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A hybrid piezoelectric micro-power generator for use in low power applications

机译:用于低功率应用的混合压电微发电机

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In this paper a literature study is carried out to show there is still a tangible gap in terms of what can be achieved from scavenging energy. Indeed, in the framework of energetically autonomous microsystems, we review different existing methods of producing a sufficient amount of energy (at micro Watt level) that eventually need to be stored in a secondary source of power such as a battery or super-capacitor, since an enduring that is a sustainable system must be ensured. In order to minimise the gap mentioned above, the proposed solution that is an energy harvester to focus our own investigations on is described: it is based on a piezoelectric structure using bridge/road vibrations to supply LEDs (electro luminescent diodes with a typical power requirement of a few mW) that can be utilised for traffic regulation lights for example. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在本文中,进行了一项文献研究,以显示在清除能量方面可以实现的目标还存在明显差距。确实,在能量自主的微系统的框架中,我们回顾了产生足够能量(微瓦级)的现有方法,这些方法最终需要存储在诸如电池或超级电容器之类的次级电源中,因为必须确保持久性是可持续的系统。为了最大程度地减少上述差距,我们介绍了作为能量收集器的解决方案,该解决方案是我们自己研究的重点:基于压电结构,该结构使用桥/路振动为LED(具有典型功率要求的电致发光二极管)供电例如可用于交通管制灯的几毫瓦功率)。 (C)2015 Elsevier Ltd.保留所有权利。

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