TECHNOLOGY FOCUS - ELECTRICAL POWER AND ENERGY - Preferred Method: In the mixing step, further a lead salt-additive is added to the active electrode mass. The electrode after extrusion and laminating is joined with separator as intermediate layer in a sandwich condition. The electrode mass is degassed at -20 to 200 (preferably 100)degreesC and pressure of 101-109 Torr and carried out under inert gas (preferably argon). The electrode material is nanostructured or amorphous. The particle size of the used electrode material is 2-700 (50-500) nm. The particle size exhibits narrow monomodal distribution of Gauss type. The BET-surface of the electrode material is 10-20 m2/g. (A) and/or (A1) are/is coated or mixed with natural or synthetic graphite or soot (0.5-10 wt.%). The coating or the mixing material is synthetic and/or natural graphite (preferably with globular and nanodimensioned structure), graphene, polyphenylene, polyacetylene or carbon fibers, preferably with porous structure or as whole fibers. (A) has distorted octaeder structure and is derived from spinel- or perovskite-lattice and (A1) is O-phosphate isostructured to olivine. The electrode mass uses (A) for anode and (A1) for cathode. The arrester is metal foil, net or tissue or foil and/or fleece from electrically conducting polymer or carbon fiber (preferably copper foil for anode and/or aluminum foil for cathode). The arrester has thickness of 0.1-30 (preferably 3-9) microns. The arrester (preferably cathode arrester) is equipped with electrically conducting adhesion layer (primer layer) before the applying on the electrodes mass. The electrode mass comprises lithium titanate, polymer binder, aprotic liquid or lead salt for the anode and lithium-iron phosphate, polymer binder, aprotic liquid or lead salt for the cathode. The battery cell is filled with lithiumhexafluoro phosphate, lithium-trifluoromethyl sulfonyl imide or as solution after completion of the battery trilaminate from anode-separator cathode and their contents. The coating of the electrode mass from slot dies takes place according to the width of the arrester foil. The electrode mass carries the arrester in a defined thickness of 5-100 (preferably 20-60) microns. The separator is inserted as intermediate after coating the arrester with the electrode mass and the connection is laminated at 100degreesC and 0.1-20 MPa. The method is continuous. The separator material is a prepared porous membrane or prepared by coating and/or extrusion procedure. The separator is removed off the active electrode mass containing lead salt, lead salt additive and/or solvent and extruded and the process is carried downstream between the cathode and anode. The separator is extruded from substrate foil, which is dissolved before using between the cathode and anode. The preparation of the electrode mass takes place gradually, by intimate mixing of the respective active components with proportionate quantities of lead salt, lead salt additive and/or solvent. The mixing takes place in a fluid bed or ultrasonic bed. In the preparation process, the remaining electrode components are added downstream, preferably by calender or extrusion. The surface of the arrester is made free from grease and coating before applying the primer. The electrode mass is laminated with or without arresters and with the separator to a group. The lamination takes place at 100degreesC.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: (I) uses aluminum oxide, silicon dioxide or magnesium oxide in about 0.5-5 wt.% as additives. Each of the electrode mass has a lead salt from lithium compound such as lithium-organo borane in about 0.1-3 wt.%. The lithium organo borate-lead salt is used as dispersion or solid. The cathode is primed aluminum foil.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: The aprotic solvent is alkyl carbonate such as ethylene or propylene carbonate or propyl carbonate, vinylene carbonate or glycol ether in about 1-20 wt.%. The separator material comprises 0.5-20 wt.% of thickener and/or 10-50 wt.% of aprotic fluid. The separator is foil, net, tissue and/or fleece. The separator in combination of anode and cathode reacts with the separator with lead salt, lead salt additive and solvent. The primer layers have a thickness of 0.1-10 microns.    TECHNOLOGY FOCUS - POLYMERS - Preferred Components: The polymer binder is polyolefin, polyethylene, poly pyrrolidone, polybutene and their homologs and copolymers, polyvinyl ether, polystyrene and their copolymers with butadiene and/or isoprene, anionically prepared block polymer, styrene-butadiene rubber, cis-polybutadiene, fluoro elastomer, co-and/or terpolymer based vinylidene fluoride, hexafluoro propene, tetrafluoroethene, perfluoralkoxy-derivative, polyalkylene oxide with capped terminal group, with methoxy group, cyclic ether, including crown ether, starch or sugars and in about 5-10 wt.%. The separator material is polymer (preferably polyolefin), fluoroelastomer (preferably terpolymer based on tetrafluoroethylene/polyvinyldeconate (PDV)/HFP), anionically prepared block polymerizate (preferably styrene or diene) and/or alpha-methylstyrene, butadiene and/or isoprene. The amount of the polymer is 30-70 wt.% and the separator material comprises defined additives, aprotic liquid and/or lead salt. The polymer, which is used as electrically conductive compound or as active substance-concentrated polymer with additives of conductive soot, carbon fibers, lead salt and/or lead salt additives. The polymer binder swollen with the solvent is used. The arrester is metal foil, carbon textile fabric, net, fleece and/or foil of electrically conductive polymers.