Skip to main content

Chinese cities tackling traffic delays

Telvent GIT has announced that it is working together with the Chinese cities of Nanning, Fushun and Erdos to implement its SmartMobility technology aimed at intelligent urban and mobility management to enable local authorities to make the most of their road infrastructures. These cities are expected to lower the current number of traffic delays by over 35 per cent and the inner-city commute rate is anticipated to drop by around 15 per cent. Telvent will work on centralising real-time traffic infrastructur
July 4, 2012 Read time: 2 mins
3344 Telvent GIT has announced that it is working together with the Chinese cities of Nanning, Fushun and Erdos to implement its SmartMobility technology aimed at intelligent urban and mobility management to enable local authorities to make the most of their road infrastructures. These cities are expected to lower the current number of traffic delays by over 35 per cent and the inner-city commute rate is anticipated to drop by around 15 per cent.

Telvent will work on centralising real-time traffic infrastructure management and control to enable operators to gain efficiency in responding more rapidly to any incident or emergency situation occurring throughout the road network. Citizens and users will benefit from heightened security, in addition to a reduction in the amount of time they spend on daily travel by having access to real-time information on traffic conditions. Telvent says that efforts focused on optimising urban mobility will have a positive impact on reducing pollution levels by over 10 per cent and lead to smoother traffic flow.

Envisaged collaboration also includes the implementation of a variety of systems geared towards reducing present road accident rates in the three cities. This will involve red-light violation control systems and video surveillance and speed measurement systems that will monitor the traffic situation across the metropolitan area.

Telvent has had an active role as a technological leader in smart transportation systems in China since 1990, and is presently executing similar projects in more than nine Chinese cities, including Beijing, Panjin and Urumqi.

For more information on companies in this article

Related Content

  • Telvent completes MxVision Weather Sentry
    February 29, 2012
    Telvent GIT has announced the completion of its MxVision WeatherSentry online platinum package.
  • Kapsch’s EcoTrafiX set for Malaga’s traffic mobility centre
    May 22, 2018
    Kapsch TrafficCom has been awarded management of Malaga’s MOVIMA - Malaga Traffic Mobility Observatory - as its MOVIMA access control system to the city centre. The integrated mobility management system, developed by the Council with Kapsch technology, uses TrafficCom’s EcoTrafiX platform with a commitment towards an integral, collaborative and analytical model as part of its Smart City strategy. With a total investment around €5.8 million, the EcoTrafix software platform will capture and publish real-ti
  • Optimising traffic control ensures efficient use of infrastructure
    April 10, 2013
    Central and local governments are facing many challenges, not least a shortage of funds due to budget restraints in the US and Europe in particular. In other markets, ensuring efficient traffic flow is the priority, with monitoring of network status being a key tool. New technology for traffic monitoring plays a crucial role and the sector is keen to introduce new and more efficient systems. The Transport Research laboratory (TRL) has long been a pioneer of traffic control technologies and its latest MAAPc
  • Data sharing for sustainable urban mobility around the globe
    July 27, 2020
    The International Road Federation (Geneva) and the World Business Council for Sustainable Development (WBSCD) are co-leading a new work stream on data sharing within the Sustainable Mobility for All (SuM4All) initiative led by the World Bank. This new piece of work looks specifically at addressing the issue of policy-making for enabling data sharing.