Skip to main content

Advanced Israeli tolled lane opens

An innovative reserved toll lane concept is helping improve traffic flow in Israeli city Tel Aviv.
March 5, 2012 Read time: 2 mins
An innovative reserved toll lane concept is helping improve traffic flow in Israeli city Tel Aviv. The new toll lane on highway No1 is using advanced tolling technology from 1134 Siemens.

The aim of this link is to cut congestion, keep traffic flowing, reduce CO2 emissions and also lower fuel consumption.

The cost of the toll varies on factors such as the level of congestion on the free to use highway sections and the time of day. "This is a worldwide unique project and a big success for us in one of the most important markets in the Middle East," explained Jörg Schneppendahl, head of Complete Transportation at 2768 Siemens Mobility. "The flexible adjustment of toll parameters has a positive effect on the traffic management. It promotes intermodal mobility and above all the use of public transportation. This means less congestion, less exhaust emissions and cleaner air." The users of the tolled lane are detected by video-based license plate recognition systems and the dynamic toll is based on current traffic demand in the approach area. The toll is charged to the minute, with the exact amount being indicated on variable message signs.

The tolled lane was built by the Israeli construction company Shapir Civil & Marine Engineering, which will operate the reserved lane for the next 27 years. The company signed a franchise agreement with the Israeli Government. The Israeli company RS Industries/Orad Group was responsible for the traffic control and toll calculation system.

Siemens Mobility supplied the complete traffic management system, which includes the hardware and software for vehicle license plate recognition, traffic data acquisition and the control of the dynamic message signs. The heart of the system is the Siemens-developed algorithm, which analyses the traffic situation and calculates the toll fee.

For more information on companies in this article

Related Content

  • Asphalt milling optimised by 3D controls
    February 20, 2012
    3D machine controls can optimise milling efficiency, Mike Woof reports. More efficient milling and recycling operations can be carried out by using the latest 3D control systems on the market. At the last Trimble Dimensions event in Las Vegas, the advantages of 3D controls for milling operations proved a key topic. The use of 3D control systems can offer huge advantages in milling operations. This technology helps increase productivity as the milling machine will only remove what is required, which also hel
  • Emergent aggregates market vitality
    March 12, 2014
    New research shows the vital importance of emerging markets to the aggregate production industry, while leading aggregate production equipment manufacturers have brought new cutting-edge models onto the market. Meanwhile, recent equipment purchases are playing a key role in boosting the commercial success of customers in France and Malta. Guy Woodford reports Demand for construction aggregates in the Asia/Pacific and Africa/Middle East regions is fuelling global aggregates sales growth, according to the
  • Innovative low temperature asphalt and aggregate options and advances
    May 16, 2014
    Studies show the asphalt sector has options for materials use that can lower costs and emissions, as well as increasing the use of recycling One study in the UK led by the Carbon Trust and Lafarge Tarmac has found that low temperature asphalt (LTA) could be used as an alternative to conventional asphalt on roads. Conventional asphalt is made when aggregates and bitumen are bound together at temperatures of between 180ºC-190ºC. However, the trial found that the alternative is able to bond road materia
  • Spanish researchers develop new infrared emissions monitoring program that does not disrupt traffic flows
    September 27, 2013
    Spanish researchers believe they have found a new way of measuring road-side air quality with an infrared camera system that can remotely measure vehicle emissions by scanning the unique infrared signatures of various pollutants such as carbon dioxide, carbon monoxide, nitrogen oxide, and so on.