Shock absorption method and shock absorption system for eight-point type square electric equipment

The invention provides a shock absorption method and a shock absorption system for eight-point type square electric equipment. The method comprises the steps as follows: collecting parameters comprising a preset number n (n is 8) of shock absorbers, a side length of a square shape formed in a way that eight shock absorbers are squarely and symmetrically arranged, and an attenuation ratio of seismic fortification intensity to seismic acceleration response; obtaining the quality, the length, the gravity center height, the elastic modulus and the inertial moment of the electric equipment, a seismic influence coefficient corresponding to the seismic fortification intensity, and site characteristic periods corresponding to design earthquake grouping and site classification of an electric equipment mounting site respectively; confirming the parameter limit conditions of the shock absorbers; and mounting eight adaptive shock absorbers at the root part of the electric equipment, wherein the shock absorbers are squarely and symmetrically arranged and the side length of the square shape is the side length of the square shape formed in a way that the eight preset shock absorbers are squarely and symmetrically arranged. The method obtains an expected shock absorption effect with lower cost and improves the seismic performance of the electric equipment.