NOVELTY - A raw material of an anode and a cathode electrode of a battery, is coated into pole plate, and packed with aluminum-plastic film. The liquid is injected into vacuum, the edge is sealed and assembled. The anode active material, conductive agent, adhesive such as polyvinylidene chloride, bunas, carboxymethyl cellulose sodium and acrylic acid multi-polymer, fluid pole, and cathode active material chosen from mesocarbon micro-bead, natural graphite and modified graphite, are filled to manufacture ferrous phosphate lithium polymer-lithium ion battery.    USE - Manufacture of ferrous phosphate lithium polymer-lithium ion battery.    ADVANTAGE - The ferrous phosphate lithium polymer-lithium ion battery has excellent current discharge ability and durability.    DETAILED DESCRIPTION - A raw material of an anode and a cathode electrode of a battery, is coated, rolled, blanked or scrolled into a pole plate, and packed with an aluminum-plastic film. The liquid is injected and pumped into vacuum, the edge is sealed, the capacity is graded, grouped and assembled. The anode active material (80-95 mass%) chosen from olivin-type ferrous phosphate lithium or its modifier (LiFe 1-xM xPO 4 and Li 1-yN' yFePO 4, M is manganese, chromium or copper, N' is magnesium, aluminum, titanium or niobium, and x is 0-0.1), lithium cobaltite, lithium manganate and lithium nickelate cobaltite manganate, a conductive agent (1-10 mass%) chosen from nano-silver, crystalline flake graphite, graphitized carbon black and carbon nano-tube, an adhesive (1-11 mass%) such as polyvinylidene chloride having molecular weight of more than 400000, bunas, carboxymethyl cellulose sodium and acrylic acid multi-polymer, a fluid pole of positive pole such as aluminum foil having thickness of 10-50 microns and copper foil having thickness of 8-50&microns, and a cathode active material (80-95 mass%) chosen from mesocarbon micro-bead, electrographite, natural graphite and modified graphite, are filled to manufacture ferrous phosphate lithium polymer-lithium ion battery. The anode active material is LiFe 1.995Mn 0.05PO 4 or LiMn 2O 4. The polyvinylidene fluoride is dissolved N-methyl pyrrolidone.