#University of Tennessee Research Foundation

SELF-RESONANT COIL WITH SERIES LC RESONANCE AND ELECTRIC FIELD CANCELATION

A coil structure for near-field wireless power transfer, integrating the traditional inductor and external capacitor structure into one single coil and forming a series resonance. The series resonance…

DRIVE·Apr 10·1 min read

H01F27/2804 University of Tennessee Research Foundation

FORCED OSCILLATION SOURCE LOCATION DETERMINATION BASED ON OSCILLATION MODE ANGLE ANALYSIS USING SYNCHROPHASOR DATA

A method includes performing by a processor: receiving a plurality of synchrophasor measurements of a power system signal associated with a time interval from a plurality of phasor measurement units (…

DRIVE·Feb 3·2 min read

G01R19/2513 University of Tennessee Research Foundation

POWER ELECTRONICS CONVERTER BASED RECONFIGURABLE GRID EMULATION PLATFORM

A system includes a controller that is configured to generate a node control signal and a plurality of switch control signals, a plurality of programmable emulators, each of the plurality of programma…

DRIVE·Aug 5·1 min read

H02J3/00 University of Tennessee Research Foundation

SERIES SELF-RESONANT COIL STRUCTURE FOR CONDUCTING WIRELESS POWER TRANSFER

Disclosed is a series self-resonant coil structure for wireless power transfer that includes a top coil element that is configured in a spiral and planar arrangement and a bottom coil element that is …

DRIVE·Jun 24·1 min read

H01F38/14 University of Tennessee Research Foundation