Skip to main content

Schneider to implement free-flow tolling solution in Brazil

Schneider Electric is to implement what is said to be one of Brazil’s first three Multi-Lane Free-Flow (MLFF) systems for highway concession company Renovias, enabling the concessionaire to carry out electronic toll collection without the need for toll collectors or requiring vehicles to stop. Schneider says this will improve drivers’ experience when travelling through the toll stations, while being able to travel at a constant speed will reduce waiting times, traffic jams and emissions. The project inclu
March 6, 2013 Read time: 2 mins
729 Schneider Electric is to implement what is said to be one of Brazil’s first three Multi-Lane Free-Flow (MLFF) systems for highway concession company Renovias, enabling the concessionaire to carry out electronic toll collection without the need for toll collectors or requiring vehicles to stop.

Schneider says this will improve drivers’ experience when travelling through the toll stations, while being able to travel at a constant speed will reduce waiting times, traffic jams and emissions.

The project includes vehicle detection and classification technology based on the number of MLFF axes, a simultaneous 5.8 GHz and 900 MHz tag reading system, a front and rear licence plate reading system, an advanced monitoring system, and a back office system for manual and automatic image recognition.

Schneider Electric will implement its SmartMobility tolling solution, which it says reduces operational requirements and maximises the reliability of vehicle detection due to its simultaneous double tag reading system.  The back office system will optimise toll system operations and management, improve processes and reduce operational costs.

According to Ignacio González, executive vice president for smart infrastructure at Schneider Electric: “We are proud to continue providing the people of Brazil with tolling solutions that increase efficiency and reliability in the collection operations conducted by concessionaires and provide higher levels of driver comfort”.

For more information on companies in this article

Related Content

  • Mileage based charging offers secure future for funding
    August 10, 2016
    HNTB’s Matthew Click sets out why a move to mileage-based pricing is inevitable. Infrastructure is the most neglected yet the most critical engine of our society, and our continued indifference could lead to a dystopian future. Our roads, bridges and highways have been largely passed by in the digital age—marginalised in an era when funding is limited and stewardship of physical assets has given way to our preoccupation with technological innovation and data—the stuff of the virtual realm.
  • Tattile's AI-powered licence plate recognition evolves
    April 24, 2025

    Since 1988, Tattile has produced high-quality licence plate reader cameras and software for ITS and mobility applications. But as visitors to Seville will learn, the company is increasingly focusing on the software world, expanding its expertise to integrate technology for smarter and more efficient systems.

  • Florida's high occupancy tolling success in reducing congestion
    July 18, 2012
    TransCore's David Sparks writes about the development of 95 Express, Florida Department of Transportation's new high-occupancy tolling facility. High-Occupancy Tolling (HOT) lanes are one of the most compelling uses of existing transportation infrastructure to expand capacity, particularly in major metropolitan areas which have limited right of way but need to relieve congestion. According to the Federal Highway Administration, while vehicle miles travelled have increased over 70 per cent in the past 20 yea
  • PTV sets its sights on Smart City solutions
    February 9, 2017
    Making a city smarter not only relies on understand technological opportunities but also human decision-making, as Miller Crockart explains. Cities are about people – a fact that can easily be forgotten when experts talk about roads, healthcare and education as though they are abstract and unconnected monoliths rather than things people use. Understanding how and why people use services is vital for making decisions on how they can be optimised for maximum efficiency across inter-connected networks that for