Energy harvesters are considered to be a promising solution for long lasting operation of
wireless sensor nodes, moreover, make these power-sustainable in hazardous, implantable …

The wake energy of an electromagnetic harvesting device is derived from the phenomena of
wake‐induced vibration (WIV). Experiments were conducted to determine the effects of the …

Energy harvesting technology plays an important role in converting ambient energy into
useful electrical energy to power wireless sensing and system monitoring, especially for …

In order to better capture energy from natural water flow, we designed a novel captive
energy model using wake induced vibration (WIV) combined with multi-stable theory. The …

An energy harvester that employs both electromagnetic and piezoelectric effects to convert
fluid flow energy in the pipeline into electrical energy for powering wireless sensor nodes …

Research utilizing piezoelectric fiber composites to power network nodes or micro-sensors
by capturing energy from the surrounding environment is becoming a hot spot, and the …

Flow-induced motion of underwater pipelines could beneficially serve as an excellent host
for energy extraction in the modern information-based offshore and deep ocean …

As wearable microelectronics are becoming ubiquitous, there is a growing interest in
replacing batteries with a means of harnessing power from the user's environment via …

Photovoltaic (PV) systems are increasingly popular as a renewable energy source due to
their ability to directly convert sunlight into electricity. However, despite their numerous …

The advances in the technology of cheap and low power consumption microelectronic
components have lead to the expansion of wireless technologies in the past two decades …