Skip to main content

Thales Siemens JV wins Spanish high speed rail contract

Spanish rail administrator Adif has awarded the Thales and Siemens joint venture a US$38.6 million contract to carry out works for the signalling facilities, train protection systems, fixed telecommunications and centralised traffic control for the Chamartín-Torrejón de Velasco section of Spain’s high speed rail network. The project also includes work on the 7.3 km long Atocha-Chamartín tunnel and a maintenance period of 36 months. Siemens Rail Automation will be responsible for modernising the Trackguar
August 17, 2015 Read time: 2 mins
Spanish rail administrator Adif has awarded the 596 Thales and 189 Siemens joint venture a US$38.6 million contract to carry out works for the signalling facilities, train protection systems, fixed telecommunications and centralised traffic control for the Chamartín-Torrejón de Velasco section of Spain’s high speed rail network. The project also includes work on the 7.3 km long Atocha-Chamartín tunnel and a maintenance period of 36 months.

Siemens Rail Automation will be responsible for modernising the Trackguard Westrace technology electrical interlocking located at Chamartín station and its extension as far as the new southern head of Chamartín station. It will also undertake alterations to the centralised traffic centre (CTC) and provide its ASFA train protection system in the Atocha-Chamartín tunnel and on the track section up to Torrejón de Velasco. In addition, Siemens will install its Clearguard FS3000 line circuits along with LED signals and associated cabling and will carry out auxiliary civil engineering works as well as the construction of a technical building in Chamartín.

Thales will take responsibility for extending and adapting the existing level 1 and level 2 ERTMS protection system in Chamartín station, including the modification of two control centres. It will also provide LockTrac electronic interlockings, ERMTS L1 AlTrac train protection equipment, security systems (CCTV) and fixed telecommunications to the Chamartín and Torrejón de Velasco section to facilitate the circulation of trains. Thales will also extend the train traffic control and protection facilities at the Torrejón de Velasco junction, Madrid-Seville high-speed line, with the necessary technology for the link with the new line. It will also adapt the CTC on the Madrid-Seville high-speed line.

For more information on companies in this article

Related Content

  • Ferrovial consortium to build I-77 HOT lanes
    June 30, 2014
    Cintra, a US subsidiary of Spanish infrastructure firm Ferrovial, is to be responsible for the development of the I-77 HOT Lanes Project led by the North Carolina Department of Transportation (NCDOT). The US$655 million project, extending 26 miles from the I-77 connection with I-277 in Charlotte to the intersection with NC 150 in Iredell County, will enhance traffic connectivity between residential areas along the corridor and downtown Charlotte. The project includes the development of high occupancy tol
  • GMV wins Lisbon tram ITS contract
    March 28, 2022
    Deal from Caf covers systems for Urbos 3 streetcars which will begin service next year
  • Nairobi looks to ITS to ease travel problems
    December 21, 2017
    Shem Oirere looks at plans to tackle chronic congestion in the Kenyan capital. Traffic jams in the Kenyan capital, Nairobi, are estimated to cost the country $360 million a year in terms of lost man-hours, fuel and pollution. According to Wilfred Oginga, an engineer with the Kenya Urban Roads Authority (KURA), the congestion has been exacerbated by poor regulation and enforcement of traffic rules, absence of adequate traffic management systems and poor utilisation of existing road facilities.
  • Centralised traffic control, managing changing traffic demands
    January 23, 2012
    Paul van Koningsbruggen and Dave Marples of Technolution BV describe, using a national example from the Netherlands, how smart add-ons to traffic control centres combine to increase cross-centre capabilities and cost-efficiency. Increasingly, traffic management is becoming the natural partner of the civil engineer, improving flows over existing infrastructure to deliver an alternative to laying more blacktop. As in any emerging market, the first steps towards mature traffic management have not necessarily r