Typical applications of RFID in urban transportation

　　The automotive electronic identification system is a typical application of RFID in urban transportation. By affixing automotive electronic identification on the vehicle's windshield and setting up read/write base stations on city roads, it collects vehicle information in real time and accurately. This breaks through the bottleneck of traditional traffic information collection technology, enabling precise vehicle identity identification, dynamic collection of vehicle information, and massive collection of traffic information, effectively enhancing the intelligence level of vehicle management and meeting the needs of urban traffic management applications.

　　Real-time and precise monitoring of urban traffic data

　　Automotive electronic identification systems can use RFID technology to obtain vehicle-related information stored in automotive electronic identification in real time and accurately, including license plate numbers, vehicle appearance, annual inspection information, yellow-green label information, and vehicle driving location. Based on RFID technology collected urban traffic data, the intelligent transportation integrated platform can realize real-time monitoring of traffic flow, intelligent statistics of traffic information, traffic information mining and big data processing functions, as well as regional and time-segmented congestion charges and traffic restrictions. The processed traffic data can serve as data support for urban traffic congestion prediction and traffic planning. Automotive electronic identification urban traffic systems based on RFID technology can adapt to various data collection environments, accurately identifying vehicles at normal speeds in low visibility and multiple lanes, enhancing the real-time and accuracy of urban traffic management and making urban traffic more scientific and intelligent.

　　Timely and comprehensive supervision of vehicle-related environmental protection conditions

　　Automotive electronic identification systems based on RFID technology can monitor vehicle yellow-green label information and vehicle exhaust emissions in real time and accurately, achieving electronic management of environmental protection yellow-green label information, vehicle exhaust emission monitoring, and regional restriction supervision of vehicles exceeding standards. This further promotes the digitalization of urban traffic environmental management, strengthens environmental protection departments' supervision of vehicles that do not meet environmental standards, increases the elimination rate of yellow-label vehicles, enhances supervision of violations such as bans and restrictions on yellow-labeled vehicles, and improves the environmental protection of yellow-label vehicles, Comprehensive performance test rate helps create a green and environmentally friendly urban transportation environment.

　　Precisely and effectively ensuring urban vehicle-related safety

　　Automotive electronic identification based on RFID technology has formed a comprehensive security system for anti-cloning, anti-forgery, anti-tampering, and anti-illegal reading, ensuring the unique correspondence between motor vehicles and automotive electronic identification signs. It can be used for the investigation and control of illegal vehicles such as fake license plates and theft, tracking and tracking vehicle trajectories, regional traffic dynamic control, and other vehicle-related security management applications, enhancing vehicle identification capabilities and precisely cracking down on various vehicle-related illegal and criminal activities. According to feedback from completed projects in Zhongxing Zhilian, automotive electronic labels have assisted local public security authorities in solving multiple vehicle-related cases, effectively ensuring vehicle safety in the city.

　　Optimize industry-related vehicle-related operation management

　　RFID technology-based automotive electronic identification enables qualification management for urban taxis and other operating vehicles, priority management of bus signals, and electronic tax inspection of various fees such as road and bridge fees. By reading the vehicle usage information stored in the vehicle's electronic tags, traffic regulatory departments can implement targeted traffic operation management for different purposes such as buses, operational vehicles, and school buses, enhancing management of special vehicles and creating a healthy and orderly urban traffic operation environment. At the same time, the RFID technology-based automotive electronic identification system can accurately verify vehicle payment information, enabling electronic collection and accounting of vehicle-related fees, thereby improving the collection rate of various vehicle-related fees.

　　Comprehensively enhancing the public travel experience

　　RFID technology-based automotive electronic identification can provide comprehensive information services, including road condition information release, public transportation information release, and intelligent transportation information release. Automotive electronic signs collect multidimensional urban traffic data through RFID technology, and publish traffic information and travel guidance to the public via portal websites, mobile apps, and other channels. This enables travelers to plan their trips reasonably based on real-time and accurate road congestion and conditions, select suitable transportation vehicles, enhance public travel experience, promote rational distribution of urban traffic flow, alleviate urban traffic congestion, and improve traffic efficiency.

　　Promote value-added applications related to vehicles across multiple industries

　　Automotive electronic identification based on RFID technology can be operated jointly with industries such as insurance and banking, driving the development of various vehicle-related sectors, such as expanding small-amount vehicle-related payment services like fueling, maintenance, and repairs, intelligent parking lot management, and performance verification of compulsory traffic insurance, thereby enhancing the digitalization of urban vehicle-related industries and promoting the development of the urban vehicle-related economy.

　　RFID technology has diverse applications in urban transportation, involving urban traffic supervision, vehicle environmental protection inspection, vehicle-related safety assurance, vehicle industry-oriented management, public travel services, and value-added applications related to vehicles. It promotes the informatization, intelligence, and user-friendliness of urban traffic supervision, enhances the supervision of relevant departments, facilitates safe and orderly urban traffic operations, creates a satisfactory urban traffic atmosphere, and also promotes the development of related automotive-related industries. With the continuous promotion of RFID technology-based automotive electronic identification, the role of RFID technology in urban transportation will become even more important.