NOVELTY - The device (18) has cells which are provided with a laminated portion with two layers, such that positive and negative electrodes are alternated with a separator through which an electrolyte and ions are passed. The separator is placed between positive and negative active material electrodes. The tab electrodes allowing electricity to flow outside of device main portion are joined to lead-out electrodes through connecting portions. The cells are sealed by a sheathing laminate sheet through a sealing material made of polypropylene covering connecting portions.    USE - Laminate type energy device mounted on module board for LED-flash module, communication module, solar cell module, power module, backup power supply for toy, energy harvesting storage device, sensor network storage device, electric double layer capacitor, lithium ion capacitor, and lithium ion battery.    ADVANTAGE - The connecting portions of the positive and negative lead-out electrodes and the tab electrodes are covered by sealing material and completely insulated in solidification process, so that a short circuit produced between tab electrodes and sheathing laminate sheet can be prevented, and durability of the laminate type energy device is improved. Since the gap between tab electrodes and sheathing laminate sheet is completely blocked when encapsulation material and sealing material are melt in the solidification process, the air-tightness between tab electrodes and sheathing laminate sheet is improved and leakage of electrolyte is prevented, and the prolonged life of the light emitting device of the LED flash is improved. Since the spot joining is performed in the contact holes when mounting the laminate type energy device on the module board, a thermal load to electrolyte with which laminated portion included in the laminate type energy device is reduced, and the high frequency characteristics of the laminate type energy device is improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for manufacturing laminate-type energy device.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the module board mounting laminate type energy device.    Laminate type energy device (18)    Contact holes (22a,22b)    Module board (100)    Transformers (120)    Integrated chips (160,170)