Abstract: An apparatus of supplying a fuel cell stack material is provided. The apparatus includes a moving part in which a plurality of gas diffusion layers (GDLs) diffusing a gas fuel and supporting a catalyst layer are stacked and a cartridge having the moving part movably disposed therein. An adsorption pad is disposed above the cartridge to adsorb the plurality of gas diffusion layers and a nozzle part is configured to spray air above the plurality of gas diffusion layers to generate a lift on the plurality of gas diffusion layers.

Abstract: A fuel cell stack assembly device is provided. The assembly device includes a stack guide apparatus that arranges and stacks fuel cells using a plurality of guide bars and a press unit that repeatedly moves vertically based on the stack guide apparatus and presses the fuel cells stacked on the stack guide apparatus. A roller structure includes a roller in rolling contact with the guide bar and is installed at the press unit. A weight detection portion detects weight that is applied to the roller by the guide bar. Additionally, a controller determines whether the guide bar is at the home position based on a detection signal of the weight detection portion and operates the press unit.

Abstract: An apparatus for supplying a component of a fuel cell stack includes a cartridge in which a plurality of components is stacked, a gripper for vacuum-adsorbing an uppermost component among the plurality of components stacked in the cartridge, and a lift generating unit for generating a lift force to lift only the uppermost component among the plurality of components, wherein the lift generating unit includes a plurality of air jet holes disposed symmetrically in a lower portion of the gripper and causes air to be blown toward an upper surface of the uppermost component.

Abstract: An apparatus of supplying a fuel cell stack material is provided. The apparatus includes a moving part in which a plurality of gas diffusion layers (GDLs) diffusing a gas fuel and supporting a catalyst layer are stacked and a cartridge having the moving part movably disposed therein. An adsorption pad is disposed above the cartridge to adsorb the plurality of gas diffusion layers and a nozzle part is configured to spray air above the plurality of gas diffusion layers to generate a lift on the plurality of gas diffusion layers.

Abstract: A producing method of a fuel cell stack includes a transfer robot configured to clamp and to transfer a membrane electrode assembly (MEA) and a gas diffusion layer (GDL) component. A feeding testing unit is configured to check a stacked status of the MEA and the GDL component while the MEA and the GDL component are transferred and stacked by the transfer robot. A control unit is configured to receive a signal of the feeding test unit and to transmit an error signal when it is determined that the MEA and the GDL component are erroneously stacked.

Abstract: A fuel cell stack assembly device is provided. The assembly device includes a stack guide apparatus that arranges and stacks fuel cells using a plurality of guide bars and a press unit that repeatedly moves vertically based on the stack guide apparatus and presses the fuel cells stacked on the stack guide apparatus. A roller structure includes a roller in rolling contact with the guide bar and is installed at the press unit. A weight detection portion detects weight that is applied to the roller by the guide bar. Additionally, a controller determines whether the guide bar is at the home position based on a detection signal of the weight detection portion and operates the press unit.

Abstract: A producing method of a fuel cell stack includes a transfer robot configured to clamp and to transfer a membrane electrode assembly (MEA) and a gas diffusion layer (GDL) component. A feeding testing unit is configured to check a stacked status of the MEA and the GDL component while the MEA and the GDL component are transferred and stacked by the transfer robot. A control unit is configured to receive a signal of the feeding test unit and to transmit an error signal when it is determined that the MEA and the GDL component are erroneously stacked.

Abstract: An apparatus for assembling a fuel cell stack includes a cartridge provided on a horizontal surface at an inclined angle and serving to support a plurality of sheets of stack-assembly materials so that a bottom surface and a lateral surface of the stack-assembly material are supported by inner surfaces thereof. An angle-adjustment unit variably adjusts the inclined angle of the cartridge in response to a degree of stacking of the stack-assembly materials.

Abstract: An apparatus for removing static electricity of a fuel cell stack manufacturing device, includes a cartridge in which a plurality of Membrane Electrode Assemblies (MEAs) are received, an air nozzle portion disposed in an upper portion of the cartridge and including an air flow channel for air movement, a plurality of nozzle holes defined along an inner side of the air nozzle portion, which faces the MEAs disposed in the cartridge, to communicate with the air flow channel, and an air inlet portion configured to be supplied with ionized air from the outside to deliver the ionized air to the air flow channel of the air nozzle portion.

Abstract: An apparatus for removing static electricity of a fuel cell stack manufacturing device, includes a cartridge in which a plurality of Membrane Electrode Assemblies (MEAs) are received, an air nozzle portion disposed in an upper portion of the cartridge and including an air flow channel for air movement, a plurality of nozzle holes defined along an inner side of the air nozzle portion, which faces the MEAs disposed in the cartridge, to communicate with the air flow channel, and an air inlet portion configured to be supplied with ionized air from the outside to deliver the ionized air to the air flow channel of the air nozzle portion.