Abstract Piezoelectric Energy Harvesting (PEH) has emerged as a promising alternative to
traditional batteries for self-powered sensors. This paper proposed a multi-pillar …

Harvesting mechanical energy from ocean wave oscillations for conversion to electrical
energy has long been pursued as an alternative or self-contained power source. The …

The use of energy harvesting technologies for supplying power generating energy to
wireless devices and sensors, particularly in scenarios where it is difficult to exchange or …

An expedient piezoelectric coupled buoy energy harvester from ocean waves is developed.
The harvester is made of several piezoelectric coupled cantilevers attached to a floating …

Ocean wave energy is one of the huge energy sources, which easily wasted around us.
Because of low frequency of the ocean waves, less attention has been paid on vibration …

The ocean is a huge kinetic energy field with considerable energy harvesting potential.
Harvesting renewable ocean wave energy and using it to power electric facilities such as …

Swing-piezoelectric energy harvesting has the potential to be used for small-scale tidal and
wave energy harvesting. A novel method is proposed to capture tidal and wave energy by …

Ocean waves contain a great deal of energy, and the collection and utilization of wave
energy is of great significance for sustainable development. In this paper, a multi-direction …

The ocean wave energy resource has great potential for development as a renewable
energy source. In the vast ocean environment, many monitoring sensors are needed to …

A floating energy harvester using the piezoelectric effect is developed to harvest the energy
from intermediate and deep water waves. The harvester is made of a mass-spring system …