%0 Generic
%A Möller-Gulland, Robin
%A Mulder, F.M. (Fokko)
%D 2024
%T Data accompanying the publication:  3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices
%U 
%R 10.4121/a87a59f5-e43a-4527-b047-dd6fb766b31b.v1
%K Ni-Fe battery
%K flexible
%K alkaline electrolyser
%K nickel hydroxide
%K 3D electrode
%K electricity storage and conversion
%K hydrogen
%K scalable
%X <p>Data accompanying the paper "3D Nickel Electrodes for Hybrid Battery and&nbsp;Electrolysis Devices"</p><p>Objective of the paper is to demonstrate that 3D structured electrodes enable high current density (dis)charging of Ni-Fe battery-electrolyser electrodes. The data comprise:</p><ul><li>underlying data sets of the journal paper figures</li><li>underlying data sets of SI figures</li><li>code of model used in the paper (Python)</li></ul><p>Highlights of the paper:</p><ul><li>3D electrodes enable high current density (dis)charging of Ni-Fe battery-electrolyser electrodes</li><li>Charge rates reached are as high as alkaline electrolyzer current densities</li><li>Electrochemical modeling describes battery-electrolyzer charge utilization</li><li>3D structuring can be realized using scalable techniques</li></ul><p><br></p>
%I 4TU.ResearchData