NOVELTY - The fuel cell module (200) comprises a membrane electrode assembly (210) having a protrusion at a central region of the membrane electrode assembly, a pressing plate (220) pressing on an edge of a cathode (216) of the membrane electrode assembly, and having a first opening to expose the protrusion, an anode collector disposed on an anode of the membrane electrode assembly, an anode flow channel plate disposed on the anode collector, a cathode collector (250), disposed on the cathode and inside the first opening, and a cathode flow channel plate, facing the cathode collector.    USE - Used as a fuel cell module.    ADVANTAGE - The fuel cell module has better reaction efficiency, low noise and no pollution.    DETAILED DESCRIPTION - The fuel cell module (200) comprises a membrane electrode assembly (210) having a protrusion at a central region of the membrane electrode assembly, a pressing plate (220) pressing on an edge of a cathode (216) of the membrane electrode assembly, and having a first opening to expose the protrusion, an anode collector disposed on an anode of the membrane electrode assembly, an anode flow channel plate disposed on the anode collector, a cathode collector (250), disposed on the cathode and inside the first opening, a cathode flow channel plate, facing the cathode collector, and an insulating layer. The pressing plate is intended to form a flow channel between an inner surface of the cathode flow channel plate and the cathode collector, in which the inner surface has a concave portion corresponding to the protrusion. The anode collector is disposed between the anode and the anode flow channel plate. The cathode flow channel plate comprises a plate, having a second opening corresponding to the protrusion, and a sheet, covering the second opening, in which a thickness of the plate is greater than a thickness of the sheet. The sheet is a plastic thin film or a metal sheet. The cathode flow channel plate comprises arc-shaped pressing strips, disposed at the second opening, in which two ends of each of the pressing strips are connected to a sidewall of the second opening. The pressing strips and the plate are integrally formed. The pressing strips: are spring steels; are parallel to one another; and press the cathode collector, so as to press the protrusion through the cathode collector. A protruding direction of each of the pressing strips is the same as a protruding direction of the protrusion. The insulating layer is disposed on the cathode flow channel plate and the pressing strips, or disposed on the cathode collector.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of a fuel cell module.    Fuel cell module (200)    Membrane electrode assembly (210)    Cathode (216)    Pressing plate (220)    Cathode collector. (250)