The invention relates to a zoning fuel cell which belongs to fuel cell design technology field. It is characterized by containing two shells having same structure and opposite buckling each other, wherein each shell has N uniformly distributed chamber within it, and has pole through holes on its bottom; the chambers of the two shells oppositely buckles each other to from N zones; and the central part of each zone is provided with film electrode, and the two sides of each zone are respectively provided with carbon plate on another side of which electrodes for leading current is disposed, and the electrode wire extends out of the shell via the through hole; isolation areas are arranged between the chambers, and in which reacting gas channels are distributed, and reacting gas channels are also distributed on the surface of the carbon plate, and reacting gas inlets and outlets are distributed on each shell; the reacting gas passages on the carbon plates in N zones are connected by the reacting gas channels within the isolation area; the surface of the shell is insulated. Each zone of the invention can be arranged into different power system with different output voltage, current, so the invention can execute different experiments simultaneously thereby reducing experiment cost and period.