NOVELTY - Preparing laminated lithium vanadium phosphate anode material of lithium ion battery comprises: (i) dissolving lithium hydroxide and glycine in de-ionized water; (ii) adding ammonium metavanadate to de-ionized water and then adding phosphoric acid into ammonium metavanadate solution to obtain brownish red solution; (iii) adding the lithium hydroxide solution to brownish red solution, and then adding into the glycine solution, adding Super P (RTM: Conductive carbon blacks) and adding the solution into ammonia water and drying to obtain precursor powder; and (iv) sintering.    USE - The anode material is useful for power supplies e.g. portable electric tools, electric motorcycle and electro automobile.    ADVANTAGE - The method is simple, and produces the lithium vanadium phosphate anode material, which has good circulating stability, high charging/discharging capacity, high-rate performance and high material conductivity.    DETAILED DESCRIPTION - Preparing laminated lithium vanadium phosphate anode material of lithium ion battery, comprises: (i) dissolving separately lithium hydroxide and glycine in de-ionized water to obtain lithium hydroxide solution with concentration of 0.09-0.12 g/ml and glycine solution with concentration of 0.08-0.11 g/ml; (ii) adding ammonium metavanadate to de-ionized water, and magnetically stirring to obtain the solution concentration of 0.1-0.2 g/ml, then adding phosphoric acid into ammonium metavanadate solution according to stoichiometric ratio of lithium vanadium phosphate to obtain brownish red solution; (iii) adding the lithium hydroxide solution of the step (i) to brownish red solution prepared in the step (ii), stirring and mixing, and then adding into the glycine solution of the step (i), where the use amount of the glycine is 2-10% of the total weight of lithium hydroxide, ammonium metavanadate and phosphoric acid, stirring and mixing, then adding Super P (RTM: Conductive carbon blacks) with weight of 10% of the weight of the ammonium metavanadate, stirring for 1 hour, and adding the solution to ammonia water for regulating the pH of the solution at 2-5, and drying to obtain precursor powder; and (iv) sintering the precursor powder at 600-700 degrees C for 5-15 hours under the protection of argon atmosphere to obtain the product.