能量捕获系统的设计

Irlesa Indira Sanchez-Medina, Jaime Malqui Cabrera-Medina, Ferley Medina-Rojas, Sergio Alexander Gordillo-Ramos
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引用次数: 0

摘要

分析了哥伦比亚合作大学[1]对哥伦比亚一座城市电信天线位置的调查。以同样的方式,存在由位于不同社区的不同设备发射的重要元素,如射频(RF)波。然后,有可能设计一种系统,根据哥伦比亚城市发射的射频(RF)波收集能量,上述称为能量收集,基本上可以进行一个过程。捕获由诸如光、热和振动等自然源提供的少量能量。能量收集系统利用不同电子设备的能量损失,然后通过收集直流电的天线捕获电磁波,并以这种方式能够对低功率设备进行无线充电。通过该系统的设计,我们继续验证易于获取的电子元件的数量,验证可以捕获多少能量,并确定为不同活动中必不可少的小型设备供电的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of an energy capture system
An investigation by the Cooperative University of Colombia [1], related to the location of telecommunications antennas in a city in Colombia is analyzed. In the same way, important elements such as radio frequency (RF) waves are present, emitted by different devices located in different communes. Then there is the possibility of designing a system that allows the collection of energy according to the radio frequency (RF) waves emitted from a city in Colombia, the above is known as energy harvesting, which basically allows a process to be carried out. capturing small amounts of energy supplied by natural sources such as light, heat and vibrations. The energy harvesting system takes advantage of the lost energies of the different electronic devices, to then capture electromagnetic waves through an antenna that collects the direct current, and in this way to be able to wirelessly charge low-power devices. With the design of the system, we proceed to verify the amount of easily acquired electronic elements, verify how much energy can be captured and determine the capacity to power small devices essential in different activities.
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