Green Radio Technology for Energy Saving in Cellular Towers with Embedded Systems and IOT

Ayan Bhattacharya, B. Yashwanth, F. V. Jayasudha
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Abstract

In modern days number of cell phone users are increasing at a higher rate. Along with the increasing rate of users also comes the increasing need of more speed for faster browsing, good calling quality and hence invention of cellular technologies like 3G, 4G, 5G, etc. With this evaluation in mobile bands there has been an increase in the number of cellular towers installed to provide flawless network to all the users, but one thing remains unchecked is the energy consumed by these towers. For mobile towers, the consumption of energy is in terms of electricity and which is produced in great amount by either using coal or by burning fossil fuels (Generators that run in Diesels). Based on various network operators, it has been seen that the energy consumed by the radio access networks is the most imminent factor relating to impact on the environment. Also, the current wireless system is not energy efficient mainly the Base Station (BS). In order to restructure the existing network architecture, we need to control each and every system of the base station. We have proposed an innovative and promising method for enhancing the energy efficiency of the wireless networks and have developed solutions on IOT which will surely reduce the operating cost and effects on the environment.
绿色无线电技术用于嵌入式系统和物联网蜂窝塔的节能
在现代,手机用户的数量正在以较高的速度增长。随着用户数量的增加,人们也越来越需要更快的速度,以获得更快的浏览速度和良好的通话质量,因此发明了3G、4G、5G等蜂窝技术。随着对移动频段的评估,为向所有用户提供完美网络而安装的蜂窝塔数量有所增加,但有一件事仍未得到检查,即这些塔所消耗的能量。对于移动塔来说,能源消耗是以电力为单位的,而电力的大量产生要么是使用煤炭,要么是燃烧化石燃料(使用柴油的发电机)。从各网络运营商的情况来看,无线接入网所消耗的能量是对环境影响最紧迫的因素。此外,目前的无线系统主要是基站(BS),能效不高。为了重构现有的网络架构,我们需要对基站的每一个系统进行控制。我们提出了一种创新和有前途的方法来提高无线网络的能源效率,并开发了物联网解决方案,这必将降低运营成本和对环境的影响。
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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