Method for producing an electrical energy storage unit with a solid electrolyte and electrical energy storage unit with a solid electrolyte

A method is described for producing an electrical energy storage unit with a solid electrolyte, wherein the electrical energy storage unit comprises a cathode current collector layer, a cathode layer, a separator layer with the solid electrolyte, an anode layer and an anode current discharge layer. In one step, at least a first part of the cathode current collector layer and / or a first part of the cathode layer and / or a first part of the anode layer and / or a first part of the anode current drain layer are oxidized. In a further step, the layers are brought together in such a way that, in the case of an electric circuit closed via the cathode current collector layer and the anode current drain layer, the movement of electrically charged particles through the anode layer, separator layer and cathode layer is possible. Furthermore, an electrical energy storage unit with a solid electrolyte, comprising a Kathodenstromableiterschicht, a cathode layer, a separator layer with the solid electrolyte, an anode layer and a Anodenstromableiterschicht described, wherein a first part of the Kathodenstromableiterschicht and / or a first part of the cathode layer and / or a first part the anode layer and / or a first part of the Anodenstromableiterschicht are oxidized.