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This research aims to improve self-charging power systems for wearable electronics by addressing impedance matching challenges.

January 20, 2026

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Flexible self-charging power system: Empowered via direct integration of carbon nanostructures based triboelectric nanogenerators and solid-state supercapacitors

VMVigneshwaran MohanJeju National University VNVishal Natraj PPParthiban PazhamalaiJeju National University

Key Points

This research aims to improve self-charging power systems for wearable electronics by addressing impedance matching challenges.
Developed a flexible self-charging power system using triboelectric nanogenerators and solid-state supercapacitors
Conducted experiments to evaluate self-charging efficiency
Analyzed impedance characteristics and integration performance
Achieved significant improvement in self-charging efficiency
Resolved impedance matching issues to enhance overall performance
Established a viable integration method for carbon nanostructures in power systems

Abstract

Flexible self-charging power systems (f-SCPS) have gained much attention in the area of next-generation wearable electronics; however, they suffer from impedance matching issues, which limits effective self-charging. Herein, we demonstrated...

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Flexible self-charging power system: Empowered via direct integration of carbon nanostructures based triboelectric nanogenerators and solid-state supercapacitors

Key Points

Abstract

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