In order to enhance the emergency management capabilities of metal mines on Qinghai-Tibet Plateau, a comprehensive intelligent emergency capability evaluation model was developed based on the application of intelligent technology. By analyzing the region's unique geographical conditions and complex mining operations, a five-dimensional evaluation index system was proposed, encompassing intelligent technology, behavioral safety, resource allocation, institutional mechanisms, and community relations. This study employed ANP method to determine indicator weights and applied the VIKOR multi-criteria decision-making method to systematically assess the intelligent emergency capabilities of three representative metal mines (Mines Y, V, and J) on the Qinghai-Tibet Plateau. The findings indicate that the comprehensive evaluation system of smart emergency capability based on ANP-VIKOR covers 5 dimensions, including "intelligent technology, behavior safety, resource allocation, mechanism, and community relationship", with a total of 20 evaluation indicators. It fully integrates the complex geographical environment, extreme climatic conditions, and mining operation characteristics of the region. It is helpful to make up for the lack of quantitative research on smart emergency capability in plateau areas. In the case, the mine J exhibits the strongest intelligent emergency management capabilities, particularly excelling in intelligent technology and emergency response. Mine Y demonstrates a moderate level of technological application with notable improvements in emergency management over time, while Mine V shows room for improvement in resource allocation and emergency response speed. The significant differences in emergency capabilities reflect the uneven development of intelligent emergency systems in plateau mining areas. The effectiveness and adaptability of the constructed model are verified.