This paper aims to review the recent architectures of power management units for
ultrasound-based energy harvesting, while focusing on battery-less implantable medical …

A novel portable energy harvester using 3-3 mode piezoelectric stack with two-stage force
amplification is proposed. It can obtain 21 times force amplification with 18% energy …

In this digital race, electronic equipment has been integrated into human beings as a part of
their body. Some electronic equipment is connected by wires, while some are self-powered …

The nonlinear piezoelectric vibration energy harvesting system offers a solution to the power
supply challenge for low-power sensors. However, In practical engineering, structural …

Energy disaggregation is one of the major concerns in the modern power management in
domestic utilities. Main aim is to read the individual load appliance readings from the whole …

The long-term CO2 emissions of transformer substations require constant monitoring. In this
study, we propose a piezoelectric vibration energy harvester designed for self-powered CO2 …

In this paper, as a theoretical basis, a foot vibration harvester with a finite support
mechanism is proposed based on the Villari effect of magnetostrictive materials and …

As the demand increase from 0.9 TW to 1.2 TW in the last 5 years in India. Balancing the
load at demand side is much important to minimize the power outage or to improve power …

The accelerated urbanization has led to increasing tension on urban land use. In this
context, more and more slender high-rise buildings are being built worldwide in pursuit of …

Self-sufficient semi-active vibration control of high-rise buildings under wind excitation by
moveable double-skin facades The accelerated urbanization has led to increasing tension …