NOVELTY - Hydrogen generator comprises housing with reactor, container with solid reagent, line of hydrogen output, two electrically controlled valves, vacuum pump, and program control unit.    USE - The hydrogen generator is useful for industrial and commercial applications.    DETAILED DESCRIPTION - Hydrogen generator, working by hydrolysis with solid reagent comprises housing with a reactor, container with solid reagent, the line of hydrogen output, on which the first hydrogen accumulator with an inlet duct and a pressure sensor is placed, and two electrically controlled valves, the line of reaction products discharge with electrically controlled valve, the line of alkali supply with electrically controlled valve, vacuum pump, and program control unit, the unit of processing and analysis, the unit of measurement, characterized by the fact that it additionally contains three cylindrical reactors with containers, made from wire mesh, and each reactor has a mixer with drive, decibel meter of solid reagent, decibel meter of alkali, gauge of alkaline concentration, temperature sensor, and the generator also contains the second hydrogen accumulator with a pressure sensor and a temperature sensor, pressure sensor, gauge of concentration, two check valves, eighteen electrically controlled valves; the housing of generator has an exhaust duct and an inlet duct with check valve and in the housing of generator with the clearance in the circle at equal distance from each other there are placed four reactors with the upper and lower covers, inside the reactors with the clearance cylindrical containers are placed, which on top are made as hollow truncated cone, rigidly fixed by large base to the walls of reactor, and in the lower part it is rigidly fixed to the bottom of housing, along the axis of container spiral-shaped mixers are placed, in the housing of generator with the clearance to its bottom and in parallel to its axis there are placed four branch pipes of hydrogen discharge from the reactors, which through electrically controlled valves are connected with the branch pipes of hydrogen supply into the reactors, and one branch pipe of hydrogen discharge from the housing of generator, which through electrically controlled valve is connected with the output of the second hydrogen accumulator, and its second output is connected through electrically controlled valve with the branch pipes of hydrogen supply into each reactor, on which the electrically controlled valves are placed, the output of the first hydrogen accumulator through electrically controlled valve is connected with the input of the second hydrogen accumulator, and its input through check valve and vacuum pump is connected with the branch pipes of hydrogen supply into each reactor, on the branch pipes of alkali supply into reactors electrically controlled valves are placed, the branch pipes of alkali discharge from the reactors are connected with the line of alkali discharge into sewage and electrically controlled valves are placed on them, in the first hydrogen accumulator a temperature sensor is placed, the gauge of concentration is placed on the line of hydrogen output from the housing; all gauges of concentration, decibel meters, temperature sensors and pressure sensor are connected with the unit of measurement, the unit of processing and analysis and program control unit, which is, in turn, connected with all electrically controlled valves, drive of mixers and vacuum pump.