A Förster resonance energy transfer enabled photo-rechargeable battery with an energetically misaligned Cu-porphyrin dye/Cu:V₂O₅ photocathode

Souvik Naskar,Debanjan Maity, Anamika Dixit,Marina Freitag,Kusum Kumari,Saurabh Kumar Singh,Melepurath Deepa

Journal of Materials Chemistry A（2024）

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摘要

A photo-rechargeable Zn2+ ion battery enabled by Förster resonance energy transfer from Cu:V2O5 to Cu-porphyrin dye is photocharged to 1.4 V and delivers a photo-charging capacity of 91 mA h g−1 without the application of any voltage or current.

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A Förster resonance energy transfer enabled photo-rechargeable battery with an energetically misaligned Cu-porphyrin dye/Cu:V2O5 photocathode

A Förster resonance energy transfer enabled photo-rechargeable battery with an energetically misaligned Cu-porphyrin dye/Cu:V₂O₅ photocathode