The invention discloses a super-junction surface semiconductor component. The super-junction surface semiconductor component comprises a substrate, a drifting layer arranged on the substrate, a light doping area, an insulating layer and a main annular field plate. The drifting layer is provided with a plurality of n-type doping areas and a plurality of p-type doping areas, and the n-type doping areas and the p-type doping areas are arranged in a staggered manner to form a super-junction surface structure. The drifting layer is used for defining a component area and a terminal area embracing the component area. The light doping area is positioned inside the drifting layer and is connected to a surface, and the light doping area is provided with a first terminal part close to the component area and a second terminal part away from the component area. The insulating layer is arranged on the surface, and the terminal area is at least covered with the insulating layer. The main annular field plate is arranged on the insulating layer, and the second terminal part is covered with the main annular field plate.