NOVELTY - The assembly has stacked complexes (1, 1', 2, 2'), where each complex includes an electrode. A separator (3) is placed between the adjacent complexes. Electrical terminals connect the assembly to a voltage generator. A sample of one of the complexes is connected to or forms one of terminals, and the other sample of the complex is electrically connected to or forms the other terminal. The samples are selected so that the number of complexes belonging to reunion of samples is less than total number of complexes, and the intersection of samples is a vacuum assembly.    USE - Electrical energy storage assembly i.e. prismatic super capacitor, for use in a module (claimed) of an electric motor in an automobile field. Can also be used for a battery used in a portable telephone, a personal digital assistant, a global positioning system (GPS) and an electrolytic capacitor.    ADVANTAGE - The assembly is operated at high voltage than existing prismatic super capacitors for allowing production of modules operating at high voltage. The assembly is simple in design and small in size, and eliminates the need for connection elements such as connection bars or balancing chart, so as to reduce the manufacturing cost of the assembly. The assembly is simple to manufacture. The structure of the super capacitor utilizes a single separator to simplify manufacturing process of the super capacitor and avoids short circuit between electrodes. The assembly utilizes the single separator to increase mechanical resistance of the super capacitor. The design of the super capacitor enables voltage of application to be directly obtained by the number of superimposed complexes in the same assembly and energy to be obtained by associating the number of assemblies. The design of the super capacitor enables energy density of the modules using the super capacitors, to be greater than that of the modules realized from cylindrical super capacitors having same voltage and capacity and series resistance of the super capacitors to be low due to direct welding or brazing of face of the electrode on the cover. The design of the super capacitor allows current resumptions of the super capacitor to be realized more simply than a prismatic super capacitor so as to reduce number of parts.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electrical energy storage assembly.    Complexes (1, 1', 2, 2')    Separator (3)    Sections (14)    Fold line (15)    Faces of separator (31, 32)