Abstract: The present invention relates to a water-powered generator comprising: a ship body including side columns arranged at either side thereof and a bottom plate for interconnecting the lower portions of the side columns; a waterwheel which is arranged in the space defined by the side columns and the bottom plate, and the outer surface of which has a chain; steering helms extending downwardly from the bottoms of the side columns; a horizontal rotating shaft, both ends of which are connected to the side columns, respectively, and which has teeth that interlockingly rotate with the chain; and a generator connected to one end of the horizontal rotating shaft and fixed at one end of one of the side columns. The generator receives, via the chain and the teeth, the rotating force from the waterwheel generated by flowing water, and converts the received rotating force into electrical energy.

Abstract: A large capacity wind power generator is provided, which includes an outer rotor including an upper partitioning plate having a plurality of spokes formed along a circular circumference of the upper partitioning plate at equal intervals and a side partitioning plate formed on one side surface of the outer rotor, the outer rotor having a lower surface and the other side surface which are open; and a windmill formed inside the outer rotor to be rotated by wind flowing through the outer rotor. The side partitioning plate is formed to have an area that is smaller than a half of the entire circumferential area of the outer rotor, and spaces between the respective spokes are open so as to facilitate an inflow of the wind through the side surface of the outer rotor.

Abstract: A large capacity wind power generator is provided, which includes an outer rotor including an upper partitioning plate having a plurality of spokes formed along a circular circumference of the upper partitioning plate at equal intervals and a side partitioning plate formed on one side surface of the outer rotor, the outer rotor having a lower surface and the other side surface which are open; and a windmill formed inside the outer rotor to be rotated by wind flowing through the outer rotor. The side partitioning plate is formed to have an area that is smaller than a half of the entire circumferential area of the outer rotor, and spaces between the respective spokes are open so as to facilitate an inflow of the wind through the side surface of the outer rotor.