Ferrocenyl-dithiolane integrated Cu(I) Coordination Polymers: Framework Engineering for Synergistic Redox Activity towards Supercapattery Applications

Key Points

• The aim is to design Cu(I) coordination polymers that leverage the redox activity of Fe(II) and Cu(I) for improved energy storage.
• Synthesis of new ferrocene-integrated Cu(I) coordination polymers
• Characterization of redox properties
• Evaluation of performance in energy storage applications
• New CPs exhibit enhanced redox activity due to synergistic interactions between Fe(II) and Cu(I)
• Demonstrated high performance in supercapattery applications
• Improved energy storage capacity compared to traditional materials