Researchers at Purdue University Created a Battery Using Bee Pollen
Michael Hemsworth — February 8, 2016 — Tech
References: purdue.edu & gizmag
Cultural dependence on smart technology means that new, innovative forms of power will be required for the future, so a new technology has been developed that utilizes bee pollen in batteries.
Created by researchers at Purdue University, the battery technology was created by using bee pollen as the carbon architecture within the design to create a battery anode. Aside from using the pollen from bees, pollen from cattails was also utilized, which actually showed performance results that exceeded that of the bee pollen.
Despite the work being in the conceptual stages as of late, the technology shows the practical incorporation of natural forms of energy into the tech world. As worldwide demand increases for smarter ways to power modern lifestyles, new battery technology like this is becoming of the utmost importance.
Created by researchers at Purdue University, the battery technology was created by using bee pollen as the carbon architecture within the design to create a battery anode. Aside from using the pollen from bees, pollen from cattails was also utilized, which actually showed performance results that exceeded that of the bee pollen.
Despite the work being in the conceptual stages as of late, the technology shows the practical incorporation of natural forms of energy into the tech world. As worldwide demand increases for smarter ways to power modern lifestyles, new battery technology like this is becoming of the utmost importance.
Trend Themes
1. Smart Technology - Using bee pollen in batteries demonstrates the need for innovative power sources to keep up with the cultural dependence on smart technology.
2. Natural Energy - Incorporating natural forms of energy, such as bee pollen and cattail pollen, into battery technology presents disruptive innovation opportunities for the energy industry.
3. Battery Technology - The development of battery technology utilizing bee pollen and cattail pollen addresses the growing demand for smarter ways to power modern lifestyles.
Industry Implications
1. Technology - The use of bee pollen in batteries highlights disruptive innovation opportunities for the technology industry.
2. Renewable Energy - The incorporation of natural energy sources like bee pollen and cattail pollen into battery technology presents disruptive innovation opportunities for the renewable energy industry.
3. Consumer Electronics - The advancement in battery technology using bee pollen and cattail pollen offers disruptive innovation opportunities for the consumer electronics industry by providing smarter and more sustainable power solutions.
0.9
Score
Popularity
Activity
Freshness
