Abstract: An embodiment fuel cell mounting system includes a fuel cell stack enclosure accommodating a fuel cell stack and having a flat structure, a support frame supporting the fuel cell stack enclosure, and a connection system connecting the fuel cell stack enclosure and the support frame, wherein the connection system is configured to elastically restore the fuel cell stack enclosure to a reference position.

Abstract: An embodiment driving distribution apparatus of a drone unit includes a first drone unit located on a first end of a vehicle and a second drone unit located on a second end of the vehicle, wherein each of the first and second drone units includes a sensor unit configured to measure a gradient traveling environment of the vehicle, a driving unit configured to apply a driving force of the vehicle, and a control unit configured to control driving amounts of the first drone unit and the second drone unit based on the gradient traveling environment of the vehicle.

Abstract: An embodiment flat fuel cell device includes a fuel cell comprising a cell stack in which a plurality of unit cells is stacked, a junction box electrically connected to the fuel cell, an air-processing device configured to manage inflow and outflow of air containing oxygen between an outside and the fuel cell, and a hydrogen-processing device configured to manage inflow and outflow of hydrogen to and from the fuel cell. Each of the junction box, the air-processing device, and the hydrogen-processing device is disposed so as to be contiguous with the fuel cell in a horizontal direction.

Abstract: A fuel cell power generation system capable of providing both electric vehicle charging power and normal power, includes a fuel cell system, a radiator configured to cool the fuel cell system, a main hydrogen storage unit provided at one side of the fuel cell system, the main hydrogen storage unit being configured to store hydrogen to be supplied to the fuel cell system, a power boosting unit provided to overlap fuel cell system in a vertical direction, the power boosting unit being configured to boost power generated by the fuel cell system, a power distribution unit configured to distribute the power boosted by the power boosting unit, and a partition unit configured to prevent heat discharged from the radiator from being transferred to the main hydrogen storage unit, the power boosting unit, and the power distribution unit.

Abstract: An embodiment fuel cell mounting system includes a fuel cell stack enclosure accommodating a fuel cell stack and having a flat structure, a support frame supporting the fuel cell stack enclosure, and a connection system connecting the fuel cell stack enclosure and the support frame, wherein the connection system is configured to elastically restore the fuel cell stack enclosure to a reference position.