The sustainability of power supply for mobile electronic devices is a problem that needs to
be solved urgently. The energy from human motion is an optimal solution for this problem …

A majority of current studies about non-resonant energy harvesters for low-frequency energy
are based on pure experiment without theoretical modeling. In this work, a novel hybrid …

The expanding use of wireless electronic devices in the future will require compact and
efficient external power sources due to the limitations of conventional batteries. Kinetic …

Energy harvesting floor systems use the mechanical energy generated by human weight to
produce electrical energy, providing sustainable power sources for low-power systems at …

An elliptically shaped electromagnetic vibration energy harvester is presented for two-and
one-dimensional motions with the easy tuning of the resonance frequency. The harvester …

Featured Application Gravitational energy harvesters can be destined to freight railcars
monitoring applications as a power supply for sensorized wireless nodes, thus creating …

Accelerometers based on triboelectric nanogenerators (TENGs) have garnered significant
interest in recent years. However, many of these devices lack a self-sustained power supply …

This work presents a miniaturized electromagnetic energy harvester (EMEH) based on two
coils moving in a head-to-head permanent magnet tower. The two coils are separated by a …

Energy harvesting has been proposed to support or replace battery-based energy supplies
in low-power loT systems. However, manual design and optimization is currently required to …

A new scheme for the automated design and optimization of electromagnetic energy
harvesters is presented. The proposed method aims to deal with the limitations of current …