Power Options for Wireless Sensor Networks

B. Norman
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引用次数: 23

Abstract

To combat the security threats of the 21st century it has become increasingly necessary to protect ever-remote terrain with wireless sensor surveillance. These systems must be self-sustaining to ensure they are constantly operational. Sandia developed a software simulation tool to validate a variety of renewable energy sources for commercial needs. While this software is heavily used in industry it has yet to be fully applied to wireless sensor networks. Based on simulated solar energy yields two different solar energy systems were designed, built and deployed to the field. In the time since the solar energy power supplies were deployed zero hours have been spent on maintenance and it was not necessary to replace a single battery
无线传感器网络的电源选项
为了应对21世纪的安全威胁,越来越有必要利用无线传感器监控来保护偏远地区。这些系统必须是自我维持的,以确保它们能够持续运行。桑迪亚开发了一种软件模拟工具来验证各种商业需求的可再生能源。虽然该软件在工业中大量使用,但尚未完全应用于无线传感器网络。在模拟太阳能产量的基础上,设计、建造并部署了两种不同的太阳能系统。自从部署太阳能电源以来,零小时的维护花费,并且不需要更换单个电池
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