초록 ▼

Solid-electrolyte battery, particularly for the storage of electrical energy, with at least one anode space and one cathode space forming electrode spaces, which are connected with one another by ionic conduction through a solid electrolyte and which have collecting and equalizing spaces for the rea

Solid-electrolyte battery, particularly for the storage of electrical energy, with at least one anode space and one cathode space forming electrode spaces, which are connected with one another by ionic conduction through a solid electrolyte and which have collecting and equalizing spaces for the reactants and reaction products, wherein the solid-electrolyte battery includes a number of parallel-connected, hole-like electrode spaces including anode and cathode spaces, which are bounded by the solid electrolyte and distributed alternately and close together, so that each of the electrode spaces presents reaction surfaces simultaneously to at least two neighboring electrode spaces of the opposite polarity.

대표청구항 ▼

Solid-electrolyte battery for the storage of electric power with a large number of anode and cathode spaces forming electrode spaces arranged parallelly in straight channels attached to collecting spaces and alternately disposed in an ion conducting body of solid electrolyte so that the electrode sp

Solid-electrolyte battery for the storage of electric power with a large number of anode and cathode spaces forming electrode spaces arranged parallelly in straight channels attached to collecting spaces and alternately disposed in an ion conducting body of solid electrolyte so that the electrode spaces have adjacent electrode spaces of opposite polarity wherein the anode spaces comprise a first set of hollow recesses in the body of the solid electrolyte forming anode channels closed at one end and open at the other end to a first collecting space disposed in the body of the solid electrolyte and the cathode spaces comprise a second set of hollow recesses in the body of the solid electrolyte forming cathode channels closed at one end and open at the other end to a second collecting space disposed in the body of the solid electrolyte, the first and second collecting spaces having a locking lid.