Motion-driven electromagnetic-triboelectric energy generators (E-TENGs) hold a great
potential to provide higher voltages, higher currents and wider operating bandwidths than …

Motion-driven electromagnetic energy harvesters have the ability to provide low-cost and
customizable electric powering. They are a well-suited technological solution to …

This work explores an enhanced magnetic spring based energy harvester design that uses
a dual-mass and a geometrically nonlinear mechanical planar spring as a route to …

The rising technologies of wearable electronics resulted in urgent demand for developing
eco-friendly power sources that can utilize free energies around us including ambient …

Self-powered electronic devices have been widely sought after in the last few years
demanding efficient harvesting of locally available forms of energy. Electromagnetic …

This article presents a non-resonant magneto-mechanical vibration energy harvester. When
externally excited, the energy harvester converts vibrations into electric charge using a …

In this paper, we originally report a breakthrough in the power density of a novel
electromagnetic energy harvester to scavenge ambient low-frequency vibration energy. The …

Electromagnetic generators are widely used to power both small-scale and large-scale
devices. They are suitable to operate as self-powering technologies, allowing customizable …

This work develops a comparative study using theoretical models and experimental
evaluation of the dynamic behavior of a magnetic spring based vibration energy harvester …

This paper investigates the possibility of converting vibrations to electricity. A numerical and
an experimental study of a magnetic levitation harvester are proposed. The system can be …