Vibration energy harvesting is a promising approach to provide wireless sensors and
portable electronics with sustainable power by converting ambient kinetic energy into …

The pendulum applied to the field of mechanical energy harvesting has been studied
extensively in the past. However, systems examined to date have largely comprised simple …

This paper proposes a novel pendulum energy harvester design for converting energy of
low frequency ambient vibration, such as that found in unmanned surface vehicles (USVs) …

In this work we analyse the possibility of energy harvesting from the vibration of the
environment. The investigations are performed using experimental rig, which consists of a …

The paper presents a novel system for simultaneous energy harvesting and vibration
mitigation. The system consists of two main parts: an autoparametric pendulum vibration …

This work presents a pendulum kinetic energy harvester with a unique mechanical motion
rectifier design which uses a string-driven rectifier (SDR) with just a single clutch to convert …

Comprehensive analyses of the layout influence on power performance of a low-frequency
miniature horizontal-pendulum-type inertial energy harvester for underwater mooring …

An autonomous system of energy supplier to low power devices or wireless sensors is one
of the most important motivations for energy harvesting based on ambient mechanical …

This paper studies a model of energy harvester that consists of an electromechanical
pendulum system subjected to nonlinear springs. The output power is analyzed in terms of …

The spherical pendulum is a mathematically interesting model that has been studied
extensively in the past. In the field of energy harvesting however, the pendulum energy …