Experimental study demonstrates high-performance metal-organic framework supercapacitors in wearable e-textiles, highlighting scalable routes for health monitoring.
Key Points
Flexible electronic textiles incorporating standalone metal-organic frameworks achieve high-performance energy storage for wearable electronic health monitoring devices.
A high areal capacitance of ~359.4 mF cm-2 was achieved during evaluation, and the fabricated devices exhibited stable capacitance retention reaching ~97.9% overall.
Screen printing, pad-dry coating and inkjet printing fabricate robust metal-organic framework electrodes, highlighting a viable pathway for smart textile supercapacitors.