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”.
Detection, Monitoring & Machine Vision Charging, Tolling & RUC

For more information on companies in this article

Related Content

  • Leeds City Council expands bus lane enforcement system
    November 17, 2015
    Leeds City Council is expanding the reach of its CCTV enforcement network to a further six sites as a direct result of the improvements that the Videalert-based system has delivered over the last four years. The council will now be enforcing bus lane contraventions at thirty sites throughout the city and expects to achieve further reductions in the number of offences committed and continue to meet its strategy of faster journey times for public transport users. The Videalert system was originally in
    Read More
  • London Borough deploys Videalert automated enforcement systems
    July 6, 2016
    Following a successful pilot scheme, the London Borough of Bromley is installing a Videalert automated enforcement system in a bid to increase road safety outside five schools that have been experiencing high levels of inconsiderate behaviour from parents parking on the yellow keep clear areas. It is also deploying unattended CCTV enforcement systems on all its bus lane locations to upgrade the existing manually operated systems and provide automatic capture of offending vehicles’ number plates. The co
    Read More
  • Autonomous vehicles, the pros and cons
    November 21, 2013
    Driver interface and human factors could provide the biggest obstacles to autonomous vehicles as Jon Masters discovers.
    Read More
  • ISS launches rapid plate recognition
    April 29, 2013
    Image Sensing Systems (ISS) has introduced what it claims is the fastest, most accurate automated licence plate recognition (ALPR) engine in the world with its CitySync rapid plate recognition technology. The system reads a licence plate numerous times and uses multiple advanced methods for both optical character recognition and plate finding for each plate read. The system looks for objects and then initiates multiple processing techniques that run concurrently on vehicles travelling at speeds up to 190 km
    Read More

Highlighted Content