-range wireless power applications, the load is normally far away from the power s...
In wireless power transfer (WPT) system, the variations in load resistance and mutual inductance inf...
In this paper, a load identification approach for dynamic wireless power transfer for electric vehic...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
In this paper a new method to estimate the mutual inductance and load resistance in a series-series ...
A method to control the power distribution among receivers by the load values in a single-input, mul...
© 1986-2012 IEEE.In this paper, a new method to estimate the mutual inductance and load resistance i...
Publisher Copyright: IEEEIn this paper, a new technique of synchronized sampling to estimate the tra...
This project involves setting up, improving and implementing the wireless communications for a reson...
In this article, with the use of a new technique of sampling, the transmission of power in a wireles...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper describes and assesses a decentralized solution based on a wireless sensor-actuator netwo...
A systematic method is presented in this paper to show that, based only on the measurements of the i...
Wireless power transfer technology has become a preferable solution for supplying contactless energy...
In this paper, a computational method that uses only the input voltage and current to identify the i...
Abstract — For mid-range wireless power applications, the load is normally far away from the power s...
In wireless power transfer (WPT) system, the variations in load resistance and mutual inductance inf...
In this paper, a load identification approach for dynamic wireless power transfer for electric vehic...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
In this paper a new method to estimate the mutual inductance and load resistance in a series-series ...
A method to control the power distribution among receivers by the load values in a single-input, mul...
© 1986-2012 IEEE.In this paper, a new method to estimate the mutual inductance and load resistance i...
Publisher Copyright: IEEEIn this paper, a new technique of synchronized sampling to estimate the tra...
This project involves setting up, improving and implementing the wireless communications for a reson...
In this article, with the use of a new technique of sampling, the transmission of power in a wireles...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper describes and assesses a decentralized solution based on a wireless sensor-actuator netwo...