NOVELTY - The system comprises a refrigerator system including a small hydrogen making device, a power generating device, and a movable refrigerator equipment. The small hydrogen making device includes a liquid storage container, a raw material conveying device, a rapid starting device, a hydrogen plant, a membrane separate device, and a hydrogen conveying pipeline. The hydrogen plant comprises a heat exchanger, a gasification chamber and a reforming chamber. The membrane separate device is arranged on a separating chamber. The separating room is arranged on an upper part of the reforming chamber.    USE - The aqueous methanol reforming power generation system is useful for refrigerator (claimed).    ADVANTAGE - The system is easy to use in outdoor without need of extra power source for starting the refrigerator.    DETAILED DESCRIPTION - The system comprises a refrigerator system including a small hydrogen making device, a power generating device, and a movable refrigerator equipment. The small hydrogen making device includes a liquid storage container, a raw material conveying device, a rapid starting device, a hydrogen plant, a membrane separate device, and a hydrogen conveying pipeline. The hydrogen plant comprises a heat exchanger, a gasification chamber and a reforming chamber. The membrane separate device is arranged on a separating chamber. The separating room is arranged on an upper part of the reforming chamber. The liquid storage container is connected with the hydrogen plant. The hydrogen producing device provides energy for starting the rapid starting device. The rapid starting device comprises a heating mechanism and a gasification pipeline. The gasification pipeline has inner diameter of 1-2 mm. The gasification pipeline is tightly wounded on the heating mechanism. An end of the gasification pipeline is connected with the liquid storage container, and another end of a gasification pipeline is connected with an ignition combustion chamber through a ignition mechanism. An inner wall of the reforming chamber is provided with a heating pipe whose inner part is filled with catalyst. The rapid starting device is connected with the reforming chamber through a heating pipeline. The liquid storage container is connected to the heat exchanger through the raw material conveying device. The heat exchange is connected with the gasification chamber for gasification. The refrigerator system comprises a hydrogen generating device for preparing hydrogen through reforming aqueous methanol, and then hydrogen is supplied to the electricity generating device to generate electricity. The electric energy sends to a refrigerator device for operation. The power generating device comprises a hydrogen fuel cell whose cathode and an anode diffused outwards with electrolyte, and discharges the electricity through the outside of the anode. An INDEPENDENT CLAIM is included for a controlling method of the aqueous methanol reforming power generation system.