Abstract: A cell composite having a plurality of energy storage cells, each having two, in particular planar, terminal connections, wherein a terminal connection of an energy storage cell in each case is conductively connected to a terminal connection of an adjacent energy storage cell. In order to improve the production of such a cell composite and the cell composite itself, the conductively connected terminal connections are connected to each other by welding by a separate cell connector in a mounting position of the cell connector. The cell connector has a corresponding tongue to the respective terminal connection in each case, and the terminal connections and the tongues each have a plurality of corresponding slots The slots of the terminal connections extend substantially perpendicular to a free end of the respective terminal connection in a direction of a connection region of the respective terminal connections.

Abstract: A method of creating a positive substance joint between components (1,2) involves the provisioning of the components (1, 2) and placing them at a joining position in relation to one another such that they contact at least one joining point or are kept apart by a narrow joining gap. The components (1, 2) feature a locating device that forces the components (1, 2) to fit and interlock in their relative position at the joining point. The components (1, 2) are then joined by a positive substance joint.

Abstract: A method of creating a positive substance joint between components (1,2) involves the provisioning of the components (1, 2) and placing them at a joining position in relation to one another such that they contact at least one joining point or are kept apart by a narrow joining gap. The components (1, 2) feature a locating device that forces the components (1, 2) to fit and interlock in their relative position at the joining point. The components (1, 2) are then joined by a positive substance joint.