Wireless Power Transmission with Short and Long Range Using Inductive Coil

无线工程与技术(英文) Pub Date : 2018-01-25 DOI:10.4236/WET.2018.91001

Manish Bhardwaj, A. Ahlawat

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引用次数: 1

Abstract

In today’s time each individual needs remote framework, yet at the same time control transmission for low power gadgets are wired in nature. Consistent power supply is one of the real issues in the motivation behind the utilization of remote sensor network. Yet, in the power arrangement of remote Sensor Network, the battery has an extremely constrained lifetime and is not supplanted yet by some other persistent power framework. There are separate techniques proposed for shorter and more separate power transmission: Inductive coupling, resonant inductive coupling and air ionization for short separations; microwave and Laser transmission for longer separations. The pioneer of the field, Tesla endeavoured to make a capable, remote electric transmitter more than a century back that has now observed an exponential development. This paper overall lights up all the effective strategies proposed for transmitting power without wires. This study is important for find out the future ways of power transmission. These methods are so important in today’s world because of drastic wastage of power. Common wireless power transmission is a point-to-point control transmission. It was demonstrated that the power transmission effectiveness could approach near 100%.

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利用电感线圈实现短距离和长距离无线电力传输

在当今时代，每个人都需要远程框架，但与此同时，低功耗小工具的控制传输本质上是有线的。一致的电源供应是利用遥感器网络背后动机的真正问题之一。然而，在远程传感器网络的电源安排中，电池的寿命极为有限，尚未被其他持久电源框架所取代。有人提出了用于更短、更独立的电力传输的独立技术：电感耦合、谐振电感耦合和用于短分离的空气电离；微波和激光传输以实现更长的分离。作为该领域的先驱，特斯拉在一个多世纪前就致力于制造一种功能强大的远程电力发射器，现在已经观察到了指数级的发展。本文全面阐明了所有提出的无导线输电的有效策略。这项研究对于探索未来的输电方式具有重要意义。这些方法在当今世界如此重要，是因为电力的巨大浪费。常见的无线电力传输是点对点控制传输。结果表明，输电效率可以接近100%。

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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来源期刊

无线工程与技术(英文)

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118