This paper is focused on resonant vibration energy harvesters (RVEHs). In applications
involving RVEHs the maximization of the extraction of power is of fundamental importance …

Multiple parameter environment monitoring via wireless Internet of Thing sensors is growing
rapidly, thanks to low power techniques of the node. More importantly, the ever more …

This paper presents a low-profile and autonomous piezoelectric energy harvesting system
consisting of an extraction rectifier and a maximum power point tracking (MPPT) circuit for …

A single vibration source equipped with multiple piezoelectric transducers (multi-PZTs) is a
promising solution to harvest more power in real-life scenarios. However, few studies focus …

In this article, a rectifier-less synchronized switch harvesting on inductor (ReL-SSHI)
interface circuit for piezoelectric energy harvesting is presented. The proposed circuit works …

In this study, we present an adaptive capacitor charging circuit for efficient piezoelectric (PE)
energy harvesting (EH), which simplifies the configuration for powering wireless sensor …

An active electronic interface for maximizing the power extracted from a resonant
piezoelectric vibration harvester by means of a multi-variable Maximum Power Point …

The most widespread architecture of ac/dc converters for resonant electromagnetic vibration
energy harvesters (REVEHs) is based on a diode bridge rectifier followed by a dc/dc …

In the past decades, inductor-based synchronized switch harvesting on inductor (SSHI)
rectifiers have been widely employed in many active rectification systems for piezoelectric …

An electronic interface for the maximization of the power extraction from train suspension
energy harvesters is presented in this article. It is made up of a passive rectifier and a dc-dc …