A split type AC charging pile based on an opposite shunt-winding positioning principle

The invention discloses a split type AC charging pile based on an opposite shunt-winding positioning principle. The split type AC charging pile comprises a main electric cabinet, a protective door, afixing base, a winding mechanism, a split pile, a control panel and a conveying cable. The split pile is connected with the main electric cabinet through the conveying cable, and the front end of themain electric cabinet is provided with the protective door. The fixing base is mounted to the bottom of the main electric cabinet by soldering. According to the invention, when a winding component ofthe invention winds up a charging cable, the internal built-in base opens an expansion buckle through an expansion mechanism; and at this time, an electronic runner component is reset, rises, and drags a stretching strip to cooperate with the winding component to rotate. Meanwhile, the winding directions of a stay cord sleeving wheel and a cover disc are reversed, which realizes the matched fixingand effectively avoids the