Nanoscaled ferroelectric (pseudo)-binary oxide thin film supercapacitors for flexible and ultrafast pulsed power electronics - NanOx4EStor
Project summary
Rationale: A rapid market growth for supercapacitors is observed, since commercial dielectric capacitors have a low energy storage density (ESD)<5 Jcm−3 and an operating temperature of 105 0C, thus requiring a cooling system which adds extra weight and volume in power systems. Objective: NanOx4EStor focuses on the creation of supercapacitors based on (pseudo-)binary oxide thin films, with improved ESD>150 Jcm−3 and operating temperature. Potential applications: Supercapacitors for pulsed power applications are targeted and will be supported by prototype demonstration. Impact and benefits: The development of supercapacitors is an emerging market opportunity and companies along the value chain can profit from this growth sector. NanOx4EStor aims to bring innovations to this market and thus, to contribute to a sustainable future and economic growth. The creation of a spin-off for the commercialization of the supercapacitors is envisaged, which will involve guidance from an advisory board.Project Details
Call
Call 2021
Call Topic
Functional materials
Project start
02.05.2022
Project end
01.05.2025
Total project costs
984.173 €
Total project funding
642.822 €
TRL
1 - 4
Coordinator
Dr. José Silva
josesilva@fisica.uminho.pt
University of Minho, Campus Gualtar, 4710-057 Braga, Portugal
Partners and Funders Details
Consortium Partner | Country | Funder | |
---|---|---|---|
University of Minho https://www.cf-um-up.pt/index.php |
University | Portugal | PT-FCT |
National Institute of Materials Physics https://www.infim.ro |
Research org. | Romania | RO-UEFISCDI |
Ecole Centrale de Lyon https://www.ec-lyon.fr |
University | France | FR-ANR |
Keywords
computational simulation, ferroelectrics, flexible energy storage, physical vapour deposition, supercapacitors, pulsed power electronics, oxide thin films