Arrangement for cells for storing electrical energy, - with at least two cells, - wherein the at least two cells each have an axial direction, a peripheral region and two end faces (10, 12), - wherein the end faces (10, 12) are arranged opposite one another in the axial direction and at least one pole region (14, 18) is provided on an end face (10, 12), - with at least one connecting plate (20, 24, 48), - wherein the at least two cells are arranged on the at least one connecting plate (20, 24,48), - wherein contact elements are provided between the at least one connecting plate (20, 24, 48) and the pole regions (14, 18) of the at least two cells for an electrical contact, - wherein at least one of the contact elements, which is in contact with a cell, is designed as a spring contact element which, in a deformed state, provides a spring force for bearing against the respective pole region (14, 18) of the at least two cells for forming the electrical contact between the at least one connecting plate (20, 24, 48) and pole region (14, 18), wherein at least one retaining element is provided adjacent to the at least one connecting plate (20, 24, 48), wherein the at least one retaining element positions at least one of the at least two cells in the axial direction, characterized in that a spring constant of the spring contact element is predetermined which is at least dependent on: - the height of the spring contact element in the relaxed state relative to the connecting plate and - the height of the retaining element relative to the connecting plate. - with at least two cells, - wherein the at least two cells each have an axial direction, a peripheral region and two end faces (10, 12), - wherein the end faces (10, 12) are arranged opposite one another in the axial direction and at least one pole region (14, 18) is provided on an end face (10, 12), - wherein the at least two cells each have an axial direction, a peripheral region and two end faces (10, 12), - wherein the end faces (10, 12) are arranged opposite one another in the axial direction and at least one pole region (14, 18) is provided on an end face (10, 12), - with at least one connecting plate (20, 24, 48), - wherein the at least two cells are arranged on the at least one connecting plate (20, 24,48), - wherein contact elements are provided between the at least one connecting plate (20, 24, 48) and the pole regions (14, 18) of the at least two cells for an electrical contact, - wherein at least one of the contact elements, which is in contact with a cell, is designed as a spring contact element which, in a deformed state, provides a spring force for bearing against the respective pole region (14, 18) of the at least two cells for forming the electrical contact between the at least one connecting plate (20, 24, 48) and pole region (14, 18), wherein at least one retaining element is provided adjacent to the at least one connecting plate (20, 24, 48), wherein the at least one retaining element positions at least one of the at least two cells in the axial direction, - the height of the spring contact element in the relaxed state relative to the connecting plate and - the height of the retaining element relative to the connecting plate.