NOVELTY - Continuous production of hydrogen using metal magnesium/aluminum in a combined supplying system of heat/power involves using system having storage battery power supply system connected to two electrodes, alarm system circuit, voltage detector, intelligent control unit and various pumps, valves, sensors, process equipment, including reactors (1), lye boxes (2), metal magnesium/aluminum raw material tank, hydrogen fuel cells, tail tank, hot water system (6), peristaltic pump (B1), feed pump, hydrogen circulation pump, discharge electromagnetic valve, pressure sensors, and level sensor.    USE - For continuous production of hydrogen using metal magnesium or aluminum in a combined supplying system of heat and power technology (claimed).    ADVANTAGE - The method allows metal hydrolysis for hydrogen generation, with the design scientific and reasonable structure, is convenient, provides safety and environmental protection and energy saving features, can achieve continuous hydrogen production with power generation, and heating.    DETAILED DESCRIPTION - Continuous production of hydrogen using metal magnesium or aluminum in a combined supplying system of heat and power involves: 1) preparing easy pumping material liquid by mixing magnesium powder (or aluminum powder) with propanetriol; connecting battery power supply system with two electrodes, where the power supply system comprises detection alarm sensor circuit, an intelligent control unit and pump, valve, with an alarm inhibiting power supply, and the process equipment, including reactors (1), lye boxes (2), metal magnesium/aluminum raw material tank, hydrogen fuel cells, tail tank, hot water system (6), peristaltic pump, feed pump, hydrogen circulation pump, discharge electromagnetic valve, pressure sensor, a liquid level sensor, lower liquid level sensor, a tail material box liquid level sensor, the liquid level sensor lye, and raw material tank liquid level sensor; 2) through intelligent control unit, starting the water pump (B2) to alkali liquor in the reactor, at the same time, through peristaltic pump (B1), injecting the shaped material liquid material prepared by mixing the magnesium powder (or aluminum powder) and glycerol according to the proportion to reactor, at the same time, starting the hydrogen circulation pump (B3), starting the cooling water circulation pump to the exterior of the outer heat exchanger of reactor, using the hot water system (6) for water injection, cooling the reactor; closing of electromagnetic valve (F1), through pressure sensor (Y1), detecting the reactor pressure force value when the pressure within the reactor is raised to a specified value, the reactor above the opening connected to hydrogen fuel cell (4) for supplying hydrogen, the hydrogen fuel cell provides power to charge the battery part, the other part of the power supply to the power supply system, as well as part of the DC-AC inverter system through to the main supply, detecting whether liquid level of metal magnesium raw material in inner raw material tank liquid level sensor (S5) is lower limit value, checking whether lye liquid level of lye liquid level sensor (S4) is lower limit value, checking whether the liquid level in inner tail material box liquid level sensor (S3) reaches upper limit value, reaches the warning time, delay and stop the water pump, using peristaltic pump inlet; when transporting pressure in the reactor rises beyond a safe value, the forced open the reactor is vented electromagnetic valve; in the reactor, when the pressure drops below a predetermined value, and then through the upper level sensor, within the lower level sensor (S2) to check whether the level of the reactor drops, the drops start to pump to the reactor, injecting water at room temperature, and starting the peristaltic pump of metallic magnesium or aluminum raw material tank for injecting the liquid material made of magnesium powder (or aluminum) mixed with the glycerol into the reactor by moving the pump timer to the screw feeding time counting, the feeding motor start time-out of the reactor, under the ball valve (F2) of the tail tank (5) discharging the first opening, and the end of the hydrogen tank is connected to the circulation pump (B3) and a gas vent valve (F4) to the atmosphere and the air extraction delay off; open end of the hydrogen circulation pump connected to the circulation pump again, the duct extending through the bottom of the reactor to the hydrogen injected into the reactor; when the liquid level in the reactor drops to lower limit of the lower level sensor, the reactor is closed following motor ball valve (F2), when the pressure is greater than the upper limit value, the open end of the hydrogen circulation pump connected to the tank (B3), the duct extending through the bottom of the reactor to the hydrogen gas is injected into the reactor; when the pressure is less than the lower limit value, closing the end of the hydrogen tank connected to a circulation pump; 4) when the liquid level sensor falls below the reactor is inspected through the inner surface (S2) on the limit, starting peristaltic pump into the reactor through the injection timer magnesium (or aluminum) with glycerol, proportionally mixed liquid-like material made from suspension, while close to the water pump, to stop the reactor to inject lye; when the level does not drop to the next level sensor through the inspection reactor on the limit, start to water pump, to inject the reactor lye; 5) when the hot water system through (6) found that the reactor temperature exceeds the specified value, start the alarm circuit and stops feed pump, peristaltic pump runs, while start cooling water circulation pump.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic diagram of the system for continuously supplying heat and power during production of hydrogen using metal magnesium or aluminum.    Reactor (1)    Lye boxes (2)    Metal magnesium or aluminum raw material tank (3)    Hydrogen fuel cell (4)    Checking tail material box (5)    Hot water system (6)    Peristaltic pump (B1)    Water pump (B2)    Hydrogen circulation pump (B3)    Electromagnetic valve (F1)    Electric ball-type valve (F2)    Gas vent valve (F4)    Low liquid lever sensor (S2)    Inner tail material box liquid level sensor (S3)    Lye liquid level sensor (S4)    Inner raw material tank (S5)    Pressure sensor (Y1)