Electrical energy storage cell (10; 20; 30), comprising: a multiplicity of first two-dimensionally parallel electrode elements; a multiplicity of second two-dimensionally parallel electrode elements which run in a two-dimensionally parallel manner to the first electrode elements and are galvanically separated from the first electrode elements; a first two-dimensional contact element which makes electrical contact with the multiplicity of first electrode elements; a second two-dimensional contact element which makes electrical contact with the multiplicity of second electrode elements; at least one first two-dimensional contact connector which makes electrical contact with the first contact element; a first pole contact which is of two-dimensional design and which makes electrical contact with the first two-dimensional contact connector; and a second pole contact which is of two-dimensional design and which is electrically connected to the second two-dimensional contact element, furthermore comprising: at least one second two-dimensional contact connector which makes electrical contact with the second contact element and which runs in a two-dimensionally parallel manner to the first and second electrode elements (1; 2), wherein the second pole contact makes electrical contact with the second two-dimensional contact connector, wherein the second two-dimensional contact connector runs in a two-dimensionally parallel manner to the first two-dimensional contact connector at a predetermined connector distance, and wherein the predetermined connector distance is smaller than a distance between adjacent electrode elements (1; 2). a multiplicity of first two-dimensionally parallel electrode elements; a multiplicity of second two-dimensionally parallel electrode elements which run in a two-dimensionally parallel manner to the first electrode elements and are galvanically separated from the first electrode elements; a first two-dimensional contact element which makes electrical contact with the multiplicity of first electrode elements; a second two-dimensional contact element which makes electrical contact with the multiplicity of second electrode elements; at least one first two-dimensional contact connector which makes electrical contact with the first contact element; a first pole contact which is of two-dimensional design and which makes electrical contact with the first two-dimensional contact connector; and a second pole contact which is of two-dimensional design and which is electrically connected to the second two-dimensional contact element, furthermore comprising: at least one second two-dimensional contact connector which makes electrical contact with the second contact element and which runs in a two-dimensionally parallel manner to the first and second electrode elements (1; 2), wherein the second pole contact makes electrical contact with the second two-dimensional contact connector, wherein the second two-dimensional contact connector runs in a two-dimensionally parallel manner to the first two-dimensional contact connector at a predetermined connector distance, and wherein the predetermined connector distance is smaller than a distance between adjacent electrode elements (1; 2). at least one second two-dimensional contact connector which makes electrical contact with the second contact element and which runs in a two-dimensionally parallel manner to the first and second electrode elements (1; 2), wherein the second pole contact makes electrical contact with the second two-dimensional contact connector, wherein the second two-dimensional contact connector runs in a two-dimensionally parallel manner to the first two-dimensional contact connector at a predetermined connector distance, and wherein the predetermined connector distance is smaller than a distance between adjacent electrode elements (1; 2).