A group of scientists and engineers working out of Iowa State University have devised an innovative new battery that is designed specifically to power transient devices.
Developed by a team led by professor Reza Montazami, this particular battery adopts the 2.5-volt lithium-ion format -- what makes it so special is the fact that it completely dissolves in water within half an hour. However, it is still strong enough to power a calculator for as long as 15 minutes. Indeed this happens to make this battery the very first transient or self-destructing battery that is still practical enough to use with regular gadgets.
While one of these individual batteries cannot be used to power large transient devices, what's great about the system is that you can create eco-systems of self-destructing batteries that can work well for high-powered applications.
Self-Destructing Batteries
This Lithium-Ion Battery is Designed to Power Transient Devices
Trend Themes
1. Transient Devices - The development and application of self-destructing batteries specifically designed to power transient devices like temporary medical implants presents opportunities for innovation in the healthcare industry.
2. Sustainable Technology - Creating eco-systems of self-destructing batteries presents opportunities to innovate in the development of sustainable technology by reducing electronic waste.
3. Material Innovation - Developing new battery materials that can dissolve in water without harm to the environment can lead to disruptive innovation in the field of sustainable energy.
Industry Implications
1. Healthcare - The development of self-destructing batteries presents disruptive innovation opportunities in the creation of temporary medical implants for patient monitoring and treatment.
2. Consumer Electronics - The use of transient batteries that can power regular gadgets for a limited time presents opportunities for innovative product design in the field of consumer electronics.
3. Energy Storage - Creating eco-friendly self-destructing battery systems can revolutionize the energy storage industry, providing a sustainable alternative to traditional lithium-ion batteries.