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sts.components.contact.mr.placeholder Sebastian Webel
Mr. Sebastian Webel

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Pictures of the Future
The Magazine for Research and Innovation
 

The Future of Mobility

From Roads to Rails

Metro in Gurgaon: Siemens created an alternative to the car by building two metro lines, each one several kilometers long, to serve as feeders to Delhi’s main subway network.

India’s road traffic has reached a breaking point. In response, the Indian government has committed itself to expanding local public transportation. As part of this plan, rail based transport will play a key role in inner-city traffic. Siemens has completed a number of key projects.

India has 1.3 billion inhabitants, making it the second most populous nation on earth after China. In addition, the country is grappling with an immense amount of traffic. Increasing prosperity and the growth of a well-educated middle class has caused the number of automobiles to multiply in recent decades. Whereas only about 4.5 million vehicles were registered in India in 1980, by 2015 nearly 210 million vehicles were clogging the country’s roads.  Today there are seven million vehicles in Delhi alone, including cars and motorized rickshaws — but excluding trucks. As a result, the city’s streets are always congested, particularly during rush hours. In fact, it’s not unusual for people to spend two hours commuting to work.

Naturally, some measures have been taken to manage the situation. For instance, in Delhi, trucks may be driven through the city only between 9 p.m. and 6 a.m. However, traffic often comes to a standstill during the day, even on 12-lane highways. These traffic jams cause tremendous losses to India’s economy, because millions of people are forced to waste valuable work time. “The Indian government has recognized this problem and is now promoting mobility as an important component of the nation’s rapid future development,” says Amitabh Bhagwat, who is responsible for turnkey projects at Siemens in Mumbai. “It believes that the solution is an expansion of local public transportation and a departure from motorized private transport. It’s crucial to get people to their workplaces quickly.”

In many major cities, all-new metro lines have been built in record time — over 200 kilometers in Delhi alone and 42 kilometers in Bangalore.

Subways: Key to Networked Solutions

A lot has in fact been accomplished in the past ten years. In many major cities, all-new metro lines have been built in record time — over 200 kilometers in Delhi alone and 42 kilometers in Bangalore. An additional 530 kilometers are currently under construction throughout the country. In August 2017, the Indian government passed the Metro Rail Policy, which for the first time makes it a national goal to expand rail based transport as the backbone of interurban traffic. This policy also calls for networking various transportation systems. The aim is to have rail transport the majority of passengers, while buses, streetcars or light rail lines bridge the last mile on people’s journey home or to the workplace.

Having built the metro line in the Gurgaon Cyber City business district with a connection to the Delhi Metro, Siemens also constructed the approximately seven-kilometer extension to the south.

“Today, private bus and transport companies operate their fleets on the routes that are especially lucrative and widely used, between city centers and residential districts,” says Bernd Bonenberger, a local transportation expert at Siemens in Delhi. “So far there’s been nothing like a cooperative network.” To date, the lobby of the various bus and transport companies has been an obstacle to the construction of a multimodal traffic network consisting of various modes of transportation. But the new policy aims to end all that. Networking has become obligatory. It’s true that the transportation companies have tremendous market power. Nonetheless, experts assume that these companies will comply with the government’s networking directive. “In fact, transportation can be extremely lucrative on the last mile, because passenger volumes are often very high,” says Bonenberger.

Complete Package for the Private Sector

An example of a major project designed to get people out of their cars and into public transportation is the Rapid Metro line in Gurgaon, near Delhi, which Siemens built as a turnkey project. In recent years, Gurgaon has developed an ultramodern office and business district to which many thousands of workers travel every day. “Previously, the access roads were completely overburdened. It sometimes took an hour just to travel from your office to the next main road,” says Bonenberger. Siemens created an alternative to this bottleneck by building two metro lines, each one several kilometers long, to serve as feeders to Delhi’s main subway network. It was a complete package, comprising trains with depot workshop equipments, the electrification system, and the signaling systems, all made by Siemens. “In order to keep costs within bounds, we relied on an attractive and robust technology that is especially dependable,” Bonenberger explains. Today, 99.5 percent of the trains are on time — and 93 percent of the more than two million passengers who travel on the Delhi Metro every day are satisfied with its punctuality as well. “The Delhi Metro is the only transportation system that operates reliably even during rain storms and flooding,” Bonenberger reports. In the greater Delhi region, Siemens not only built the subway line in Gurgaon that feeds into Delhi, but is also expanding the entire Delhi Metro subway system. Siemens is also providing the electrification technology for 115 kilometers of new subway lines.

India's city’s streets are always congested, particularly during rush hours - as here in Old Delhi.
The Rapid Metro on the outskirts of Delhi is the first completely private project of this kind in India – covering all of its costs through ticket sales.

New Approach to Urban Planning

The Rapid Metro Gurgaon feeder line on the outskirts of Delhi is the first completely private project of this kind in India. The line transports 50,000 people every day and covers all of its costs through ticket sales. As Gurgaon continues to expand, the operators expect the number of passengers to go on growing. “The Indian government is now promoting exactly this kind of involvement by private companies in order to boost the expansion of subway networks,” says Bonenberger. “This is essential because, as an emerging market, India does not have the economic strength to enable its public sector to expand the local transport networks to the extent that is needed.” Another new aspect of this policy is that bidders have to submit their project proposals for review by independent experts. This too decreases the influence of the well-established transportation lobby.

But the Indian government is looking even further ahead. It intends not only to create stronger networks of transportation systems but also to reorient urban planning through its Smart City initiative. The aim is to place residential districts, workplaces, and business centers closer together so that people don’t have to travel as much. This concept includes the construction of shopping centers located next to new subway stations. The initiative is supported by the Convention of Indian Industries, a business association that includes representatives from Siemens. Siemens operates several projects in Indian cities. One of them is in Nagpur, which is located in central India and has a population of 2.5 million. There, Siemens is equipping a new metro line with signaling systems. It is also supplying the contact line technology and building an equipment depot for train maintenance crews.

Express Trains for Long-distance Routes

The Indian government also wants to move transregional traffic off the nation’s roads. In the years ahead, it is planning to build a network of express trains for long-distance transportation. Siemens will be involved in this endeavor on the route connecting Chennai, Bangalore, and Mysore. A completely electrified route will be built for long-distance freight transport in the next few years in order to decrease the use of diesel locomotives. The aim is to use improved signaling systems to enable trains to run at shorter intervals, so that the route is more effectively utilized. And that’s not all. The Delhi Metro is also participating in a new photovoltaic facility that will provide the subway system with green electricity.

“All in all, India’s efforts to make its transportation systems more efficient and climate-neutral are impressive,” says Bonenberger.

Tim Schröder
Picture credits: from top: 1. picture Getty Images / Hindustan Times, 2. picture Parveen Kumar/Hindustan Times via Getty Images, 3. picture panthermedia.net / jarous