Search Results for: "self-charging wearable devices"

The new harvester can amplify power generated from human walking vibrations by about 90 times while remaining as small as conventional harvesters. CREDIT Yoshimura, Osaka Metropolitan University
A vibration energy harvester amplifies human walking motion to enable self-charging wearable devices
The new moisture-driven electricity generation device invented by NUS researchers capitalises on the difference in moisture content of the wet and dry regions of the carbon-coated fabric to create an electric current. Sea salt is used as a moisture absorbent for the wet region.
Generating electricity from air moisture with a self-charging ultra-thin device yields a high electrical output
The motion of graphene could be used as a source of clean limitless energy