A hybrid generator for virbration energy harvesting applications

M. Wischke, M. Masur, P. Woias
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引用次数: 14

Abstract

As vibrations are present almost everywhere in urban infrastructure, they are an excellent source to power wireless sensors. Based on our previous clamped-free cantilever, we have developed a beam-type vibratory energy harvester that is suspended on both sides. In the generator, a piezoelectric and an electromagnetic transducer are merged to increase the power output. Different arrangements of magnet and inductor have been tested. At resonance 300 µW and 120 µW can be drawn with 10m/s2 stimulation and optimal load conditions from the piezoelectric and electromagnetic generator part, respectively.
一种用于振动能量收集应用的混合发电机
由于振动在城市基础设施中几乎无处不在,因此它们是为无线传感器供电的绝佳来源。在我们之前的无夹紧悬臂的基础上,我们开发了一种悬挂在两侧的梁式振动能量采集器。在发电机中,一个压电和一个电磁换能器被合并以增加功率输出。已经测试了不同的磁体和电感的排列方式。谐振时,在10m/s2的激励和最优负载条件下,压电和电磁发生器部分分别可获得300µW和120µW。
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