Wireless Power Transfer By Highly Resonant Technique

M. Rasheduzzaman, Yakut Marzan, Mohammad Monirujjaman Khan
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引用次数: 1

Abstract

Any device which is capable of transmitting electric energy using the help of power source and the electrical energy is transmitted to an electrical load which do not use any connecting wires and it is defined as wireless power transfer or also told as wireless power transmission. When continuous energy transfer is required, wireless transmission is ideal. Interconnecting wires, on the other hand, are cumbersome and dangerous. Though the methods are similar, this is not the same as wireless communication for the purpose of data transfer. Efficiency is a critical factor in wireless power transfer. This study outlines a plan to eliminate the dangerous use of electrical wires, which is fraught with ambiguity. The aim of this study is to implement a power transfer will will work wirelessly, a technique of high resonance is used over a distance of meter. Working on this, we can light an LED bulb wirelessly about 6mm distance. We can also charge a mobile phone wirelessly about 2mm distance with 40% efficiency, which drives us to research on how to increase distance with greater efficiency and suggested for further study.
利用高共振技术实现无线电力传输
任何能够利用电源传输电能的设备,并将电能传输到不使用任何连接线的电负载上,定义为无线电力传输或也称为无线电力传输。当需要连续的能量传输时,无线传输是理想的。另一方面,相互连接的电线既笨重又危险。虽然方法相似,但这与以数据传输为目的的无线通信不同。效率是无线电力传输的关键因素。这项研究概述了一个消除危险使用电线的计划,这个计划充满了歧义。本研究的目的是实现电力传输将会无线工作,在一米的距离上使用高共振技术。在此基础上,我们可以在6毫米的距离内无线点亮一个LED灯泡。我们也可以对手机进行约2mm距离的无线充电,效率为40%,这促使我们研究如何以更高的效率增加距离,并建议进一步研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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