Design of high-efficiency vibration energy harvesters and experimental functional tests for improving bandwidth and tunability
Design of high-efficiency vibration energy harvesters and experimental functional tests for improving bandwidth and tunability
复制标题
高效振动能量收集器的设计和实验功能测试，以提高带宽和可调谐性
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
G. De Pasquale
中科院分区：
文献类型：
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作者：
A. Somà;G. De Pasquale
传感器功耗的降低允许本地供电或无线传感器网络。本文介绍了从机器振动中获取能量的装置的设计和实验结果。本研究的主要贡献是能够提高收割机性能和传感系统占空比的不同技术解决方案的实证评估。通过对空气流动的研究，在悬浮悬浮降低共振和提高Q值方面取得了满意的结果。压电式和感应式采集器分别获得10mW（5.7Hz，1.4g）和115mW（3.2Hz，0.2g）的输出功率值。
The reduction of power consumption of sensors allows the local power supply or wireless sensor networks. This paper introduces the results of design and experiments on devices for harvesting energy from vibrations of machines. The main contribution of this research is the empirical evaluation of different technical solutions able to improve harvester performances and sensing system duty cycle. Satisfactory results have been achieved in lowering of resonance by levitating suspensions and in increasing of Q-factor by studying the air flows. Output power values of 10mW (5.7Hz, 1.4g) and 115mW (3.2Hz, 0.2g) were obtained for piezoelectric and inductive harvesters respectively.