| 摘要 |
The present invention relates to a multilayer ceramic battery in which a plurality of unit cells are stacked on each other, which is an all-solid-state secondary battery capable of obtaining high output in terms of a structure. The multilayer ceramic battery has a structure in which unit cells are stacked in a series manner, and has a stacked structure of a collector paste layer (c)/a cermet cathode layer (b)/a ceramic electrolyte layer (a)/an anode layer (B). The cermet cathode layer (b) and the ceramic electrolyte layer (a) are stacked using a tape casting method, and the anode layer (B) is formed through thermal pressing in a state of having been subjected to primary plastic forming. Accordingly, a boundary area between an electrode and an electrolyte can be maximized, and thus output is increased. Furthermore, a sheet-shaped stacked structure is manufactured using a tape casting method, and a plurality of unit cells are manufactured by cutting the sheet-shaped stacked structure, and a battery cell is manufactured using a method of stacking the unit cells, and thus a manufacturing process is continuous and processing efficiency is excellent. |
