Siemens to equip Turkey’s suspension bridge with traffic control technology

Siemens is to supply the traffic control system for the world’s fourth longest suspension bridge, to be built between Istanbul and Izmir in Turkey. Siemens will be responsible for the development, installation and commissioning of all components and systems for the traffic control technology, including the traffic control system, monitoring technology and components for the technical infrastructure such as communication and camera equipment, energy supply, lighting and ventilation. Siemens will also supply
September 28, 2012 Read time: 2 mins
189 Siemens is to supply the traffic control system for the world’s fourth longest suspension bridge, to be built between Istanbul and Izmir in Turkey.

Siemens will be responsible for the development, installation and commissioning of all components and systems for the traffic control technology, including the traffic control system, monitoring technology and components for the technical infrastructure such as communication and camera equipment, energy supply, lighting and ventilation.

Siemens will also supply components for the technical infrastructure, such as camera surveillance technology and emergency call control centres, together with the complete lighting system for the bridge. A SCADA (Supervisory Control and Data Acquisition) system will be used for the process monitoring and control of the system.

The six-lane bridge is almost three kilometers long and is part of a major free way project designed to cut the travel time between both cities from eight to four hours. The new freeway will also relieve inner-city traffic congestion in Istanbul. The newly constructed highway will shift the traffic to the Istanbul suburbs and lessen congestion in the city centre.  Commissioning is scheduled for 2015.
Detection, Monitoring & Machine Vision

Related Content

  • December 5, 2012
    Ertico partners in step for Europe-wide cooperative traffic systems
    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
    Read More
  • September 12, 2012
    Success of Kuala Lumpur's dual purpose tunnel
    Malaysia’s capital boasts a unique piece of infrastructure; a combined stormwater and motorway tunnel, the longest multi-purpose tunnel in the world. Kuala Lumpur’s Stormwater Management and Road Tunnel (Smart) was conceived as a project under the Malaysian Federal Government to alleviate the flooding problem in the city centre. Although a booming city and the nerve centre for Malaysia’s economy, KL was built along the flood plains of the Klang River and, since its earliest days has been subjected to floodi
    Read More
  • December 3, 2012
    Electrosonic installs Hindhead tunnel control room display
    The twin-bore Hindhead tunnel in southern England has made the A3 London to Portsmouth route safer and more efficient, aided by the large overview video wall and operator consoles installed in the control room by Electrosonic, working with main contractor Balfour Beatty Engineering Services for the Highways Agency. To meet the Highways Agency’s requirement that the control room should operate in a similar way to other traffic control rooms on the major road network, Electrosonic devised a solution based on
    Read More
  • July 26, 2013
    Qatar invests $70 billion to pave the way to world beating transportation
    Eng. Zeina Nazer looks at what Qatar’s recently-announced investment in transport infrastructure will mean on the ground. Qatar is experiencing a rapid economic and industrial growth. This growth is characterised by a rapid population increase and by the urgent need towards the development of both infrastructure projects and major transport projects. In order to handle this rate of development within Qatar, Public Works Authority (Ashghal) is developing a fully-integrated multimodal transportation system in
    Read More

Highlighted Content