Over the past decade, there has been significant interest in harvesting energy from rotational
motion through piezoelectric transduction, with the aim of providing energy-autonomous …

Energy harvesting from rotational motion by using piezoelectric transduction has attracted
considerable attention to enable the energy-autonomous structural health monitoring …

Using piezoelectric wind energy harvester to harvest energy from fluids has been an
effective way to power wireless sensing systems in the last decade. In order to solve the …

With the continuous development of information technology and electronic components, the
heat dissipation needs of electronic chips are constantly increasing. A miniature atomization …

For the purpose of improving the operating bandwidth and output power of piezoelectric
vibration energy harvesters (PVEHs) in low‐frequency environment, a novel energy …

Various piezoelectric beam based approaches have been well studied to support vibrational
energy harvesting, where the natural frequency of the energy harvester is purposely …

A pneumatic piezoelectric linear actuator (PPLA) is proposed, which possesses the
advantages of low power consumption, environmental friendliness, and high linearity of …

Piezoelectric energy harvesting from rotational motions currently receives attention as a
clean and permanent energy source. However, because of low output power, optimizing and …

The utilisation of rotational motion in a piezoelectric energy harvester is believed to have
significant potential for generating sufficient electrical energy to sustain self-powered …

Motivated to run a self-powering monitoring sensor on a wind turbine blade, this paper
proposes a pendulum based frequency-up converter that effectively captures a low-speed …