Application of Radio Frequency Identification Technology in Maintenance Tracking of Aircraft Electromechanical Equipment

As an advanced automatic identification technology, Radio Frequency Identification (RFID) technology has shown great potential in the field of aircraft maintenance management. Through the case study of introducing RFID technology into airlines, this study deeply analyzes the advantages of this technology in real-time data monitoring, equipment life cycle management, intelligent data analysis and integrated application with cloud computing. First of all, the real-time and accuracy of RFID technology provides timely and accurate equipment information for maintenance personnel, which is helpful for rapid response and decision-making. Secondly, the application of RFID tag realizes the whole life cycle tracking of mechanical and electrical equipment, from manufacturing to maintenance to scrapping, which provides comprehensive equipment history information for maintenance personnel, and helps to optimize maintenance plan and reduce management complexity. Furthermore, the combination of RFID technology and big data analysis enables massive equipment data to be deeply mined, revealing key information such as equipment health trends and failure modes. This provides a scientific basis for airlines to implement predictive maintenance, reduces the maintenance risk and improves the reliability of equipment. Finally, the integrated application of RFID technology and cloud computing enables real-time data sharing, provides a platform for different departments to work together, and promotes more coordinated and efficient maintenance management. The successful application of this technology not only improves the reliability and maintenance efficiency of equipment, but also lays a solid foundation for the future digital transformation of aviation industry.