Polish city plans large-scale ITS system

The city of Łódź, Poland, has announced plans to install a new intelligent transport system that will control traffic flow and give priority to public transport. Thought to be the largest intelligent transport system project in Poland, the US$24.9 million system will monitor 230 intersections in the country’s fourth-largest city and send data to a new operations centre via 500,000 km of copper cable laid through 50 kilometres of cable ducts. Around 2,000 traffic signals will also be installed around
August 18, 2014 Read time: 2 mins

The city of Łódź, Poland, has announced plans to install a new intelligent transport system that will control traffic flow and give priority to public transport.

Thought to be the largest intelligent transport system project in Poland, the US$24.9 million system will monitor 230 intersections in the country’s fourth-largest city and send data to a new operations centre via 500,000 km of copper cable laid through 50 kilometres of cable ducts.

Around 2,000 traffic signals will also be installed around the city, with 130 surveillance cameras and 30 licence plate recognition cameras operating at intersections to monitor the flow and speed of traffic.

New electronic passenger bulletin boards will appear at bus stops, and nine electronic boards installed by main roads will display real-time information to drivers on traffic jams and delays. At a new operations centre, staff will be able to decide when and if to change traffic lights to dictate flows of traffic.

The Łódź Department of Roads and Transport says that the primary purpose of the new system is to make urban bus and tram travel more efficient. Work will begin in early September and is expected to finish at the end of 2015.

Detection, Monitoring & Machine Vision Urban Traffic Control

Related Content

  • April 10, 2014
    Cellint measures speed and travel time without roadside infrastructure
    Collecting speed and travel time data without using roadside infrastructure could offer new possibilities to cash-strapped road authorities. Streaming video may be useful for traffic controllers to monitor incidents and automatic number plate recognition may be required for enforcement, but neither are necessary for many ITS functions. For instance travel times, tailbacks, percentage of vehicles turning, origin and destination analysis can all be done using Bluetooth and/or WI-Fi sensors and without video o
    Read More
  • May 7, 2015
    Russia looks to ITS to curb congestion and reduce accidents
    Major ITS installations are planned as the Russian capital Moscow grapples with extensive traffic problems. At the end of 2014, Russia’s first complex intelligent transport system (ITS) started easing traffic problems in and around the capital Moscow, following the implementation of the plans by the federal government and the city’s authorities.
    Read More
  • August 5, 2013
    Travel times halve for tolling converts
    The Port Mann Bridge in Vancouver is a prime example of how the latest ITS systems enable new infrastructures to be built and paid for while still providing additional user benefits. Vancouver has 2.2 million inhabitants and, like so many major cities, is divided into two by a river, the Frazer river. This combination makes Vancouver the second most congested city in North America and the most congested in Canada. Through the middle of the city runs the Trans-Canadian Highway 1 which crosses the Frazer Riv
    Read More
  • July 31, 2012
    Dubai metro - the world's longest automated rail system
    David Crawford reviews the recent opening of Dubai's Red Line. The US$7.6bn Dubai Metro, the Phase I Red Line of which started partial operation in September 2009, will be the world's longest driverless rail system on its planned completion in 2011. With a total length of some 75km, it will then overtake the 68.7km Vancouver SkyTrain and be able to carry over 1.2 million passengers on a typical day.
    Read More

Highlighted Content