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Piezo-patch energy harvesters can be readily attached to plate-like structures in automotive, marine, and aerospace applications, in order to exploit the broadband vibration of the host system. Power output investigations of such patch-based harvesters, when connected to practical interface circuits, require accurate models for harvesting performance evaluation and optimization. This paper proposes...
With the decrease in energy consumption of electronic sensors, the concept of harvesting renewable energy in human surrounding becomes a must. In this context, piezoelectric generators seems promising since they can harvests mechanical vibrations and in general energy available in nature. The aim of this paper is to design a piezoelectric generators, optimized for different kind of sensors and electronic...
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