Design and Analysis of EOT for Wireless Electricity transmission

Electrodynamics of things (EOT) is an extension of Electromagnetic field connectivity through mutual induction to connect different physical devices and objects. So all these devices can communicate or interact with each other and can be controlled electro dynamically through mutual linkage. In this research, two multi track coil Resonators are designed. Energy transmission at near field from first Resonator to the 2
^nd
is analyzed through simulation and measuring results. The proposed EOT technique is further analyzed with the misalignments at three different positions; lateral, angular, and axial rotational. Authors develop a design procedure for charging low power electronic devices wirelessly through inductive linkage within a room with a single source. In this system, first Resonator is a coil connected at the port of a mobile acting as a source transmitter and it will interact with all other devices through mutual induction with coil Resonators (receiver) connected at their respective ports. To demonstrate this hypothesis, energy transmission is measured at each position with all three misalignments at 5 MHz resonant frequency using two coil Resonators. So, all devices are charged wirelessly through an inductive linkage lying at different places and positions within a room.