The team also demonstrated a fully printed TENG device—fabricated using an ethanol-based ink and silver electrodes—which proved effective in sensing human activities such as walking, running, knee ...

The recent advancements in triboelectric nanogenerator (TENG)-based sports equipment for smart sports are comprehensively reviewed. Thorough explorations of combining TENG technology and artificial ...

TENGs convert mechanical energy, such as friction or movement, into electricity using the triboelectric effect, a phenomenon that involves transferring a charge between two materials in contact with ...

A printable polymer that traps water molecules flips humidity from a performance-killer into a performance-booster for motion ...

TENGs convert mechanical energy into electrical energy and are being explored as a sustainable energy solution, particularly for miniaturized devices. Traditional TENG materials lack sustainability, ...