<p>➀ Researchers at UCLA have developed a method to transform a flat graphene sheet into a 3D structure resembling Astroturf, creating plastic supercapacitors.</p><p>➁ These new supercapacitors store and release energy by accumulating electrical charge on their surface, allowing for rapid charging and discharging.</p><p>➂ The new material has shown superior performance, including 100 times higher conductivity and four times greater electrochemically active surface area than commercial PEDOT products, leading to improved efficiency and durability.</p>
Related Articles
- Dominion Energy: No Fizzabout 1 month ago
- Public attitudes to net-zero under parliamentary scrutiny5 months ago
- From Selloff To Setup - Enphase Reloads6 months ago
- NextEra: A Strong Q1, Shares Now Undervalued, Upgrading To Buy6 months ago
- Datacentre Power Consumption To Double By 20307 months ago
- Frischer Wind für die lokale Energiewende7 months ago
- Focus on Energy Transition – New Projections -- New at UDE: Florian Ziel7 months ago
- Heat Storage for a Climate-Neutral Berlin: Project Shows Potential for Better Use of Waste Heat and Renewable Energy7 months ago
- Fraunhofer Recommendations for Climate-Neutral Industry: Investments in Energy Infrastructure and Renewable Energies7 months ago
- Research Infrastructure for Innovative Power Grids8 months ago