The growing power demands of consumers has many researchers looking for effective ways to supplement supply, which is what's at work with these thermoelectric generators.
Developed by researchers at the North Carolina State University (NCSU), the prototype wearables are designed to be worn on the body and absorb the warmth emitted from the skin. From here, the device would convert this warmth into energy to be utilized for a number of different devices. In the near future, this technology could be harnessed to be the source of energy needed to power wearable technology and smartphones.
The thermoelectric generators are small in size -- just one square centimeter in size -- and stick to the skin without causing any discomfort. While the power captured isn't very high, it could provide great options for wearable technology brands to implement into devices.
Power-Harnessing Wearables
These Thermoelectric Generators Turn Body Heat into Usable Electricity
Trend Themes
1. Thermoelectric Energy Harvesting - This trend of using thermoelectric generators to harness body heat for energy offers new opportunities for wearable technology and smartphone industries.
2. Wearable Energy Sources - The development of power-harnessing wearables opens up possibilities for creating self-sufficient energy sources for wearable technology and other portable devices.
3. Efficient Energy Conversion - The advancement of thermoelectric generators highlights the potential for efficient energy conversion in compact devices, creating disruptive opportunities in various industries.
Industry Implications
1. Wearable Technology - The development of thermoelectric generators creates opportunities for wearable technology brands to incorporate self-sustaining and eco-friendly energy sources into their products.
2. Smartphone - The integration of power-harnessing wearables could revolutionize the smartphone industry, offering a new energy solution for charging mobile devices.
3. Battery Technology - The emergence of power-harnessing wearables highlights the need for advancements in battery technology, ensuring efficient energy storage and usage in portable devices.