Skip to main content

Developing Delhi's local transport systems

Siemens wins BRT order A major contract order was placed with Siemens by DIMTS (Delhi Integrated Multi-Modal Transit System Limited) on behalf of the local Transport Department for the development of the city's Bus Rapid Transit (BRT) system.
February 9, 2012 Read time: 2 mins
A major contract order was placed with 1134 Siemens by DIMTS (2519 Delhi Integrated Multi-Modal Transit System Limited) on behalf of the local Transport Department for the development of the city's Bus Rapid Transit (BRT) system.

The order is for the supply of design services and the installation of a significant range of intelligent traffic signalling equipment including extra low voltage controllers and associated technology for 20 junctions.

Additional equipment and services being supplied includes the provision of a new Central Control Room with Urban Traffic Control (UTC) and SCOOT, over 600 traffic and pedestrian signals, around 350 above-ground detectors, a supply of nearside push-button units for pedestrian crossings and a long-term maintenance contract.

On behalf of the company responsible for placing the contract, AmiChand Srivastava, principal (Transport Planning) for DIMTS, confirmed that Siemens had won the contract order for the first BRT corridor from Ambedkar Nagar to Delhi Gate (length 14.5km.).

"In addition to offering a highly comprehensive and technically robust capability, Siemens provides a reliable range of innovative and sustainable products and services. This gives us great confidence as we develop the next stages of the BRT to meet the increasing needs for mobility with economic growth and for the benefit of the growing volume of people travelling in and around our city," he said.

Delhi is emerging as a hub for all kinds of commercial activities. According to a recent study, it is projected that Delhi and its satellite towns will be among the most densely populated cities in the world by 2020. The transportation network in Delhi is predominantly road based and the number of private vehicles on Delhi's road is increasing at a phenomenal rate.

Around 46% of total personal trips in Delhi were completed by using the public transport system (bus and metro) in 2007-08.

To attract a larger number of bus passengers, the BRT system is designed to play an important role. A reliable and good quality public transportation system offers better mobility, besides other social advantages such as reducing congestion and air pollution. In total, Delhi Government plans to build 26 BRT corridors, covering a total length of 310km by 2020. It has planned to build seven of these in phase one by 2010.

For more information on companies in this article

Related Content

  • Highway 407 Revisited – smart tollroad extension
    June 7, 2016
    In the late 1990s, World Highways published a supplement on construction of Canada’s Highway 407, the world’s first all-electronic toll road. But how successful has it been? David Arminas reports from Toronto The head office for 407 ETR Concession Company is a low-rise building next to exit 59, just north of Toronto, Canada’s economic powerhouse. The building may be non-descript but inside is the advanced technical heart of Highway 407 ETR – Express Toll Route. It houses the latest toll monitoring techno
  • Low-level innovation
    February 10, 2012
    A new traffic signal pole specifically designed to provide low-level access has been introduced by Siemens.
  • Road markings initiative for Mexico
    December 3, 2014
    The increasing need for efficient and durable products providing greater road safety is a concern of many authorities around the world, with Mexico being no exception While the Mexican Government seeks to improve the safety of the country’s roads, many companies and local governments are also taking the initiative to make their mark. Over the past decades, cities around the world have experienced rapid urbanisation. The growth of urban centres like Mexico City, coupled with the expansive use of cars as a
  • Rising to the challenge
    July 18, 2012
    Visualise today's concept of a major commercial traffic corridor in the western United States. A roadway responsible for delivering goods to Arizona, Nevada and Utah, that also connects Mexico to the United States to Canada through the North American Free Trade Agreement (NAFTA). What springs to mind? A multi-lane highway carrying thousands of vehicles a day past cities at speeds up to 113km/hour, while egress ramps make sure vehicles get safely to city streets and their final destination. This is not the c