Energy harvesting technology provides a promising choice to replace the batteries used in
modern wearable devices. This paper describes new kind of piezoelectric energy harvesting …

A wideband vibrational electromagnetic energy harvester employing nonlinear spring effects
is proposed and demonstrated. The harvesters were designed and fabricated by commercial …

Currently, most vibrational energy harvesters have rigid and resonant structures to scavenge
kinetic energy from periodic motion in specific directions. However, in some situations the …

Currently, most vibrational energy harvesters have rigid and resonant structures to harvest
energy from periodic motions in specific directions. However, in some situations the motion …

Disclosed are a slim self-powering power Supplier using a flexible PCB for a wireless
sensor network and a sensor node using the same, and a fabrication method thereof. An …

A technology platform based on commercial printed circuit boards (PCB) technology is
developed and presented. It integrates rigid flame retardant (FR)-4 boards, flexible …

This thesis aims to analyse the response of Parametrically Excited (PE) systems, focusing on
accurate prediction of the response and its characteristics, particularly the upper bound …

In this paper, a wideband electromagnetic energy harvester designed and fabricated by
commercial rigid-flex PCB technology is demonstrated. The rigid FR-4 boards are used for …

This paper reports an electromagnetic energy harvester fabricated with Rigid-Flex Printed
Circuit Board (PCB) technology by a commercial PCB supplier. Rigid FR-4 boards were …

Energy harvesting is an emerging technology that derives electricity from the ambient
environment in a decentralised and self-contained fashion. Applications include self …