| 摘要 |
A fuel cell device capable of adjusting operational parameters is disclosed, which includes fuel cell boards, an anode regulator, a cathode regulator, an anodic fuel supplier, and a control circuit. The fuel cell boards include an electrically connected interface to communicate status signals generated by the fuel cell boards during operation. The anode regulator is connected to the anodic fuel inlets and the anodic fuel outlets of the fuel cell boards and provides anodic fuels with predetermined parameters. The cathode regulator adjusts an amount of cathodic fuels supplied for cathodes of the fuel cell boards. The anodic fuel supplier is connected to the anode regulator and contains anodic fuels. The control circuit receives the status signals from the fuel cell boards, controls the anodic fuel supplier and the anode regulator based on the status signals to make the concentration, flow rate and temperature of anodic fuels injected into the fuel cell boards meet predetermined parameters, and controls the cathodic fuel supplier based on the status signals to make the flow rate of cathodic fuels injected into the fuel cell board meet predetermined parameters. |
