NGUYEN DANGTRANG
Department / Course College of Science and Engineering Department of Electrical and Electronic Engineering
Title / Position Assistant Professor
Language English
Publication Date 2020/12
Type Research paper (international conference proceedings)
Peer Review Yes
Title A water-activated paper-based battery based on activated carbon powder anode and CuCl2/CNT cathode
Contribution Type Joint Work
Journal Energy Reports
Journal Type Another Country
Publisher ELSEVIER
Volume, Issue, Page 6,215-219
Total page number
Authorship Lead author
Author and coauthor Dang-Trang Nguyen, Yosuke Ito, Kozo Taguchi
Details Water-activated paper-based batteries are expected to be low-cost disposable power sources for paper-based sensor applications. In this study, a disposable paper-based battery was developed. The battery used activated carbon powder loaded on a carbon sheet as the anode. The cathode was coated directly on a paper filter to fabricate an integrated proton exchange membrane cathode. Copper (II) chloride mixed with multiwalled carbon nanotube (CuCl 2/CNT) was used as the cathode. Water was injected into the anode electrode to activate the battery. The maximum power density of 134. 6 μ W/cm 2 was obtained with the anode loaded 17 mg cm− 2 activated carbon powder. The power output of the battery is proportional to the amount of activated carbon loaded on the anode.
URL for researchmap https://doi.org/10.1016/j.egyr.2020.11.259