The invention provides a static drilling rooting construction method geothermal energy resource pile. The static drilling rooting construction method geothermal energy resource pile comprises a precast pile and heat transmission tubes. Multiple circles of fixing buckles are arranged on the outer side wall of the precast pile. The number of the fixing buckles of each circle is the same. The fixingbuckles of each circle correspond to the fixing buckles of one adjacent circle in position in the vertical direction respectively, and the fixing buckles corresponding vertically in position are arranged in a vertical row. A hollow channel is formed in each fixing buckle in the vertical direction. The channel of each fixing buckle communicates with the channel of the fixing buckle at the corresponding position above or below. The heat transmission tubes are arranged to be distributed on the periphery of the precast pile in a circling manner. The number of the heat transmission tubes is arranged to be smaller than or equal to the number of the fixing buckles of one single circle. Each heat transmission tube is fixed to the outer side of the precast pile through one row of fixing buckles mentioned above, and penetrates through the channels of the corresponding fixing buckles in sequence from top to bottom in the vertical direction. The static drilling rooting construction method geothermal energy resource pile has the advantages of being economical and high in efficiency.