TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Components: The system further comprises a methanol storage tank connected with the methanol evaporator and the methanol hydrogen production device. The methanol evaporator or methanol hydrogen production device and the methanol oxidation heater are connected through a combustible gas pipeline. A methanol evaporator produces methanol steam along with methanol hydrogen production device. The hydrogen generated by mixing the combustible gas pipeline is connected to the methanol oxidation heater. The methanol storage tank, the methanol evaporator are connected with the methanol hydrogen production device and a fuel metering pump. The heat conducting oil pipeline is circulating pipeline. The heat conducting oil pipeline is connected to the methanol oxidation heater. A heat conduction oil heating device is connected into the methanol evaporator. A methanol hydrogen production device and the methanol oxidation heater are connected. The heat conducting oil pipeline in heater methanol oxidation is set on the heat conducting oil pipeline. The heat conducting oil pipe inlet and methanol oxidation heater are set between the high temperature heat conducting oil pump. The high temperature heat-conducting oil pump controls oil into a methanol oxidation heater. The heat conducting oil pipeline connecting the conduction oil heating device is provided with heat conducting oil pipeline. The heat conducting oil pipeline connecting the methanol evaporator or methanol hydrogen production device is provided with oil control valve. The oil control valve controls oil into a methanol evaporator or methanol hydrogen production device. The conduction oil heating device is heat conducting oil electric heater. The air pipeline is provided with the fan air inlet and the fan is connected with methanol oxidation heater provided with an air heat exchanger. The air heat exchanger, methanol oxidation heater, air heat exchanger, and air pipeline are connected together.