通过能量收集实现自给自足无线传感器节点的替代电源概念

R. Kappel, G. Hofer, G. Holweg, T. Herndl
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引用次数: 0

摘要

通过能量收集取代无线传感器节点中的电池可以实现免维护操作,并以更高的电源管理工作为代价提高小型化程度。环境源的有限功率能力需要仔细研究不同的收获机会,以找到特定应用场景中的最佳来源。在汽车领域有前途的资源是动力和热电收割机。在这个演讲中,分析了能量转换器的物理性质,以显示它们的限制,并允许功率估计。此外,还介绍了已经建立的自给自足传感器的实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alternative power supply concepts for self-sufficient wireless sensor nodes by energy harvesting
Replacing batteries in wireless sensor nodes by energy harvesting enables a maintenance-free operation and an increasing degree of miniaturization at the cost of higher power management efforts. The limited power capability of environmental sources requires a careful investigation of the different harvesting opportunities to find the optimal source in a specific application scenario. Promising resources in the automotive area are kinetic and thermoelectric based harvesters. In this talk physical properties of energy converters are analyzed to show their restrictions and allow power estimation. In addition examples of already established self-sufficient sensors are presented.
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