Skip to main content

Abertis simulates satellite road user charging in Germany and Spain

Munich and Barcelona will see tests of new traffic demand management platform
By Adam Hill April 20, 2023 Read time: 2 mins
A drone-eye view of Munich (© Aleksej Bergmanis | Dreamstime.com)

A new urban mobility project aims to develop digital tools to simulate a satellite pay-per-use tolling system in Germany and Spain.

Abertis Mobility Services (AMS) is part of the consortium testing in the low-emission zones (LEZ) of Munich and Esplugues de Llobregat in the Barcelona metropolitan area.

The company will implement the simulated satellite road usage charging solution, handling back-office management and the development of an app - something AMS has experience of in the US states of Washington, Utah, Oregon and Virginia through its subsidiary Emovis.

This system allows drivers to pay for their actual use of the road, with an exact calculation of the distance they have driven. City authorities will use the simulation to work out real traffic demand management strategies.

The platform will operate with a fixed fee to access the cities' LEZ, and a variable fee depending on the number of kilometres travelled, level of usage and congestion at the time of access. 

Financed by the European Union's EIT Urban Mobility, which is part of the European Institute of Innovation and Technology (EIT), the project seeks to promote connected mobility, and expand shared transport and active travel. 
 
AMS is a partner of Immense, a project seeking ways to discourage and reduce car use in urban areas, and to boost more sustainable transport.
 
The solution will be piloted for two months - from September to November 2023 - with around 1,000 citizens, testing scenarios where congestion is reduced by 10% (Esplugues de Llobregat) and 25% (Munich) depending on the availability of alternative routes within the affected areas.

Immense aims to make it possible to free up at least 10% of public space for the use of shared transport and active travel modes, due to better use of existing infrastructure and increased revenues from dynamic fares.

For more information on companies in this article

Related Content

  • Reducing congestion with Tomtom's historical traffic data
    December 5, 2012
    Historical traffic data provided by TomTom is being used by the local government in Spain’s Basque region to reduce road congestion at less cost. Old habits die hard. Photos from as far back as the 1930s show people counting cars by the roadside in order to provide congestion data to those running road networks. Today, such techniques are still used, albeit augmented by a range of automation technologies such as inductive loops, infra-red sensors and number plate recognition. Even with these advances, howe
  • A fresh approach to electronic fee collection
    July 16, 2012
    The Utah Transit Authority (UTA) is pioneering fresh approaches to Electronic Fee Collection (EFC) deployment in the US. Its new system, operational since January 2009 on all buses and commuter trains, is the country's first full-network rollout of transit e-ticketing technology built on an open-payment network, according to the organisation's Technology Programme Development Manager Craig Roberts.
  • Growth of ITS market 2013 to 2019
    April 22, 2014
    According to the latest report from Transparency Market Research, the intelligent transportation systems (ITS) market is expected to reach a value of US$30.2 billion by 2019, at a CAGR of 11.1 per cent from 2013 to 2019. The demand of ITS systems is rising globally due to increased congestion in metropolitan areas. Development and deployment of intelligent transportation system not only reduces traffic, but also reduces number of accidents and improves quality of life by controlling vehicle emission leve
  • Study reveals in-car devices aid positive changes to driver behaviour
    December 3, 2012
    The results of a four-year study by the Field Operational Tests of Aftermarket and Nomadic devices in Vehicles (TeleFOT) Consortium were presented at a recent conference in Brussels. The study focused on the assessment of the impact of driver support functions provided by in-vehicle aftermarket and nomadic devices on driving and driver behaviour. Coordinated by the Technical Research Centre of Finland (VTT) and with a budget of US$19.5 million, the four-year TeleFOT project is one of the biggest traffic IC