Novel high-voltage safety-increased type stator winding anticorona structure

The utility model discloses a novel high-voltage safety-increased type stator winding anticorona structure, including a stator coil straight line portion, a stator coil end line portion, a stator coil lead portion, a stator end part cushion block and an end hoop. Outer surfaces of the stator end part cushion block and the end hoop are internally and externally wrapped by a low-resistance silicone rubber anticorona tape and a thickened thermal shrinkage low-resistance tape respectively, an electromagnetic wire outer surface of the stator coil straight line portion is internally and externally wrapped by a mica tape and a thermal shrinkage low-resistance tape respectively, an electromagnetic wire outer surface of the stator coil end line portion is internally and externally wrapped by a mica tape, a low-resistance silicon rubber anti corona tape and a thickened thermal shrinkage low-resistance tape in sequence from inside to outside, and an electromagnetic wire outer surface of the stator coil lead portion is wrapped by a mica tape, a high-resistance tape layer, a low-resistance silicon rubber anticorona tape and a thickened thermal shrinkage low-resistance tape in sequence from inside to outside. The novel high-voltage safety-increased type stator winding anticorona structure provided by the utility model is an anticorona structure capable of forming a continuous, compact and air-gap-free shielding layer on a winding surface.