Assembling the Asymmetric Thermoelectrochemical Cell
6:14
Electrochemical Characterization
6:53
Results: Charging and Discharging the Asymmetric Thermoelectrochemical Cell
8:15
Conclusion
Transcription
Low-grade heat is abundant, but efficient low-grade heat recovery is still a great challenge. So here, we propose an asymmetric thermal cell with a high-energy efficiency over 3%The asymmetric thermal cell is thermally charged and electrically dis
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Low-grade heat is abundant, but its efficient recovery is still a great challenge. We report an asymmetric thermoelectrochemical cell using graphene oxide as a cathode and polyaniline as an anode with KCl as the electrolyte. This cell works under isothermal heating, exhibiting a high heat-to-electricity conversion efficiency in low-temperature regions.