NOVELTY - A stacked-type lithium-ion rechargeable battery, comprises a battery core (1) comprising a stack of anode and cathode couples, and a case (3) securing the battery core. Each of the couples comprises an anode having a second metal plate with lithium-ion active substances. The second metal plate has a main body portion and a conducting tab extending from main body portion, the separator enveloping the anode or cathode.    USE - The battery is for portable electronic products. The battery is used for high capacity, high power applications, especially as the primary power source for automobiles.    ADVANTAGE - Battery impedance is a relatively low, good high rate of discharge, low temperature-rise during large current discharge, and good safety performance. During short-circuit state, the structure of the current collector may prevent current from rising, thus greatly improving the safety performance. After battery short-circuited, the battery may continue to be use without significant change to its capacity.    DETAILED DESCRIPTION - A stacked-type lithium-ion rechargeable battery, comprises a battery core comprising a stack of anode and cathode couples, and a case securing the battery core. Each of the couples comprises:    (1) a separator;    (2) a cathode having a first metal plate with lithium-ion active substances, where the first metal plate has a main body portion and a thin elongated part extending from the main body portion;    (3) an anode having a second metal plate with lithium-ion active substances, where the second metal plate has a main body portion and a conducting tab extending from the main body portion, the separator enveloping one of the anode or cathodes, and the anode being stacked reversely to the cathode such that the elongate part of the anode and the elongated part of the cathode are at opposite ends;    (4) a first clip (6) clamping the thin elongated parts of the anodes to form a positive current collector, the first clip connecting to a positive terminal;    (5) a second clip (6') clamping the thin elongated parts of the cathodes to form a negative current collector, the second clip connecting to a negative terminal; and    (6) an electrolyte.    DESCRIPTION OF DRAWING(S) - The figure is an illustration of a structure of the stacked-type lithium-ion rechargeable battery.    Battery core (1)    Clamp Case (2)    Case (3)    Connectors (5, 5')    First clip (6)    Second clip (6')    Top covers (8, 8')