In recent years, hydrovoltaic electricity generators (HEGs) have garnered increasing interest
and attention due to their unparalleled advantages. They typically operate through direct …

Moisture-driven electricity generators (MEGs) have been extensively researched; however,
high-performance flexible variants have seldom been demonstrated. Here we present a …

Harvesting energy from the ubiquitous moisture induced streaming potential or ion
concentration gradients is a promising green technology. Lately, the emergence of high …

Moisture-driven energy generators (MEGs) utilizing cellulose, which are renowned for their
inherent eco-friendliness, have garnered considerable attention; however, their stability …

Various self-powered flexible pressure sensors (including piezoelectric, triboelectric and
electrochemical types) have attracted great attentions and made significant progresses, but …

Hydrovoltaic power generators (HPGs) that continuously produce electricity through the
interactions between water molecules and surface-charged pores/channels constitute a …

Energy harvesting from ubiquitous natural water vapor based on moisture electric generator
(MEG) technology holds great potential to power portable electronics, the Internet of Things …

In the realm of energy harvesting, free-standing, film-type, moisture-driven electricity
generators (MEGs) based on polymer hydrogels with moisture-retaining capability are …

Tactile skin with artificial mechanoreceptors can perceive static pressure and dynamic
vibrations. However, the complexity of these tactile sensing systems has challenges in …

The rapid development of energy harvesting devices, driven by the need for sustainable
energy, has led to innovative solutions in nanotechnology. Triboelectric nanogenerators …