Novel labyrinth type welding structure for decorative plates in energy storage container

The utility model discloses a novel energy storage container interior decorative plate labyrinth type welding structure which comprises a splice plate set, the splice plate set comprises a splice plate I and a splice plate II, each splice plate in the splice plate set is C-shaped, the outer side face of a curled edge I in the splice plate I is welded to the outer side face of a curled edge II in the splice plate II in a segmented mode, and the curled edge I in the splice plate I is welded to the outer side face of a curled edge II in the splice plate II in a segmented mode. Reinforcing plates are jointly welded to the upper side face of the first turned edge and the upper side face of the second turned edge in a segmented mode. According to the novel energy storage container, the inverted-U-shaped reinforcing plates are additionally arranged at the splicing positions of the splicing plates in the novel energy storage container to form a labyrinth type waterproof structure, and the mode of gluing after welding