The objective of this International Railway Solution on Radio Frequency Identification (RFID) in rail is to contribute to improving and further facilitating the management of track assets by establishing guidelines and recommendations for rail infrastructure managers on the proper use of RFID tagging for main track and energy system components. This will enable easier and more interoperable identification and management of track assets, thus making them fully available and analytically useable for the Railway Operating Community (ROC).
RFID is a radio-frequency-based identification and reading system, which consists of three main elements:
- An RFID tag encoded with a globally unique asset identifier,
- An RFID reader that emits electromagnetic waves to read an RFID tag at distances of up to 10 metres,
- A software layer, which makes it possible to control the reader, correctly interpret the data received from RFID tags, and transmit it to back-end software applications used for asset management and other processes.
RFID tagging as a technology in rail has become standard for railway vehicles, as the tag can be read even in difficult environments, and this IRS provides guidance on its usage in rail infrastructure. The technology is already widely applied in intermodal freight traffic, in accordance with the ISO 18000 series [18], EN 17230 [1] and GS1 standards and the corresponding identification keys and data exchange standards.
RFID technology for track assets not only provides information on the position of components in the track but, via its machine-readable, globally unique asset identifier, also makes it possible to access back-end databases containing detailed information on the components themselves. This information includes component type, date of installation, quality testing by the producer (QM system), maintenance issues (number of detected failures, number of disturbances since installation), and dates of replacement of sub-components. In other words, using the unique asset identifier encoded in an RFID tag, a track inspector equipped with a mobile device can access all the necessary asset data directly at the track. The implementation of RFID will be a major step towards the digitisation of rail infrastructure and a move towards a better overview of component performance and availability.
This IRS is mainly aimed at the following target audience:
- Management level/lead engineers. Lead question: What is the use case for RFID implementation?
- Project/implementation managers. Lead question: What points are to be considered in an RFID implementation project?
- Project/technical engineer. Lead question: What technical aspects are to be integrated into company processes in an RFID project and decided upon from an engineering perspective?
- Supply chain manager. Lead question: How can RFID-based asset identification be integrated into logistical processes and efficiencies leveraged?
- Maintenance engineers and supervisors. Lead question: How do operations based on RFID work, and what development of internal procedures is required?
- Asset managers. Lead question: On what components/assets should RFID-based processes focus, and how can the data gained be used?
- Data and IT managers. Lead question: What data architecture is necessary to support an RFID system, and how does it integrate into my company’s IT structure?
- Manufacturers/suppliers of components. Lead question: What capabilities are required to enable my customers to implement RFID-based asset management, and how can I make best use of this technology in my own production procedures?
It integrates in full or in part the following UIC leaflets:
- none
It aims to complement the following standards:
- none