The application discloses an organic negative
electrode material for a
hydrogen ion battery, which is prepared by the following steps: reacting 2,3-dichloronaphthoquinone with a
sulfur source, refluxing the reaction in a
solvent for 2-12 hours, filtering, collecting a
filter cake and
drying to obtain DTT; assembling the
hydrogen ion battery by taking the DTT as an
anode and taking MnO2 as a
cathode in an acidic
electrolyte. The application aims to solve the problems of high
pollution, high
electrode cost and short service life of the existing
hydrogen ion battery.