FUEL CELL STACK WITH EXCELLENT CLAMPING FORCE

摘要

Disclosed are an easily coupled fuel cell stack that can omit a process of coupling a bolt to an end plate when manufacturing a fuel cell by modifying the shape of the end plate, can solve the existing problem that the bolt cannot be removed easily afterwards when abrasion is generated, and can reduce manufacturing costs. The easily coupled fuel cell stack according to the present invention comprises: stacked separation plates and a membrane electrode assembly (MEA); end plates mounted respectively on the stacked separation plates and the outermost point of the MEA to support the stacked separation plates and the MEA; insertion grooves including a recess on the side surfaces of the end plates; fixing plates extending from the bottom surface of the insertion grooves parallel to the outer circumference surfaces of the end plates to protrude into the insertion grooves; and coupling bands extending along the separation plates and the side surface of the MEA to have both ends inserted and mounted between the insertion grooves of the end plates and the fixing plates.