One of the main challenges in the field of vibration energy harvesting is to extract energy
from the low‐frequency ambient vibrations. Since the voltage and power production in …

A considerable amount of ambient vibration energy spreads over an ultra-low frequency
spectrum. However, conventional resonant-type linear energy harvesters usually operate …

The ubiquitous and renewable vibration energy has been recognized as a promising energy
source for the increasing number of low-power electronics, but its efficient harvesting is still …

Depending on its mounting orientation, the rotational piezoelectric harvester can be
subjected to the centrifugal softening or stiffening effects, which may pose a positive or …

This paper proposes models and experiments of a wideband piezoelectric vibration energy
harvester with a quadruple-well potential induced by the combined nonlinearity of cantilever …

This paper reports a fundamentally different strategy for realizing high-performance energy
harvesting backpacks to effectively scavenge ultralow-frequency human body motions. The …

The continuous progress made in wearable energy harvesting technology is delivering
sophisticated devices with increasing power outputs, which are possible to provide …

Piezoelectric energy harvesting from human motion is challenging because of the low
energy conversion efficiency at a low-frequency excitation. Previous studies by the present …

This paper presents a novel wind energy harvester based on a magneto-piezo-elastic
structure using a magnetically coupled piezoelectric bimorph cantilever. The harvester …

Along with the rapid development of low-power electronics and the Internet of Things,
vibration energy harvesting is attracting increasingly attention from both industry and …