印尼城市地区高空台站(HAPS)实施可行性研究:以东加里曼丹为例

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引用次数: 0

摘要

印尼对互联网接入的需求正在过度增长。然而,印度尼西亚的地理条件阻碍了通信基础设施的发展,特别是使用有线和无线传输的地面通信。与此同时,卫星通信系统仍然受到高运营成本的制约。为了克服地面和卫星通信系统的缺陷,研制了高空平台系统(HAPS)。HAPS能够在人口密集的城市地区和服务不足的城市地区扩展宽带无线电信服务。东加里曼丹被宣布为印尼明年的新首都。网络建设是支撑国家首都(IKN)实施的关键。利用覆盖规划方法对HAPS可行性进行定量研究,确定了东加里曼丹城市地区对电信基础设施的需求。在本研究的基础上,以km2为覆盖面积,列出了每个城市的平台数量。运行时,HAPS的覆盖范围受俯仰角和HAPS高度的影响。在经济方面,本研究中满足或小于HAPS运营期的回收期值为Bontang市,经济参数采用3种情景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feasibility Study of High Altitude Platform Station (HAPS) Implementation for Urban Areas in Indonesia: A Case Study of East Kalimantan
The need for internet access in Indonesia is overgrowing. However, the geographical conditions in Indonesia have hindered the development of communication infrastructure, especially terrestrial communications using both wired and wireless transmission. Meanwhile, the satellite communication system is still restrained in terms of high operating costs. In overcoming the deficiencies of the terrestrial and satellite communication systems, High Altitude Platform Systems (HAPS) were developed. HAPS enables the expansion of broadband wireless telecommunications services in densely populated urban areas and underserved urban areas. East Kalimantan has been announced as the new capital city of Indonesia in the coming year. Network development is crucial to support the implementation of the nation’s capital (IKN). The quantitative study of HAPS feasibility with coverage planning methods determine the need for telecommunication infrastructure in urban areas in East Kalimantan. Based on this study, regarding the coverage area in km2, the number of platforms for each city is listed. HAPS coverage is affected by the elevation angle and HAPS height when operating. In the economic aspect, the Payback Period value that meets or is less than the HAPS operating period in this study is the city of Bontang City with economic parameters used 3 scenarios.
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