Green energy storage: development of sustainable supercapacitors by direct laser writing of natural materials (SUPER-GREEN)
SUPER-GREEN proposes the development of novel self-powered and eco-friendly supercapacitors whereby electrode materials will be fabricated by direct laser writing of biopolymers and eco-friendly materials will be used as electrolytes.
Project Insights
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€571,086
Total Project Costs -
4 yr
Project Duration -
2024
Year Funded
Project Description
The rapid increase in demand for powered connected devices poses environmental concerns both in terms of high energy production requirements and end-of-life disposal. Implementation of eco-friendly energy storage systems and self-powered solutions is crucial to ensure future sustainability of such devices. Accordingly, SUPER-GREEN proposes the development of novel self-powered and eco-friendly supercapacitors whereby electrode materials will be fabricated by direct laser writing of biopolymers and eco-friendly materials will be used as electrolytes. The capabilities of developed structures will be assessed through demonstration of supercapacitive behaviour, towards realisation of next generation all natural green supercapacitor devices.
Project Details
Total Project Cost: €571,086
Funding Agency: Research Ireland
Year Funded: 2024
Lead Organisation: Tyndall National Institute (TNI)