| 摘要 |
PROBLEM TO BE SOLVED: To provide a fuel cell module capable of appropriately controlling temperatures of a fuel cell and a fuel storage part.SOLUTION: Heat transfer means 50 of a fuel cell module 10 comprises a heat absorption part 124, a heat dissipation part 120, a heat transmission part 122 provided between the heat absorption part 124 and the heat dissipation part 120 and having heat insulation properties on a surface thereof. In the heat absorption part 124, the heat transfer means 50 is thermally connected to a fuel cell 12 and a fuel storage part 60. If the fuel cell 12 is less than a prescribed temperature, a boundary surface between a region having heat transference and a region for suppressing heat transfer is formed in the heat transmission part 122. In this case, the heat transfer means 50 transfers the heat generated in the fuel cell 12 to the fuel storage part 60. If the fuel cell 12 is not less than the prescribed temperature, a boundary surface 56 between the region having heat transference and the region for suppressing heat transfer is formed in the heat dissipation part 120. In this case, the heat transfer means 50 discharges the heat generated in the fuel cell 12 and the fuel storage part 60 from the heat dissipation part 120 to the outside of the fuel cell 12 and the fuel storage part 60 via the heat absorption part 124 and the heat transmission part 122. |
