NOVELTY - A tray (11) has several holes formed on lower surface of the battery insertion portions (12-15) for accommodating electrodes (20) of battery pouches (17). An electrode contact clip have plate springs facing each other, to hold electrode protruding from the hole. The upper and lower plane of battery insertion portion is lower and higher than that of a frame surrounding the edge of the battery insertion portion respectively.    USE - For charging and discharging pouch type battery.    ADVANTAGE - Since the electrodes protruding from holes are held by plate springs in electrode contact clip, the electrical contact between an electrode and electrode contact portions, are steadily maintained and hence productivity of battery is increased. Since the length of the battery insertion portion is varied corresponding to that of battery pouches, maximum number and different types of battery pouches are accommodated in limited space and hence the cost of accommodating the batteries of varying length, is reduced efficiently.    DETAILED DESCRIPTION - The tray has several uniformly shaped battery insertion portions having pocket insertion portions for accommodating a pocket. The upper surface of battery accommodation portion is open for accommodating a battery pouch. Each pocket insertion portion has projection extending upward from the lower surface of pocket insertion portion. A curved support formed on upper portion of pocket, supports the electrode of battery protruding from hole formed in lower surface of battery insertion portions. The tray and the pocket are made of nylon using injection molding. The width of each plate springs in electrode contact clip, is same as that of each electrode. The upper portion of battery insertion portions is flat. The length of the battery insertion portions is varied corresponding to that of the battery pouches.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a portion of battery insertion tray.    Tray (11)    Battery insertion portions (12-15)    Battery pouch (17)    Electrode (20)