Energy harvesting is the process by which light, thermal, solar, and kinetic energy can be
converted to a usable form of energy with the ultimate objective of developing self-powered …

This paper reviews the design, implementation, and demonstration of energy harvesting
devices that exploit flow-induced vibrations as the main source of energy. Starting with a …

This paper proposes a comb-like beam (CombBeam) based piezoelectric energy harvester
(PEH) for harvesting wind energy by exploiting the galloping mechanism. The CombBeam …

The modeling and performance of a galloping-based electromagnetic energy harvester are
investigated. To convert galloping oscillations into electrical energy, an electromagnetic …

In this paper, a novel piezoelectric energy harvesting system using the wake galloping
phenomenon is explored for the broad wind spectrum. Wake galloping is an aerodynamic …

Extracting energy from environmental airflows and converting it into usable electricity can be
a potential approach to realize the self-powering operation of sensors by virtue of energy …

Real-time monitoring is essential for safeguarding infrastructure in extreme environments,
particularly in remote areas with abundant wind resources where sustained strong winds are …

The operational safety and reliability of the railway in monitoring systems are constantly
increasing. However, the self-powered functioning of sensors utilizing energy harvesting …

Emergence of increasingly smaller electromechanical systems with submilli-Watt power
consumption led to the development of scalable micropower generators (MPGs) that …

In this paper, we report a wind energy harvesting system for Internet of Things (IoT)-based
environment monitoring (eg, temperature and humidity, etc.) for potential agricultural …