The present invention relates to a
regenerative fuel cell apparatus. The apparatus comprises a first insulating plate, an
oxygen electrode current collecting plate, an
oxygen electrode flow field plate, a membrane
electrode, a
hydrogen electrode current collecting plate, a
hydrogen storage material chamber, and a second insulation plate, wherein the first insulating plate, the
oxygen electrode current collecting plate, the oxygen electrode flow field plate, the membrane electrode, the
hydrogen electrode current collecting plate, the
hydrogen storage material chamber, and the second insulation plate are sequentially and tightly stacked and arranged. The
regenerative fuel cell further comprises an air intake
pipe and an air
discharge pipe, wherein one end of the air intake
pipe and one end of the air
discharge pipe are communicated with the gas flowing channel of the oxygen electrode flow field plate, the other ends of the air intake pipe and the air
discharge pipe are communicated with the outside air. The
regenerative fuel cell apparatus further comprises a fan, wherein the fan is arranged toward the end of the air intake pipe, wherein the end of the air intake pipe is communicated with the outside air. The present invention further relates to a regenerative fuel
cell system. According to the regenerative fuel
cell apparatus and the regenerative fuel
cell system of the present invention, the main body of the fuel cell and the
hydrogen storage material form the integration, such that the problem of difficult
hydrogen storage is solved, and the purposes of portability and compactness of the regenerative fuel cell
energy storage are achieved.