为安装智能电表而在900及2100兆赫频带进行楼宇渗透损耗测量及建模

David Owens, Shuja Ansari, H. Cruickshank, R. Tafazolli, M. Imran
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引用次数: 1

摘要

物联网最重要的应用之一是具有无线功能的智能电表。智能燃气和电表可以捕捉半小时的价格和消费数据,并将自动仪表读数发送给你的能源供应商,而普通仪表只能记录运行中的总能耗。然而,传统的常规仪表没有安装无线连接,通常被发现在难以到达的地方无线无线电覆盖。为了理解这些场景,本文提供了在建筑物研究机构进行的信号强度测量,以确定900和2100 MHz频段的建筑物穿透损失。与传统的统计传播损失模型相比,我们利用这些测量结果提出了一个实用且经济有效的建筑物穿透损失模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building penetration loss measurements and modelling in the 900 and 2100 MHz band for smart meter installation
One of the most significant applications of Internet of Things are smart meters with wireless capabilities. Smart gas and electricity meters can capture half-hourly pricing and consumption data and send automated meter readings to your energy provider, in contrast to regular meters that can only register a running total of energy used. However, the legacy regular meters were not installed with wireless connectivity in mind and are usually found in hard-to-reach places for wireless radio coverage. To understand these scenarios, this paper provides signal strength measurements conducted at the Building Research Establishment determining building penetration losses in both 900 and 2,100 MHz band. We then present a building penetration loss model using these measurements that is practical and cost effective when compared to traditional statistical propagation loss models.
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CiteScore
4.90
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