Skip to main content

Traffic management reducing carbon emissions

Three trees provided by Siemens have been planted in Southampton’s prestigious QE2 mile as part of the carbon offset programme included in the new traffic signals maintenance contract awarded to the company by Southampton City Council. Southampton's traffic signal engineer, Martin Wylie said: “We are working with Siemens on a number of initiatives to reduce the carbon emissions associated with our Intelligent Transport Systems.
May 15, 2012 Read time: 2 mins
Three trees provided by 1134 Siemens have been planted in Southampton’s prestigious QE2 mile as part of the carbon offset programme included in the new traffic signals maintenance contract awarded to the company by 3548 Southampton City Council.

Southampton's traffic signal engineer, Martin Wylie said: “We are working with Siemens on a number of initiatives to reduce the carbon emissions associated with our Intelligent Transport Systems.

“The city has secured funding from the Carbon Trust via the fund administrator, 1548 Salix, and is currently deploying low energy LED traffic signals across the city with an estimated reduction in carbon emissions in excess of 400tonnes/year. Southampton is using a combination of low energy products including Siemens ELV technology and LED retrofit solutions.”

The company says its ELV family of environmentally friendly controllers and signals can reduce energy costs and carbon footprint by up to 75%.

A newly-developed LED signal head retrofit option from Siemens enables existing installed Siemens Helios and Peek Elite signal equipment to be upgraded to the latest Siemens CLS LED technology, without compromising functionality and maximising the re-use of existing roadside infrastructure.

For more information on companies in this article

Related Content

  • Siemens supplies ITS traffic control solution for Poznan
    August 23, 2013
    Siemens is supplying an intelligent transportation system for the Polish city of Poznan after winning a near-€15 million contract from the Poznan transportation authority ZDM (Zarzad Dróg Miejskich w Poznaniu). Real-time traffic data from more than 200 measurement points, such as intersections, parking lots and public transport, will be collected in the city’s traffic management centre, evaluated and processed using Sitraffic Concert. The Siemens system, set to be commissioned in spring 2015, will pr
  • Traffic monitored by Fabema
    February 10, 2012
    Fabema GmbH is offering a new and more sophisticated solution for monitoring traffic flows, with its FMC-N multi-functional control that can be used during traffic jams, allowing the user to monitor phase changes from a PC. The unit, for both temporary and stationary use, suits installations with traffic signal systems featuring up to 32 signal groups and 256 signal lamps.
  • Emissions regulation leads to efficiency gains
    November 6, 2012
    Innovative technology is use is providing efficient, clean burning engines - Mike Woof reports The development of new diesel engine technology has, for the off-highway equipment sector, been the single most expensive research field for the industry since these machines first started being manufactured. Aimed at reducing the emissions of nitrous oxide as well as particulate matter, in a phased series of stages the engine emission improvements will make major changes to the construction sector. In real world
  • Advancing asphalt plant technology
    June 9, 2016
    Advances in asphalt plant technology were in major evidence at the bauma 2016 exhibition in Munich - Mike Woof writes One of the most apparent developments at bauma 2016 was the strong focus on asphalt plant technology. The massive physical presence of the asphalt plants could be seen from a distance, right across the showground, particularly the 50m-high machine Benninghoven had opted to exhibit. However, other plant systems from rival firms Ammann, Lintec and Marini, as well as Turkish company E-MAK, c