Analysis of Collocated Base Transceiver Stations And Associated Risks in Erecting Base Stations

Owusu Agyeman Antwi, Albert Osei Owusu, Joseph Wumboranaan Nanjo, Gabriel Blanton Gidisu, Dennis Sackey, Haruna Mohammed
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Abstract

This paper deals with the study of collocation base station and the risk associated in mounting and erecting base stations (towers). The deployment and positioning of the base stations in the same geographic area (collocation zone) has been a prime concern resulting in interference and high radiation exposure. To reduce cost and the risk of erecting this tower. The research aims at analyzing the collocated base transceiver and carefully exploring the dangers in erecting the base stations. Data were collected on Collocated base transceiver station by different operators in Korley klotte on a particular site as collocated base station, the location of each base transceiver station was captured in the study area using the Ghana Post GPS mobile application. However, this data collected were analyzed using Microsoft excel and Statistical Package for Social Scientist’s (SPSS). The findings of the study showed that the radiofrequency power density exposure hazard index in Korley Klotte was observed to be within the allowable 4.5w/m2 and 9w/m2 with corresponding frequencies of 10KHz and 30GHz exposure limit to the public as recommended by International Commission on Non-Ionizing Radiation Protection (ICNIRP).
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基站收发台配置及架设风险分析
本文研究了基站的配置问题,以及基站(塔)架设过程中的风险问题。在同一地理区域(并置区)部署和定位基站一直是造成干扰和高辐射暴露的主要问题。为了降低建塔的成本和风险。本研究的目的是分析基站收发机的配置,仔细探讨基站架设的危险。数据由Korley klotte的不同运营商在一个特定站点上的并置基站收集,每个基站的位置都是使用加纳邮政GPS移动应用程序在研究区域内捕获的。然而,这些收集的数据是用微软excel和社会科学家统计软件包(SPSS)进行分析的。研究结果表明,Korley Klotte的射频功率密度暴露危害指数在国际非电离辐射防护委员会(ICNIRP)建议的10KHz和30GHz频率下允许的4.5w/m2和9w/m2范围内。
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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