Arithmetic unit determines normal value range from energy store data to detect foreign objects during inductive charging.
A dedicated magnetic field generation unit drives a sensor coil to detect foreign objects despite low flux changes from high-inductance power coils.
A wireless power transmission system creates a statistical electromagnetic environment to deliver uniform energy across multiple positions.
A fuel cell controller restricts current and voltage change rates to stabilize auxiliary equipment operation.
A harmonic radar energy harvesting apparatus directs focused beams to concentrate power density.
A holographic aperture antenna defines selectable complex electromagnetic fields using electronically controllable scattering elements.
Control circuitry compares measured power loss against predicted values to detect foreign objects and prevent undesirable heating.
Baseplate apertures receive accessory feet to enable versatile mounting while integrating power delivery through inductive coupling.
A variable frequency unit adjusts AC power resonance to maintain high transmission efficiency across varying coupling states.
Segmented transmitter and receiver coils maintain stable voltage output during rotation, eliminating energy transmission fluctuations in compactors.
A wireless charging transmitter adjusts antenna phase and amplitude to form energy pockets at the receiver location.
Encoder modifies AC parameters to embed user-selectable commands, resolving slow manual adjustment bottlenecks.
A passive RFID tag harvests RF energy to power a pressure sensing circuit that adjusts its resonant frequency for tire monitoring.
A graphical tool associates intelligent electronic devices with switching components to simplify power system configuration.
A mobile device detects car location through wireless charging signals to automatically launch connected applications.
A wireless power feeder adjusts drive frequency to maintain magnetic resonance between coils.
Recursive least squares estimation links PMU and SCADA data to track voltage, current, and power dynamics in weakly observable nodes.