| 摘要 |
The present invention relates to a fuel cell separator plate and, more specifically, to a fuel cell separator plate having bent-type cooling flow paths, wherein the bent-type cooling flow paths are formed on the fuel cell separator plate to increase a retention time during which a cooling medium removing reaction heat travels through the cooling flow path, thereby reducing the resistance of air and enhancing the efficiency of a fuel cell. Therefore, the fuel cell separator plate having bent-type cooling flow paths according to the present invention comprises: a main body having two plates facing each other to have multiple manifold grooves for introducing hydrogen and oxygen on both sides; gas flow paths formed on both upper and lower surfaces of the main body to make hydrogen or oxygen pass through; and cooling flow paths having molded bent means repeating bending at the faced contact surfaces of the two plates of the main body, where a cooling medium travels through while repeating bending by running against the bent means. |
