EPC-enabled RFID Tags On National Highways in India - GS1 Standards Used in ETC System
Updated: November 15, 2024
Summary
India has introduced an efficient toll collection system on national highways using ETC technology with RFID fast tags, adhering to global standards. The system has been implemented in 125 toll plazas covering 7500 kilometers, leading to reduced traffic delays, fuel consumption, and manual toll collection. By saving up to $10 billion in fuel bills and ensuring seamless toll collection with Gen 2 RFID fast tags, the ETC system sets the stage for future applications like urban road pricing, aiming at a more sustainable transportation infrastructure in India.
Evolution of Transportation in India
India has implemented a flexible and interoperable toll collection system on national highways, reducing traffic delays and fuel consumption significantly. The system uses ETC technology with RFID fast tags, conforming to global standards like ISO and GS1. It has been deployed at 125 toll plazas covering 7500 kilometers in India, contributing to the vision of Digital India and paving the way for future applications like urban road pricing.
Implementation and Benefits of ETC System
The ETC system in India has been instrumental in reducing the need for manual toll collection, minimizing traffic delays, and saving India up to $10 billion in fuel bills. The system uses EPC-enabled Gen 2 RFID fast tags affixed to vehicles, ensuring seamless toll collection across the country. It follows global standards for encoding and reconciliation of toll collections.
Expansion and Future Applications
The ETC system's success at toll plazas in India has prompted discussions about expanding its usage to applications like urban road pricing and other future vehicle-related services. This expansion is expected to further reduce fuel consumption, pollution, and travel time, making it a significant step towards a more efficient and sustainable transportation system.
FAQ
Q: What technology is used in the toll collection system on national highways in India?
A: The toll collection system in India uses ETC technology with RFID fast tags
Q: How has the implementation of the toll collection system impacted traffic delays and fuel consumption?
A: The toll collection system has significantly reduced traffic delays and fuel consumption
Q: What are some global standards followed by the toll collection system in India?
A: The toll collection system in India conforms to global standards like ISO and GS1
Q: How many toll plazas and kilometers are covered by the ETC system in India?
A: The ETC system has been deployed at 125 toll plazas covering 7500 kilometers in India
Q: How has the ETC system in India minimized the need for manual toll collection?
A: The ETC system in India has reduced the need for manual toll collection
Q: What type of RFID tags are used in the ETC system in India?
A: The ETC system in India uses EPC-enabled Gen 2 RFID fast tags affixed to vehicles
Q: What is the expected impact of expanding the ETC system to urban road pricing and future vehicle-related services?
A: The expansion of the ETC system is expected to further reduce fuel consumption, pollution, and travel time
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