A vibration energy harvesting system is presented, which is equipped with a smart
resonance-frequency adaptation. The system is able to react to environmental frequency …

We present a piezoelectric energy-harvesting system, which is able to self-tune its
resonance frequency in an energy-autonomous way, in order to extend its efficient operation …

Due to the fact that the ambient vibration sources are random and unpredictable, therefore a
vibration based energy harvesting device is desirable to be able to operate at wider …

This paper reports on the design, fabrication and testing of an innovative 33-mode
piezoelectric vibration energy harvester (VEH). This system is able to change its resonant …

The aim of this work is to demonstrate, by theory and experiment, the feasibility of a
mechanical energy harvester able to operate with a high efficiency over a wide vibration …

This paper presents a fully self-powered interface circuit with a novel peak detector for
piezoelectric energy harvesters (PEH). This circuit can be utilized to scavenge energy from …

This paper presents a miniaturized piezoelectric vibration energy harvester that can
generate over 1.5 μW of average power at the frequency range of 9Hz to 19Hz under …

This paper proposes a new energy harvesting architecture that optimizes the energy
conversion under broadband vibrations, which is called adaptive synchronized switch …

The current advances in ultra-low power design let foresee great opportunities in energy
harvesting platforms for self-powered systems. This paper presents two conversion schemes …

In this paper, a novel smart vibration energy harvester (VEH) is presented. The harvester
automatically adjusts its natural frequency to stay in resonance with ambient vibration. The …