NOVELTY - A high rate lithium ion battery positive electrode plate manufacturing method involves adding polyvinylidene fluoride with N-methyl pyrrolidone solution. Carbon black, conductive graphite and nickel-cobalt-lithium manganese are added to solution to obtain slurry. The obtained slurry is coated on a surface of an aluminum foil. Polyvinylpyrrolidone is added with absolute ethyl alcohol to prepare solution. The solution is coated on positive and negative plates. The solution is coated at a vacuum condition. The positive and negative plates are pressed into a positive electrode plate after cooling.    USE - Method for manufacturing a high rate lithium ion battery positive electrode plate that is utilized as driving power for an electric tool and an electric bicycle.    ADVANTAGE - The method enables manufacturing the electrode plate that has less floating powder, smooth surface, high-rate discharging property and high reliability. The electrode plate is simple and easy to operate, and has better battery assembling qualification rate.    DETAILED DESCRIPTION - A high rate lithium ion battery positive electrode plate manufacturing method involves taking (in weight parts) nickel-cobalt-lithium manganese (90-95), polyvinylidene fluoride (2-6), carbon black (1-5) and conductive graphite (0.5-5) as solid substances. The solid substances are baked for 2-4 hours at pressure less than or equal to -0.095 MPa and baking temperature of 80-120 degrees C. The solid substances are cooled to 21-25 degrees C. Polyvinylidene fluoride is added with N-methyl pyrrolidone solution at a weight ratio of 0.3-1.0: 1 and at pressure of less than or equal to -0.095 MPa. Stirring is performed for 1-5 hours to fully dissolve the polyvinylidene fluoride. Carbon black, conductive graphite and nickel-cobalt-lithium manganese are added to dissolved solution to obtain slurry. The obtained slurry is coated on a surface of an aluminum foil. N-methyl pyrrolidone is volatilized and dried at drying temperature of 80-120 degrees C. 0.5-5 weight parts of the polyvinylpyrrolidone is added with 95-99.5 weight parts of absolute ethyl alcohol and stirred and dissolved to prepare solution at normal temperature. The solution is coated on positive and negative plates with the slurry, where coating thickness of the solution is 2-8 microns of a surface of the silicon wafer. The solution is coated at vacuum condition of -0.095 Mpa at 80-120 degrees C for 8-20 hours. The positive and negative plates are pressed into a positive electrode plate after cooling.