NOVELTY - A fuel cell comprises hydrogen and oxygen electrodes within respective inner sides of hydrogen and oxygen electrode plates and compression plate disposed within each outer side of electrode plates and configured to direct hydrogen or oxygen stream in contact with respective electrode plates. The inner sides of electrode plates are adhered together forming a series of electrolyte flow channels between the electrode plates.    USE - For e.g. supplying power for transportation vehicles.    ADVANTAGE - The fuel cell of the invention allows for a high oxygen stream flow rate while maintaining low pressure throughout the fuel cell. The cell design also provides mechanical support within the fuel cell.    DETAILED DESCRIPTION - A fuel cell comprises hydrogen electrode plate(s) (30) having an inner side and an outer side, wherein a hydrogen electrode (20) is disposed within the inner side of the hydrogen electrode plate and a compression plate (70) is disposed within the outer side of the hydrogen electrode plate; oxygen electrode plate(s) (50) having an inner side and an outer side, wherein an oxygen electrode (40) is disposed within the inner side of the oxygen electrode plate and a compression plate is disposed within the outer side of the oxygen electrode plate; and electrolyte chamber(s) (60) disposed between the hydrogen electrode and oxygen electrode. The compression plate disposed within the hydrogen electrode plate is configured to direct a hydrogen stream which is in contact with the outer side of the hydrogen electrode plate through hole(s) in the hydrogen electrode plate to a series of hydrogen flow channels within the inner side of the hydrogen electrode plate. The hydrogen flow channels are configured to distribute the hydrogen stream across the hydrogen electrode. The compression plate disposed within the oxygen electrode plate is configured to direct an oxygen containing stream which is contact with the outer side of the oxygen electrode plate through hole(s) in the oxygen electrode plate to a series of oxygen flow channels within the inner side of the oxygen electrode plate. The oxygen flow channels are configured to distribute the oxygen-containing stream across the oxygen electrode. The inner sides of the hydrogen electrode plate and the oxygen electrode plate are adhered together forming a series of electrolyte flow channels disposed between the hydrogen electrode plate and the oxygen electrode plate. Electrolyte flow distributing structures are disposed within the electrolyte flow channels. The series of electrolyte flow channels and electrolyte flow distributing structures are configured to uniformly distribute an electrolyte solution laterally through the electrolyte chamber.    DESCRIPTION OF DRAWING(S) - The figure shows an exploded view of a fuel cell of the invention.    Hydrogen electrode (20)    Hydrogen electrode plate (30)    Oxygen electrode (40)    Oxygen electrode plate (50)    Electrolyte chamber (60)    Compression plates (70)    Electrode end plates (80)