NOVELTY - A power plant comprises wind hydrogen new energy source on paddy planter. The wind hydrogen new energy source device is connected with paddy planter to form wind hydrogen new energy source power-driven paddy planter. The hydrogen new energy source device comprises blade (1), wind driven generator (2), hollow brace (3), electric lead (4), electrolytic hydrogen making device (5), hydrogen conveying pipe, workshop of hydrogen making fuel storage container, hydrogen fuel storage container, hydrogen fuel conveying pipe, hydrogen fuel battery, electromotor, and power output shaft of electromotor.    USE - Power plant.    ADVANTAGE - The hydrogen fuel battery efficiently releases electric energy through electrochemistry reaction. The mechanical energy drives operation of machinery transmission device, paddy field wheel transmission shaft and paddy field wheel, which simultaneously drives seed sowing device discharge rice seeds from seed box and uniformly sows seeds to paddy field in line through seed conveying pipes and sowing holes.    DETAILED DESCRIPTION - Power plant comprises wind hydrogen new energy source on paddy planter. The wind hydrogen new energy source device is connected with paddy planter to form wind hydrogen new energy source power-driven paddy planter. The hydrogen new energy source device comprises blade (1), wind driven generator (2), hollow brace (3), electric lead (4), electrolytic hydrogen making device (5), hydrogen conveying pipe, workshop of hydrogen making fuel storage container, hydrogen fuel storage container, hydrogen fuel conveying pipe, hydrogen fuel battery, electromotor, power output shaft of electromotor, mechanical transmission device, paddy field wheel transmission shaft and a paddy field wheel. The current is input to electrolytic hydrogen making device through electric lead in inner part of hollow brace to electrolyze water and generate hydrogen. The hydrogen is input to workshop of hydrogen making fuel storage container through hydrogen conveying pipe. The hydrogen fuel storage container from workshop of hydrogen making fuel storage container is located on wind hydrogen new energy source power-driven paddy planter. The hydrogen fuel output from hydrogen fuel storage container is input to hydrogen fuel battery through hydrogen fuel conveying pipe. The current is input to electromotor through electric lead. The paddy planter comprises seed case, seed sowing device, seed conveying pipe and sowing hole. The power drives seed sowing device to uniformly discharge rice seeds in seed case, which are sowed in padding field in lines through seed conveying pipe and sowing hole. In the structure of wind hydrogen new energy source power-driven paddy planter, electric lead is connected with wind driven generator and electrolytic hydrogen making device. The hydrogen conveying pipe is connected with electrolytic hydrogen making device and workshop of hydrogen making fuel storage container. The hydrogen fuel conveying pipe is connected with hydrogen fuel storage container and hydrogen fuel battery. The electric lead is connected with hydrogen fuel battery and electromotor. The power output shaft of electromotor is connected with electromotor and mechanical transmission device. The mechanical transmission device is connected with relative mechanical components.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic diagram illustrating a hydrogen new energy source device.    Blade (1)    Wind driven generator (2)    Hollow brace (3)    Electric lead (4)    Electrolytic hydrogen making device (5)