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The railway industry faces a series of economic and operational challenges, such as competitive freight prices, asset utilization, competition with truck transportation, capital expenditure levels, industry consolidation and debt management, etc. GAORFID’s technology applications can help the railway transportation industry provide commercial solutions, through effective operation, maintenance, property utilization and transportation volume management, increase fiscal revenue while reducing costs.
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The GAO RFID system technology can accurately provide the specific location of the above-mentioned individual targets and predict their dynamic changes in the system, especially the changes in the railway freight car throughput at the railway establishment station, the local railway station interface and the limit interface. This requires timely, accurate and complete information from railway transportation management and customers. The system includes several branch systems, such as confirmation, freight bills, transportation planning, train preparation, train distribution, real-time tracking of trains and containers, train throughput prediction, financial operation system, and so on. GAO RFID provides a full set of railway transportation application management services.
A GAO RFID railway system requires a series of economical equipment configurations that meet all service requirements. The reader system automatically tracks trains through RFID tags, providing location information for railway property management systems and other purposes.
1. Traffic and passenger information: The system provides true and reliable train location information. The instant information is transmitted to the IT system to update passenger information at the station or terminal.
2. Operation and maintenance: The system automatically provides accurate information about the configuration of train freight cars. This information can be combined with information from other systems, such as a train monitoring system, so that the recorded information is automatically consistent with the actual freight car, and errors are avoided.
3. The position of the train: With the help of the reader, the system interprets the position of the tag when the train passes by at high speed, and obtains the position information of the train. The location data is transmitted to the on-board system and can be used to automatically update passenger information.
4. Train control and positioning: Some on-board systems require the exact position of the train, for example, in order to control the parking position. When the train passes the ID-tag, the position of the train can be accurately reported.
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