Design, Simulation and Characterization of a Compact WPT System.

تاریخ : فروری ۲۰۲۲ - موجودہ

<div><p>This project will focus on the simulation, fabrication and designing of a compact wireless power transmission and reception system. Long and tangling wires are very untidy to handle. For wired power transferring, we will be require to stick around the power outlet and could not move until our work is complete. In wired power, if there will be any wear and tear in the wire then there will be a chance of getting electrocuted. To cope up with these problems, we have devised a new idea of wireless power transmission. By doing so, we will be able to transmit power to multiple devices at a time and there will also be no harmful effects on humanity of that system. Besides this, the length of the wires will also not be a limiting factor and we will be able to transmit power through far distances.</p> <p>Our system will consist of a power transmitter and a receiver. The transmitter module will comprise of a Voltage Controlled Oscillator which will generate a signal of 2.4GHz frequency which is an ISM band, then that signal will be amplified using amplifiers for optimum gain, and then there will be phase shifter which will be used for beam steering towards the receiver so that the receiver will receive maximum power. After phase shifters there will be a Microstrip patch antenna of 16 elements which will transmit the power to a specific angle.</p> <p>The receiver end will consist of an antenna that will catch the incoming signals and then this signal will be fed to the rectifier circuit to convert our signal into DC, then this signal will be fed to the amplifier that will increase the gain and then the power will be fed to super capacitors. Then this power will be used to drive our loads such as charging a mobile phone etc.</p></div>