The invention discloses a typical wiring method for an intelligent transformer station. A GIS switch is adopted as a primary 110KV wire inlet switch of the transformer station. Two side switches of the GIS switch and grounding switches at two sides of the GIS switch respectively have an electric control function. A wire inlet line is provided with a live detection locking device with a function of locking the grounding switch at the 110V line side of a wire inlet switch. A primary switch at the 110KV side of an inner bridging line main transformer is an electric operating mechanism. A 110KV neutral point switch of the main transformer is an electric operating mechanism. An electric switch controlled power supply realizes phase line contact locking between the wire inlet switch and a bridge switch B, thereby ensuring no misoperation of the electric switch and the wire inlet grounding switch, realizing neutral point clearance protection and zero sequence protection, realizing remote control of a soft strap for remotely switching on and switching off, and changing a 35KV neutral point arc extinguishing coil switch of a transformer to the electric switch. A standby automatic switching device of the transformer station operates and checks according to operation modes and self-checking modes of a primary wire inlet switch, a bridge switch and a bus tie switch.