We propose and experimentally validate a first-principles based model for the nonlinear
piezoelectric response of an electroelastic energy harvester. The analysis herein highlights …

An adaptive energy-harvesting circuit with low power dissipation is presented and
demonstrated, which is useful for efficient ac/dc voltage conversion of a piezoelectric …

This paper presents a topology for micropower piezoelectric wind energy harvesting useful
for develo** self-powered wireless sensor nodes. The features of the proposed topology …

In recent years, piezoelectric materials have been widely investigated for harvesting energy
from ambient vibrations. A vibrating piezoelectric device (PD) generates alternating current …

Piezoelectric and flexoelectric nanostructures attracted great interest from different research
communities for their potential applications as sensors, actuators and energy harvesters …

This paper presents a topology for wideband piezoelectric wind energy harvesting and a
design optimization method for capturing maximum available energy considering the wind …

This paper presents a comprehensive review of the design and implementation methods of
low-power piezoelectric energy harvesting circuits, which in the last few years have gained …

Energy harvesting is fascinating area of research now when the whole world is looking for
green energy as an alternative source. This paper describes the design of energy harvester …

An effective multisource energy harvesting system is presented as power supply for wireless
sensor nodes (WSNs). The advanced system contains not only an expandable power …

This paper presents the design optimization of a magnetic field energy harvesting platform
for self-powered ac power line monitoring devices in smart grid applications. The designed …