These Sodium-Ion Batteries Feature Carbon Drawn From Rotten Apples
Rahul Kalvapalle — February 23, 2016 — Tech
A group of engineers and professors led by Stefano Passerini and Daniel Bucholz at the Karlsruhe Institute of Technology in Germany have invented high-performance sodium-ion batteries that are created using material drawn from discarded and rotten technologies.
The process involves drying out the rotten apples and repurposing their carbon content to create 'hard carbon', which is cheap but promises high-flying electrode performance. It's an innovative but simple process that could go a long way towards boosting green energy initiatives.
Ultimately, this apple-powered sodium-ion battery technology could be of use in a wide variety of applications such as grid power storage, and could even be used to power consumer electronics devices and even some electric cars. These batteries are less expensive and more green than typical lithium-ion batteries, making them even more desirable.
The process involves drying out the rotten apples and repurposing their carbon content to create 'hard carbon', which is cheap but promises high-flying electrode performance. It's an innovative but simple process that could go a long way towards boosting green energy initiatives.
Ultimately, this apple-powered sodium-ion battery technology could be of use in a wide variety of applications such as grid power storage, and could even be used to power consumer electronics devices and even some electric cars. These batteries are less expensive and more green than typical lithium-ion batteries, making them even more desirable.
Trend Themes
1. Sodium-ion Battery Technology - The development of high-performance sodium-ion batteries that are created using material drawn from discarded and rotten technologies presents an innovative solution to traditional lithium-ion batteries.
2. Repurposing Waste - The repurposing of discarded and rotten technologies, such as using dried-out rotten apples to create 'hard carbon', demonstrates an opportunity for disruptive innovation in the waste management industry.
3. Green Energy Initiatives - The push towards cleaner, more sustainable energy sources makes apple-powered sodium-ion battery technology a desirable trend for companies investing in green energy initiatives.
Industry Implications
1. Energy Storage - The sodium-ion battery technology developed from repurposed waste has potential applications in grid power storage, highlighting a potential opportunity for disruptive innovation in the energy storage industry.
2. Consumer Electronics - The potential use of apple-powered sodium-ion batteries to power consumer electronic devices highlights an opportunity for disruptive innovation in the consumer electronics industry, particularly for companies looking to offer more environmentally sustainable and cost-effective products.
3. Automotive - The potential use of apple-powered sodium-ion batteries in some electric cars presents a potential disruptive innovation opportunity for the automotive industry, particularly for companies looking to produce electric cars that are more environmentally-friendly and cost-effective.
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