科罗拉多大学博尔德分校的WiLDNet测试平台

A. Mickelson, R. Kenyon, Bennett Miller, Heinz Ulrich Boehmer Fiehn, Mark A. Hinkle, Kaitlin Yahime Mazotti, Stefano Costa, N. Bollen, Christian N. Dizon
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引用次数: 5

摘要

2017年4月,科罗拉多大学博尔德分校(UCB)的四个5.8 GHz频段收发器首次作为广域局域网(WLAN)运行。该WLAN的目的是作为一个测试平台,作为IEEE智能村计划的一部分,在发展中国家进行安装。详细讨论了组件的配置。试验台由每个节点上的太阳能微电网自行供电。显然,微电网是为24/7无故障运行而设计的。当用于从中央服务器向任何远程站点提供所需的信息时,测试数据是关于网络运行的。该网络提供了关于微电网运行的连续数据,包括基于磷酸铁锂电池技术的创新储能系统(ess)。该测试数据类似于监测多个孤岛微电网的智能系统。还提出了扩大试验台的计划,包括一个移动站以及更远距离的武器。该试验台的主要目的是确定在偏远地区应用无线局域网(wlan)的组件、功率水平和协议的适用性。最后讨论了试验台测试结果对构件适用性的影响。
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University of Colorado at boulder WiLDNet testbed
Four 5.8 GHz band transceivers at the University of Colorado at Boulder (UCB) were first operated as a wide area local area network (WLAN) in April of 2017. The purpose of this WLAN is to serve as a testbed for installations to be made in the developing world as a part of the IEEE Smart Village program. The configuration of the components is discussed in detail. The testbed is self-powered by solar micro-grids that are present at each node. Evidently, the micro-grids are designed for fail-safe 24/7 operation. Test data is presented on the operation of the network when used to provide information on demand from a central server to any of the remote stations. The network provides continuous data on the operation of the micro-grids including their innovative energy storage systems (ESSs) that are based on lithium ferro-phosphate battery technology. This test data resembles that of a smart system monitoring multiple islanded micro-grids. Plans for expanding the testbed to include a mobile station as well as longer distance arms are also presented. A primary purpose of the testbed is to determine the suitability of components, power levels and protocols for application of wireless LANs (WLANS) in remote areas. Discussion of what the testbed test results say about component applicability conclude the paper.
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