特邀演讲:热能收集与热生命

I. Stark
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引用次数: 84

摘要

现代电子设备的不断小型化和功耗的降低使得替代能源的使用成为可能,也要求替代能源的使用。原电池作为一种成熟的能源,其重量和尺寸过大,并且由于需要更换而限制了电子设备的寿命和自主性,使其不适合具有有限可及性的系统或具有大量供电设备的微传感器网络。这些事实导致了近几年世界范围内对能量收集装置领域的研究。热电转换器Thermo Lifereg是一种独特的,小而紧凑的能源,适用于微电子和传感器系统,无论在任何环境中存在温差。热能采集器能够产生10到100毫瓦的输出功率,电压范围从只有几开尔文的小温度梯度
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Invited Talk: Thermal Energy Harvesting with Thermo Life
The continuous miniaturization and reduction of power consumption in modern electronic devices enables and demands the employment of alternative energy sources. Primary batteries as well-established energy sources are excessive in weight and size, and limit the lifespan and autonomy of electronic devices because of the need of replacement, making them unsuitable in systems with limited accessibility or in microsensor networks with a high quantity of powered devices. These facts have lead to worldwide research in the field of energy harvesting devices in the last few years. The thermoelectric converter Thermo Lifereg is a unique, small and compact energy source for micro electronic and sensor systems wherever a temperature difference exists in any environment. The thermal energy harvester is capable of producing an output power of a few 10 to 100 muW and voltages in the volt-range from small temperature gradients of only a few Kelvin
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