The present invention relates to an electric fertilizer spreader capable of adjusting the spraying direction to improve the fertilizer spraying efficiency by adjusting the spraying direction of the fertilizer. To this end, the present invention provides a vertical frame assembled at the rear side of the driving means, an upper horizontal plate integrally assembled at the lower end of the vertical frame, and a lower horizontal plate assembled at the lower end of the vertical frame while being spaced below the upper horizontal plate. And including a skeleton frame； A hopper mounting end protrudes from the center portion, and a stirring pin is rotatably mounted at the inner center of the hopper mounting end, and a fertilizer discharge port is formed at one side of the hopper mounting end in the upper horizontal plate. Hopper support frame is assembled to the upper surface of the； A large capacity hopper inserted and fastened to the hopper mounting end of the hopper support frame； Fertilizer outlet opening and closing means mounted on the side of the vertical frame and the upper horizontal plate so as to adjust the opening and closing area of the fertilizer outlet of the hopper support frame； A connecting passage integrally mounted at a bottom position of an upper horizontal plate which is vertically aligned with a hopper mounting end of the hopper support frame； A fertilizer spraying direction adjuster which is provided with a tubular structure in which a plurality of fertilizer spraying holes are formed at a lower end thereof, and is inserted into the connecting tube so that the fertilizer spraying direction can be adjusted. An electric motor mounted to a bottom of the lower horizontal plate； A rotating shaft extending upward from the driving shaft of the electric motor and connected to the center of the stirring pin； The fertilizer spraying direction is arranged between the fertilizer spraying direction adjuster and the lower horizontal plate is rotatably mounted on
