| abstract |
The present invention relates to a reformer for a fuel cell and a fuel cell system including the same, comprising a flow path having a predetermined length through which the mixed fuel passes, and having a catalyst layer formed on an inner surface of the flow path to supply a heat source for vaporizing the mixed fuel. A heat source unit; And a flow path having a predetermined length through which the mixed fuel passes, a catalyst layer is formed on an inner surface of the flow path, and a reforming reaction unit generating hydrogen gas from the mixed fuel through a chemical catalytic reaction by the heat source. At least one of the heat source unit and the reforming reaction unit provides a reformer for a fuel cell made of an alloy of Al and Fe, and a fuel cell system including the same.n n n The present invention uses an alloy of Al and Fe in the reformer used in the fuel cell system and forms a reformer by welding the portions except the flow path in advance, thereby improving weldability and adhesion to the catalyst through the formation of an oxide film. Can be increased.n n n n Reformer, fuel cell system, alloy |