Skip to main content

PTV manages Strasbourg’s traffic flow to improve air quality

PTV Group's signal control system has helped Strasbourg’s Eurométropole reduce nitrogen oxide emissions by 8% and particulate matter by 9% in a project which set out to slash emissions by decreasing stop-and-go traffic along one of the city’s main arterial roads. The simulation also cut vehicle stops by 9%. Called PTV Epics, the software tool controlled the waiting times for all road users at the traffic lights, reducing 85% of all cases to 45 seconds, which would otherwise only apply to 35% of road
February 21, 2018 Read time: 2 mins
3264 PTV Group's signal control system has helped Strasbourg’s Eurométropole reduce nitrogen oxide emissions by 8% and particulate matter by 9% in a project which set out to slash emissions by decreasing stop-and-go traffic along one of the city’s main arterial roads. The simulation also cut vehicle stops by 9%.


Called PTV Epics, the software tool controlled the waiting times for all road users at the traffic lights, reducing 85% of all cases to 45 seconds, which would otherwise only apply to 35% of road users.

Frédéric Reutenauer, project officer and vice president project management & services at PTV Group, said: “PTV software helps optimize signal control programs in order to minimize waiting times at traffic lights and thus reduce the number of stop-and-go waves. We used the traffic simulation software PTV Vissim to visualize the effect on traffic by analysing the traffic flow at six signalized intersections of Avenue de Colmar located south of Strasbourg.”

UTC

Related Content

  • December 13, 2016
    PTV releases upgrades for traffic and pedestrian modelling software
    The new releases of PTV’s Visum 16, Vissim 9 and Viswalk 9 software solution for macroscopic traffic modelling and microscopic traffic and pedestrian simulation come with several new features and functions.
  • June 26, 2017
    PTV Group opens Mobility Lab
    In cooperation with the City of Karlsruhe, Germany, PTV Group has established a Mobility Lab, where various traffic planning and model solutions will be linked to one another and to other solutions in order to try out new ideas and approaches as well as their effects on cities and regions worldwide.
  • July 9, 2014
    Traffic lights: There’s a better way ..
    .. say researchers at Massachusetts Institute of Technology (MIT) who have developed a means of computing optimal timings for city stoplights that they say can significantly reduce drivers’ average travel times. Existing software for timing traffic signals has several limitations, says Carolina Osorio, an assistant professor of civil and environmental engineering at MIT and lead author of a forthcoming paper in the journal Transportation Science that describes the new system, based on a study of traffic
  • July 8, 2015
    Orange County awards Iteris traffic signal synchronisation contract
    Iteris is to carry out upgrades to traffic signal infrastructure and signal timing improvements along an eight-mile stretch of a major corridor spanning three California cities: Santa Ana, Costa Mesa, and Newport Beach under a US$2.1 million contract awarded by the Orange County Transportation Authority (OCTA). Under the project agreement, Iteris will design and implement traffic signal electronics and fibre-optic communications equipment, and will synchronise all 45 traffic lights along the entire Brist