One of the systems in place against side loads is the use of a converging bracing system. But due to the disadvantages of this system, its buckling is a compressive member and its energy dissipation capacity is lower. This paper introduces the corrective energy absorber system used in Qatar bracing. This system, which is a type of duct, is made of a combination of steel and oval steel rings and placed in the bracket. The proposed system can be considered as an appropriate method to improve the seismic performance of existing structures. In this paper, the proposed system is modeled in six models with different geometric dimensions. ABAQUS limited component software is used to analyze the proposed element. The advantage of the failure concentration in the proposed system is to prevent the entry of structural members to a nonlinear stage, and the structural members remain in an elastic state. The results of the studies show the modeling of the acceptable ductility of the proposed element and the high power depreciation capability.