This paper proposes a simultaneous wireless power and data transfer system for a sliding scenario. The power is transferred inductively, with the system resonant at 100KHz. The coils are designed to maintain a constant coupling along the entire path and therefore constant link performances, using a series connection of a selected couple of transmitting coils and a geometrically optimized receiver. The communication is achieved using a patch Antenna, designed at 5.24GHz and to be also used in a coupled configuration. The couple is connected to a Multiple-Input Single-Output (MISO) two antennas Wi-Fi Access Point, which guarantees an high data transfer and independent of the position. The result is a system which can provide power and information to a sliding receiver, as for example an industrial mover, independently of its position.
Pacini A., Berra F., Masotti D., Costanzo A. (2019). Uniform sliding system for simultaneous WPT and communication data transfer. New York (NJ) : IEEE Computer Society [10.1109/RWS.2019.8714337].
Uniform sliding system for simultaneous WPT and communication data transfer
Pacini A.;Berra F.;Masotti D.;Costanzo A.
2019
Abstract
This paper proposes a simultaneous wireless power and data transfer system for a sliding scenario. The power is transferred inductively, with the system resonant at 100KHz. The coils are designed to maintain a constant coupling along the entire path and therefore constant link performances, using a series connection of a selected couple of transmitting coils and a geometrically optimized receiver. The communication is achieved using a patch Antenna, designed at 5.24GHz and to be also used in a coupled configuration. The couple is connected to a Multiple-Input Single-Output (MISO) two antennas Wi-Fi Access Point, which guarantees an high data transfer and independent of the position. The result is a system which can provide power and information to a sliding receiver, as for example an industrial mover, independently of its position.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.