DefinePK

Abstract

The wireless energy transfer systems permit the transfer of electricity between electricity networks with wireless connection. The process involves applying AC power to charge a resonant coil, after which the power is sent to the resistive load. An oscillating circuit was utilized to convert DC to AC to create an electromagnetic field by transmitting a frequency and triggering a receiver coil. When the magnetic waves are produced, the voltage is rectified utilizing a rectifier technique, which generates a direct current signal. The designed system communicates electrical power from one place to another utilizing the inductive coupling technique. The electricity applied to the input side communicated through wireless association. The field energy communication is possible via utilizing inductive linking as a wireless energy transmission method. Induction built linking is the process of communicating system to transfer the electricity from one place to other via mutual electromagnetic induction technology. The wireless power communication via induction coupling is an advanced method to transmit power, which has vast potential to modernize the mode and allocate electrical power. The key objective of this study is transmission electrical power from one system to another using the inductive linking method without using any wires. The system constructed via utilizing electrical apparatuses, containing a full wave and inverter circuit. The inductors utilized to transmit or receive energy in waveforms as the wave transmission in the form of electromagnetic. The inductive linking technique of wireless power transfer is a consistent and safe resources of transmitting mechanism. This work utilizes Proteus software to construct and analyze the schematic diagram. This work validates that the coupling technique is practicable and be able to be utilized in numerous applications. Overall, this study demonstrates the possibility of using wireless power transmission and its usefulness in various applications.