Power metaverse and smart grids are the future of power systems, with a focus on
intelligence, digitization, and informatization. Their foundation is electricity data acquisition …

Electromagnetic energy harvesting extracts energy from magnetic fields and can provide
power to sensors, monitoring nodes, cyber-physical systems and control elements without …

The domino-resonator wireless power transfer system is designed in this work to harvest
energy from the magnetic field around a 110-kV high voltage transmission line and supply …

To reduce the size and weight of the magnetic energy harvester (MEH), the magnetic core
should be designed to work in the maximum power region, ie, in the saturated region …

Increasing the power harvested from magnetic field energy harvesters (MFEHs) without
expanding their volumes is crucial. Conventional methods for improving power harvest, eg …

The wide-range traction current brings great challenges to the stable operation of the
magnetic field energy harvester (MFEH). Specifically, when the traction current is large, the …

This paper presents a piezoelectric energy harvesting device with anti-interference
capability. The device utilizes magnetic coupling between the magnet at the tip of the …

Magnetic field energy harvester (MEH) based on current transformers has emerged as a
promising method for powering mass sensors in smart grids. However, a significant …

In this article, the magnetic energy harvester (MEH) based on the current transformer is an
innovative method to provide a potential solution for the power supply of sensor networks …

The letter concerns clamped-type magnetic energy harvesters (MEH), supplying power to
constant voltage (CV) loads via a diode rectifier. Presented analysis suggests that if primary …