NOVELTY - Preparing anode supported intermediate-temperature solid oxide fuel cell comprises mixing e.g. yttria-stabilized zirconia and nickel oxide, milling, performing vacuum degassing and casting to obtain an anode support blank, depositing an anode slurry on anode support blank to form an anode functional layer, depositing an electrolyte slurry on anode functional layer to form an electrolyte layer, sintering anode support blank, anode functional layer and electrolyte layer, preparing a baffling layer combined with electrolyte layer, depositing a cathode slurry on baffling layer and sintering.    USE - The method is useful for preparing anode supported intermediate-temperature solid oxide fuel cell.    ADVANTAGE - The method: utilizes a simple silk screen print method; is economical; can prepare single batteries with different sizes; and is suitable for industrial production.    DETAILED DESCRIPTION - Preparing anode supported intermediate-temperature solid oxide fuel cell comprises: (i) preparing a mixture of yttria-stabilized zirconia and nickel oxide in a weight ratio of 60:40 to 30:70, adding starch as a pore-forming agent (20-30 wt.% of the mixture of yttria-stabilized zirconia and nickel oxide), orderly adding a mixed solvent and triethyl phosphate as dispersing agent and processing a first ball milling by using a planetary ball miller; (ii) orderly adding polyvinyl butyral as bonding agent, dibutyl phthalate and polyethylene glycol 200 as plastifying agent into the slurry of the step (i) and processing ball milling for second time; (iii) processing vacuum degassing treatment of the slurry of step (ii), casting on a casting machine by adjusting the height of a scraping cutter according to the needed thickness to prepare an anode support blank and then cutting the dried anode support blank into required size; (iv) dissolving ethylcellulose in terpinol to prepare ethylcellulose-terpinol solution and taking the solution as a bonding agent for screen printing; (v) adding scandium oxide and cerium oxide-stabilized zirconia powder into the ethylcellulose-terpinol solution, adding a mixed powder of scandium ceria stabilized zirconia of formula (10Sc1CeSZ) and nickel oxide in a weight ratio of 60:40 to 30:70, milling to prepare an anode slurry, then uniformly depositing the anode slurry on the anode support blank present on a screen printing machine to form an anode functional layer; (vi) adding scandium oxide and cerium oxide-stabilized zirconia oxide powder into the ethylcellulose terpinol solution and milling to prepare an electrolyte slurry and uniformly depositing the prepared electrolyte slurry on the anode functional layer on the screen printing machine to form an electrolyte layer; (vii) discharging plastic and sintering the prepared anode support blank, anode functional layer and electrolyte layer to obtain an anode supported semi-cell; (viii) adding a doped cerium oxide powder into ethylcellulose terpinol solution and milling to prepare a doped cerium oxide slurry, uniformly depositing the doped cerium oxide slurry on the surface of an electrolyte on the screen printing machine to form a baffling layer and sintering the baffling layer to obtain a baffling layer combined with the electrolyte layer; and (ix) adding a cathode powder into ethylcellulose terpinol solution and milling to prepare a cathode slurry, uniformly depositing the prepared cathode slurry on the surface of the baffling layer on the screen printing machine to form a cathode layer combined with the baffling layer and sintering.