NOVELTY - The method for the production of high temperature fuel cell, comprises supplying a filling material as support structure in a liquid fiber suspension, adding a retention agent, supplying the mixture into a sieve, dewatering the suspension after supplying the filling material and adding the retention agent, drying the suspension after supplying the filling material and adding the retention agent, pressing the extracted mass through two press rollers, subjecting a coating with electrode material and an electrolyte and bringing the counter electrode.    USE - Method for the production of high temperature fuel cell.    ADVANTAGE - The method ensures continuous production of high temperature fuel cell with low cost.    DETAILED DESCRIPTION - The method for the production of high temperature fuel cell, comprises supplying a filling material as support structure in a liquid fiber suspension, adding a retention agent, supplying the mixture into a sieve, dewatering the suspension after supplying the filling material and adding the retention agent, drying the suspension after supplying the filling material and adding the retention agent, pressing the extracted mass through two press rollers, subjecting a coating with electrode material and an electrolyte and bringing the counter electrode. The process is carried out in a continuous process. An anode material or cathode material is used as filling material. A component of cellulose fiber, sulfate-cellulose, sulfite-cellulose, wood fiber material, fiber material produced by thermomechanical process, wood pulp, cotton and linters are used as cellulose component. The fiber suspension is added as retention agent. The cellulose fiber is added to an additive as binding agent. The mass is dewatered and dried. The drying is carried out through pressing over drying walls and/or loading with gas and/or tempering. The coating mass is subjected by doctor coating process, blade coating process and curtain coating process. A cathode or anode is applied as counter electrode. The counter electrode is subjected with screen printing, roll coating or curtain coating. The produced fuel cell is sintered. The coating mass is subjected on both sides of fiber layer. The second layer is an electrode/electrolyte material, and a nickel layer. The process is carried out in a machine, which is used for paper production.