Skip to main content

Siemens traffic control for Poznan

Siemens is to supply an intelligent transportation system for the Polish city of Poznan to integrate public and private transport in an effort to reduce congestion and enhance the attractiveness of public transportation. The contract, awarded by the Poznan transportation authority Zarząd Dróg Miejskich w Poznaniu (ZDM) is valued at around US$20 million. Commissioning of the system is scheduled for spring 2015.
June 4, 2013 Read time: 2 mins
189 Siemens is to supply an intelligent transportation system for the Polish city of Poznan to integrate public and private transport in an effort to reduce congestion and enhance the attractiveness of public transportation.

The contract, awarded by the Poznan transportation authority Zarząd Dróg Miejskich w Poznaniu (ZDM) is valued at around US$20 million.  Commissioning of the system is scheduled for spring 2015.

Real-time traffic data from more than 200 locations such as intersections, parking lots and public transportation will be transmitted to the traffic management centre, evaluated and processed using Siemens’ Sitraffic Concert.  The system will provide information on the current traffic situation, available parking spaces, fastest routes and public transport departure times to information panels at bus and tram stations, variable message signs (VMS), the internet and enabled for radio stations, texting and email services.

Where required, traffic signal control will be optimised to give priority to public transport.

Traffic data collected by the traffic control centre from 115 intersections in the city will be displayed on twelve VMS installed at strategic points to provide information for drivers.   The data will also be used to compare travel times between public and private transport.

For more information on companies in this article

Related Content

  • New Zealand seeks comprehensive CBA framework
    October 5, 2016
    New report highlights how assessing the financial benefit of deploying ITS is an involved and evolving calculation Following a global search, five key action areas have emerged from the New Zealand Transport Agency’s recent scoping of a more comprehensive cost–benefit analysis framework for evaluating planned ITS deployments. A report commissioned from engineering consultancy Aecom New Zealand sets out the groundwork for more closely-defined assessments that will convincingly support public-sector policy ma
  • Hayden AI & Snapper Services keep their eyes on the road
    August 29, 2024
    Snapper Services CEO Miki Szikszai and Chris Carson, CEO of Hayden AI, tell Adam Hill about synergy and partnership – and how to make use of data once you’ve gathered it
  • Reducing transport energy use with real time travel information
    January 23, 2012
    The In-Time project is looking at the effect that multi-modal real-time traveller information services can have of reducing transport's energy consumption levels. By Martin Böhm, AustriaTech GmbH. Around the world, significant research and development effort is currently directed towards reducing energy consumption by addressing those areas where the biggest savings can be expected. European studies have shown that the transport sector has the potential to reduce its energy consumption by up to 26 per cent
  • Ertico partners in step for Europe-wide cooperative traffic systems
    December 5, 2012
    According to Ertico, the future of traffic management on urban and inter-urban networks will rely on direct communication and interaction between vehicles and the infrastructure, using new technologies called cooperative intelligent transport systems (C-ITS) that support real-time exchange of traffic data. This cooperation can enable a wide range of applications such as vehicle-sourced data collection, green light and speed advice, automated hazard detection, selective vehicle priority, dynamic city logisti