The invention provides a concrete electric pole aeroelastic model design method with pile-soil interaction considered. The method comprises the steps that the elastic constraint stiffness of the category of each layer of soil is analyzed and determined according to the using state of a concrete electric pole; an aeroelastic simulation design method is used for determining the values of the geometric scale ratio and the wind speed ratio during simulating and analyzing according to the height of the concrete electric pole and the height of the simulated and analyzed section; the aeroelastic simulation design method is used for determining the section shape and size of a simulated electric pole; the aeroelastic simulation design method is used for determining simulation parameters of simulated soil springs according to the analyzing result; and the connection position and the connection mode of the simulated electric pole and the simulated soil springs are determined. According to the method, the influence of the pile-soil interaction on the wind-induced vibration response of the concrete electric pole is simulated, a wind tunnel test aeroelastic model is designed according to similitude criterions of a wind tunnel test model, and the calculation precision of the dynamic load of the concrete electric pole in a typhoon landing region is improved, and accordingly the wind resistance property and the wind resistance safety of the concrete electric pole are improved.