Paper Based Supercapacitor : Rapid Device Charging
Scientists at the Gujarat Energy Research and Management Institute (GERMI) have achieved a breakthrough in energy storage technology with the development of a paper-based supercapacitor.
- This cutting-edge supercapacitor, derived from seaweed, boasts remarkable attributes such as being lightweight, biodegradable, and capable of fully charging a device within a mere 10 seconds.
- The paper-based supercapacitor developed by GERMI researchers is the thinnest and most lightweight of its kind.
- By leveraging cellulose nanofibers derived from seaweed, the team successfully created an anodic paper supercapacitor that exhibits exceptional tensile strength, performance, and cost-effectiveness.
- The applications of this innovative supercapacitor are vast, spanning electronics, memory backup systems, airbags, heavy machinery, and electric vehicles.
- Consequently, it presents a lucrative business prospect for industries seeking high-performance energy storage solutions.
- The technology’s versatility and eco-friendly nature make it an attractive option for both manufacturers and consumers.
- The paper supercapacitor owes its remarkable properties to the marine cellulose-based material derived from seaweed.
- This material holds immense potential for integration into various smart electronic devices.
- The cultivation of seaweed can serve as a source of revenue for coastal communities, creating economic opportunities and sustainable development.
