An intelligent reclosing strategy for the near area AC side of the UHV AC/DC hybrid system is proposed. It avoids secondary impact caused by reclosing in permanent fault which leads to DC blocking accident caused by DC continuous commutation failure, and improves the safety and stability of UHV AC/DC hybrid system. This paper analyzes the shortcomings of the existing permanent fault discrimination algorithm based on voltage characteristics, and puts forward a two-parameter fault discrimination algorithm based on fault location results. Then, based on the calculation of AC side safety margin index and DC side safety margin index, the correlation index between reclosing switching and system safety is established to predict system safety. Combined with the prediction results, the permanent fault and transient fault are comprehensively distinguished, and the intelligent reclosing cooperation strategy is constructed. RTDS simulation results verify the effectiveness and feasibility of intelligent reclosing strategy. Intelligent reclosing strategy provides a new idea for reclosing of UHVDC near area AC transmission line. This work is supported by the Science and Technology Project of State Grid Corporation of China (No. SGAH0000TKJS1900055).