兰州中川机场启用RFID行李轨迹全程可追 查找3分钟搞定
Zhong Guo Min Hang Wang·2025-11-13 08:36

Core Insights - Lanzhou Zhongchuan International Airport has officially launched an RFID baggage tracking system, enhancing the visibility and traceability of checked baggage management, showcasing the airport's leading position in the industry and reflecting its accelerated technological upgrades [1][2]. Group 1: RFID System Features - The RFID system utilizes UHF RFID electronic tags and 360° recognition technology, achieving a recognition rate of 99.99%, significantly improving from the traditional barcode's 78%, even under adverse conditions such as heavy rain and humidity [1][2]. - The system automatically collects real-time data at key points such as check-in, security checks, sorting, and loading, allowing passengers to receive real-time baggage updates through the airport's WeChat account [2]. Group 2: Operational Efficiency - The implementation of the RFID system has reduced the abnormal baggage rate to 1.12 per 10,000, improved baggage search efficiency by 80%, and eliminated large-scale misloading and missing baggage issues, thereby reducing manual intervention costs and alleviating passenger anxiety regarding lost luggage [2]. - The system includes features such as error alerting for misloaded baggage, automatic baggage count verification, and a "search by image" function that allows for precise baggage location within three minutes [2]. Group 3: Technological Advancements - The RFID baggage system represents a broader trend of technological advancement at Lanzhou Zhongchuan Airport, which has seen comprehensive upgrades in infrastructure and smart services over the past five years, including the construction of the T3 terminal and the integration of various advanced technologies [3]. - The airport's transportation hub capabilities have also been enhanced, with the opening of the East Station high-speed rail, allowing seamless transfers between air, rail, and long-distance bus services, contributing to a more efficient travel ecosystem [3].