摘要:
The power generation system includes a reformer (130) and two fuel cell stacks (I, II). The reformer (130) and the fuel cell stacks (I, II) are provided in series. Fuel gas (FG) produced by the reformer (130) is introduced to a first anode (103) of the first fuel cell stack (I). Gases discharged from the first anode (103) are directly introduced to a second anode (103) of the second fuel cell stack (II). Air is introduced to a first cathode (102) of the first fuel cell stack (I). Gases discharged from the first cathode (102) are cooled by a cooling device (140) and then introduced to a second cathode (102) of the second fuel cell stack (II). Gases discharged from the second anode (103) and gases discharged from the second cathode (102) are introduced to a combustion chamber (130b) of the reformer (130). Gases discharged from the combustion chamber (130b) are introduced to a steam generator (146) to produce steam used for reformation and then recirculated to the first cathode (102).
摘要:
The power generation system includes a reformer (130) and two fuel cell stacks (I, II). The reformer (130) and the fuel cell stacks (I, II) are provided in series. Fuel gas (FG) produced by the reformer (130) is introduced to a first anode (103) of the first fuel cell stack (I). Gases discharged from the first anode (103) are directly introduced to a second anode (103) of the second fuel cell stack (II). Air is introduced to a first cathode (102) of the first fuel cell stack (I). Gases discharged from the first cathode (102) are cooled by a cooling device (140) and then introduced to a second cathode (102) of the second fuel cell stack (II). Gases discharged from the second anode (103) and gases discharged from the second cathode (102) are introduced to a combustion chamber (130b) of the reformer (130). Gases discharged from the combustion chamber (130b) are introduced to a steam generator (146) to produce steam used for reformation and then recirculated to the first cathode (102).