| 摘要 |
A heating integration type fuel cell module according to the present invention includes a reformer that is connected to a fuel gas supply line; a fuel cell stack that is connected to each of the reformer and an air supply line; and a combustor that is connected to the fuel cell stack, and combusts combustible gas by mixing air electrode exhaust gas with fuel electrode exhaust gas of the fuel cell stack, in which steam required during an initial operation of the reformer is generated by the combustor. According to the present invention, the combustor, a humidifier, the reformer, and a heat exchanger are integrally configured and, specifically, the combustor is connected to a water supply line and the reformer is connected to the combustor through steam supply piping so that the steam required during the initial operation of the reformer can be generated and supplied by the combustor. Also, a heat exchange portion is built into the reformer and the reformer is connected to the fuel cell stack through fuel gas exhaust gas piping so that fuel gas supplied to the reformer can be subject to heat exchange and heating in the reformer. |
