| abstract |
This fuel cell module (20) is provided with fuel cells (110), a dehydrogenation reaction unit (132) which performs a dehydrogenation reaction of a hydrogenated product of an aromatic compound, a hydrogen separation unit (134) which separates the hydrogen generated by the dehydrogenation reaction unit (132) from the dehydrogenated product of the hydrogenated product, a hydrogen supply unit (140) which supplies the hydrogen separated in the hydrogen separation unit (134) to the fuel cells (110), and a unit frame (100) that houses the fuel cells (110), the dehydrogenation reaction unit (132), the hydrogen separation unit (134), and the hydrogen supply unit (140). The dehydrogenation reaction unit (132) is heated by the heat generated in the fuel cells (110) and/or the heat generated by combustion of off-gas from the fuel cells (110). |