Body-Heat & Motion Harvesting is a technology that converts the thermal and mechanical energy generated by human body warmth and movement into electrical power using materials like thermoelectric or piezo films.
It addresses the need for self-sustaining power sources for wearable devices and medical implants, reducing reliance on batteries that require frequent replacement or charging.
Thermoelectric or piezoelectric films, when attached to the skin, generate electricity from the temperature difference between the skin and ambient air (thermoelectric) or from mechanical strain caused by body movements (piezoelectric). This process converts a small amount of thermal or mechanical energy into electrical microwatts.
Manufacturing involves creating thin, flexible films using thermoelectric or piezoelectric materials. These films are then integrated into clothing or directly applied to the skin of wearables or medical devices.
The build process includes material selection, film fabrication, integration with wearable devices or implants, and testing for efficiency and durability.
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