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Exclusive interview with Mr. Kumar Keshav, CEO, Deutsche Bahn (DB RRTS Operations India Private Limited)

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Mr. KUMAR KESHAV, Chief Executive Officer (CEO), DEUTSCHE BAHN (DB RRTS Operations India Private Limited).
Mr. KUMAR KESHAV, Chief Executive Officer (CEO), DEUTSCHE BAHN (DB RRTS Operations India Private Limited).

Metro Rail News conducted an exclusive interview with Mr. KUMAR KESHAV, Chief Executive Officer (CEO), DEUTSCHE BAHN (DB RRTS Operations India Private Limited).

Shri Kumar Keshav is an IRSE (Indian Railway Service of Engineers) officer and a gold-medalist engineer from IIT- Kanpur (M.Tech) and IIT-Roorkee (B.E.). Shri. Kumar Keshav with his vast experience of implementing Lucknow and Kanpur Metro in record time is now leading the DB RRTS Operations India team for efficient and cost-effective operations & maintenance of India’s first ‘Delhi- Ghaziabad-Meerut’ RRTS corridor.

Q.1. What, in your opinion, can be the best strategy to execute metro and infra projects in the country in a speedier way seeing the need and urgency of developing transport and infra projects on a gigantic scale in the nation?

To accelerate the development of transportation and infrastructure projects on a large scale, several effective strategies can be implemented. Firstly, Public-Private Partnerships (PPP) can be utilized to involve private sector players who can bring in additional resources and expertise, resulting in more efficient project execution. Additionally, standardizing designs and processes can expedite project execution by reducing the time and effort required for project planning, design, and construction.

Secondly, efficient project management is critical to delivering projects on time and within budget. Robust risk management strategies, project management tools, and regular monitoring and evaluation of project progress are all essential elements of effective project management.

Thirdly, streamlining approval processes for obtaining permits and clearances can significantly reduce project timelines. Governments can establish a single-window clearance system for infrastructure projects to expedite the approval process.

Fourthly, technology such as Building Information Modelling (BIM), Geographical Information Systems (GIS), and project management software can enhance the efficiency and speed of infrastructure projects by streamlining project workflows and improving project delivery.

Lastly, engaging local communities and stakeholders in infrastructure projects can help speed up project implementation by reducing resistance and delays caused by protests and public objections. By implementing these strategies, the execution of metro and infrastructure projects can be accelerated to meet the urgent need for development in the country.

Q.2. You are accredited and admired for accomplishing metro projects like Lucknow and Kanpur Metro in the record and due time. What other major achievements did you highlight for yourself as a rail technocrat during your 40 years of long professional career?

These projects have fulfilled my professional aspirations and personal goals. With over 40 years of experience as a rail technocrat, I have been fortunate to contribute to multiple metro projects across India. One of my notable accomplishments was completing the Lucknow and Kanpur Metro projects within a record time frame.

I believe that metros play a critical role in the transportation mix of urban centers, particularly in India. The energy required per passenger-kilometer in a metro system is significantly lower than that required by cars or two-wheelers. However, the development of mass transit projects such as the metro requires significant investments that cannot be provided solely by the government.

Private participation is essential to ensure the financial viability of such projects. Private players bring expertise, skills, and technological upgrades that can improve the overall quality of the project.

One of the primary challenges in any metro project is to gain public support and address their concerns and expectations through consistent stakeholder engagement and community interaction programs. The execution and implementation of the Lucknow Metro project was more challenging than that of the Delhi Metro due to various engineering hurdles. However, with the enhanced skill set, expertise, and technological upgrades brought in by private players, we completed the project 36 days ahead of schedule.

Overall, developing metro projects in India has faced many obstacles, but the success of projects like the Lucknow Metro proves the necessity of this urban mass transit system. It has always been about the work itself and the impact it can have on the world. I am proud to have worked with dedicated teams on these projects, and the recognition they have received is a testament to the incredible work we have done together.

Q.3. Metro Rail Policy 2017 advocates the need for private sector participation in regional rail and metro projects in India. In what ways do you think it shall promote rail activities in the country?

The Metro Rail Policy 2017’s advocacy for private sector participation in regional rail and metro projects in India can promote rail activities in the country in several ways:

Increased investment: Private sector participation can attract significant investments from domestic and international companies, thereby providing the necessary capital for the development of rail infrastructure in the country.

Technology transfer: Private sector participation can bring in advanced technologies and innovative solutions to the rail industry, leading to modernization and up-gradation of existing infrastructure.

Improved efficiency: Private sector participation can improve the efficiency of rail projects through the introduction of new management practices, streamlined processes, and specialized expertise.

Employment generation: The involvement of private players can lead to job creation, both directly and indirectly, through increased demand for labour and support services.

Reduced burden on the government: With private sector participation, the government can share the financial and operational risks of rail projects, thereby reducing the burden on the government and freeing up resources for other development activities.

Q.4. DB India is a subsidiary of Deutsche Bahn AG, the National Rail Company of Germany. As CEO of the foreign group, what are your role & responsibilities? Which major goals and priorities are you focussing on holding the coveted position?

As CEO, my primary objective is to oversee the transit system’s overall performance and ensure that the public receives secure, dependable, and efficient transportation services, along with the transfer of cutting-edge rail technology from Germany to India.

To achieve this goal, we have developed and implemented strategic plans, policies, and procedures while managing financial resources, ensuring compliance with relevant laws and regulations, and establishing effective communication channels with stakeholders and partners.

As a world leader in the operation and maintenance of railway projects in different countries, Deutsche Bahn (DB) is paving the way for the transfer of knowledge, best international practices, and managerial services available around the globe to the Indian metro and rail O&M industry.

Our vision for DB RRTS Operations India Pvt. Ltd. is to establish it as a world -class provider of efficient, safe, and sustainable transportation services. Leveraging Deutsche Bahn’s global expertise in railway operations and maintenance, we aim to set the highest standards of safety and reliability for the RRTS corridor while keeping it cost-effective and environmentally sustainable.

Q.5. Indian Railways is going through a transformational phase. How do you envision railways in coming years amidst the government’s efforts to transform the national transporter in an equitable way for all classes? Is there any suggestion you shall like to highlight?

The expanding metropolitan regions and rising population in India pose significant transportation challenges, which the government is addressing through initiatives such as “Make in India” to boost domestic production capability for transportation systems. This has created interesting opportunities for global rail companies to participate in the growing market.

Rail transportation will play a major role in India’s development, helping to tackle challenges related to carbon dioxide emissions and sustainable development. Green Urban Mobility Partnership with Germany is being discussed to improve sustainable urban mobility infrastructure, and companies like Deutsche Bahn can share technological solutions for immense benefits, DB being the world leader in railway technologies.

Q.6. What would be your message to young aspirants willing to make a career in railways?

To all the young engineers and management professionals aspiring to build their careers in the Rail & Metro sectors, I have a simple message for you: go for it!

The Rail & Metro sectors are exciting and dynamic industries that play a crucial role in the efficient movement of people and goods. These sectors offer a wide range of career opportunities across various disciplines, from engineering and construction to operations and management.

If young aspirants are passionate about technology, innovation, and making a positive impact on society, the Rail & Metro sectors are the perfect place for them to build their careers. With rapid urbanization and the increasing demand for sustainable transportation, these sectors are experiencing significant growth, which means there will be plenty of opportunities for you to grow and develop your skills.

My advice to you would be to remain curious, embrace a willingness to learn, and never be afraid to take on new challenges. Building a robust network of mentors and peers is essential, so seek out opportunities for training and professional development. Keep in mind that success is not just about individual achievement, but also about collaboration and teamwork.

Therefore, if you’re passionate about the Rail & Metro sectors and have a drive to make a difference, pursue your dream career with confidence. The world needs more talented professionals like you to help shape the future of transportation.

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Coimbatore and Madurai Metro Project’s DPR to be Finalised by Month End: CMRL

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Chennai Metro
Representational image only

TAMIL NADU (Metro Rail News): The Chennai Metro Rail Limited (CMRL) officials have announced that the detailed project reports (DPRs) for the proposed Coimbatore and Madurai Metros will be finished by the end of June. The CMRL was assigned the task of hiring consultants to prepare feasibility reports and DPRs for constructing mass rapid transit systems in these two cities due to the increasing traffic congestion.

In the feasibility report, it was suggested that a 31-kilometer network be established in Madurai to connect Othakadai with Tirumangalam. Similarly, for Coimbatore, a stretch of 40 kilometers was proposed, which would consist of two corridors in phase I. The first corridor would run from PSG Foundry to Ukkadam Bus Stand, and the second corridor would connect Collectorate to Valiyampalayam Pirivu.

For Madurai, the State government received the feasibility study a few months ago, and the DPR work started after additional instructions from the government. Although the feasibility report and the DPR were finished in the instance of Coimbatore, officials in the State government had conversations and determined that a number of adjustments needed to be made. As a result, the DPR was re-modified and started some months ago.

Over the past few months, CMRL officials have conducted discussions with stakeholders from various departments in both cities. According to officials, the DPR project is almost finished, and the reports will be ready by the end of this month. Once submitted to the State government and approved, the next steps such as land acquisition, utility diversion, and construction work can begin in the upcoming years.

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Exclusive Interview with Mr. Shree Harsha, Global Sales Strategy Director – Supply Chain & Logistic, Dassault Systemes

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Mr. Shree Harsha, Global Sales Strategy Director - Supply Chain & Logistic, Dassault Systemes
Mr. Shree Harsha, Global Sales Strategy Director - Supply Chain & Logistic, Dassault Systemes

Metro Rail News team conducted an exclusive interview with Mr. Shree Harsha, Global Sales Strategy Director – Supply Chain & Logistic, Dassault Systemes

Shree Harsha is an accomplished professional with over two decades of experience in international business consulting, management consulting, technical expertise, and sales and marketing. Currently serving as the Logistics & Supply Chain Global Sales Strategy Director at Dassault Systemes, he has played a crucial role in developing sustainable innovations aligned with the UN Sustainable Development Goals. He has worked extensively with companies in India and across the globe, including strategic customers in Japan, China, Germany, France, and North America. 

Narendra ShahWhat have been the major solutions and brands for Dassault Systemes in recent times, being a pioneer for 3D product design, simulation, manufacturing and other 3D-related products?

Shree Harsha: Dassault Systemes have been in India for a quite a long time now. We call ourselves as the 3DEXPERIENCE Company with a mission to build the entire economic, value creation process using the Dassault Systemes product portfolio. We call it as virtual universes, and we work towards building virtual universes for manufacturing infrastructure and life sciences sector. That is how we look at the business at a very macro level. 

We are a French-listed company, and we have been in India for almost 20 plus years now. We have a significant presence in India with more than six office locations across the country, with headquarters in Bangalore and Delhi and R&D labs in Pune and Bangalore. For proximity towards the customer, we have offices in Ahmedabad, Calcutta, Chennai, Bangalore, Mumbai and Pune. We are growing in India, and we have roughly around 4,000 plus people currently working in the country with the second largest user base after Paris. We are around 5.5 billion Euro revenue company with the business interest across different industries. Railways and Ports are two industries which cover us with most of the things around logistics. So, logistics is one of the core businesses for us in the way we cater to our customers, and therefore, we feel really proud to be associated with different logistics projects in India today, especially the GatiShakti project. The ambition of the Gatishakti is to reduce the cost associated with logistics when compared with the percentage of GDP ranging from 14% to 18%. 

This is happening through better coordination, better alignment with regard to clearances of the processes, and making sure that there are less bottlenecks with regard to the delays for the clearances from one department to the other in getting approvals. We believe in having a single repository of information like single source of truth, what we generally refer to as a 3DEXPERIENCE platform to build the entire logistics virtual twin to be able to cater to the needs of rail and ocean freight, trucking, last mile connectivity and primarily what is referred to as intermodal logistics which is basically multimodal logistics with urban planning done in a better fashion. 

If one wants to send goods today from point A to point B, many customers may not opt for one route. In this situation, we provide a virtual twin platform for them to able to plan, simulate, optimise and to be able to deliver these experiences to the customers using a 3DEXPERIENCE platform. That’s our larger ambition in the way, what we cater to the market.

Narendra Shah: Being a French company, what is the Dassault’s vision and mission in India?

Shree Harsha: Our primary mission is to make sure that our customers, in their journey of innovation, work with Dassault Systemes in their product development strategy. We help our customers build better experiences eventually for their customers. We do that through our 3DEXPERIENCE universes, which enable to innovate better, reduce cost and optimise the working efficiency of the interdepartmental workflow together so that the customers acknowledge and remember the services and products that are delivered in a better fashion. We do that by having long-term partnerships with our customers. We build relationships for five, ten, fifteen-year horizons, and some of the relationships we have with companies like Boeing, for an example, have been for more than the last thirty, forty years. We are working very closely with almost 10,000 plus Indian customers today. Globally, we are around more than three lakh customers using Dassault Systemes products. 

In India, we are also working quite closely with academic institutes. It means we have more than 1000 finer education institutes teaching Dassault Systemes product portfolio every day, along with the domain skill sets necessary. We align with the national agenda of skill development in India, which is the first aspect. The second alignment is that we work very closely with the start-ups in India through our 3DEXPERIENCE lab, which is our start-up incubator.

We support the Indian start-ups in various business sub-segments so that, they provide the most innovative products which are sustainable, take lesser resources and have minimal carbon footprints to make sure that we help in the course of making India and designing India through this journey. We are very much focused in aerospace, defence, automotive and industrial equipment. That’s our core bread and butter in terms of revenues. While we are diversifying quite a lot into CPGR, which is consumer package goods and retail, we are into high-tech businesses because of the new interests in terms of the new economy which we see in India. 

The last one is the business services. We are witnessing huge investments coming in the logistics aspect in the Indian economy assets. Hence, we work, bring in our knowledge and expertise and help Indian customers to build better products and services and use lesser resources so that they are much more sustainable in their innovation journeys.

Narendra Shah: Especially for the transportation sector like metros and railways, what have been the biggest achievements so far being the global sales strategy director of supply chain and logistics at Dassault system?

Shree Harsha: At a very macro level for railways and rail business, we have two sites of the business operations. One at the upfront, which is the design and the manufacturing of the rail components, the rail coaches, the rolling stock, the infrastructure and the interiors. Most of the companies like Alstom, Rotem, and Bombardier, who are supplying these coaches to Indian railways, use Dassault Systemes tool sets to design, manufacture, and do the quality checks and balances. They use AR, VR and use digital twins to deliver the best quality product at the right time and price for Indian railways to leapfrog in railway investments and go best in world-class in whatever expenditure is being made. Whether it is electric trains, new investments coming in hydrogen-based locomotives and trains, we are amongst the cutting-edge technology research projects today which are working with quite a lot of Indian business units under railways helping them to localise their components in their design and manufacturing journey. That’s the upstream of it. 

The downstream of it is the rail freight operations. It is the most profitable business for Indian railways. Nearly eighty per cent of Indian rail revenue comes from its freight operations. If we look at what is being transported by freight trains in India, we’ll see that sixty to seventy per cent is chemicals, coal and a little bit of automotive. The challenge with freight operations in India lies across its more than 68,000 kilometres of railway tracks to transfer the goods from point A to point B, with a number of constraints like passenger and goods train running on the same track. 

We are, therefore, working closely in solving these kinds of complex operational research challenges. We help not only railways in solving these kinds of complex logistics puzzles worldwide but different companies in freight, crew, service requirement or the entire intermodal planning of the marshalling and managing the railway yards and even managing the connectivity across all of these together. 

Globally, we work with quite a lot of players who are leaders in this particular segment, and we’re trying to bring this sort of technology so that we can help Indian railways to maximise the revenue, reduce the operational cost, improve safety elements and get much more confidence on their maintenance activity because we are in the journey of helping customers in the predictive maintenance as well. 

Narendra Shah: You have 3DEXPERIENCE platform. Could you please explain how it can be beneficial for the Metro Rail operators in our country?

Shree Harsha: A 3DEXPERIENCE platform specifically is a business experience platform. It connects the various stakeholders in any business function to be able to streamline them and perform day-to-day activities. 

Coming to the Metros as a specific example, when we look at a metro line being developed in a city, we find there are a number of processes associated with it. Somebody needs to look at the city’s urban planning environment, envisage the key congestion location, identify the areas where the Metro line and stations need to be created and then create a DPR, a detailed project report.

We help our customers with all these planning activities. An example that we have with us is Singapore, where we worked quite closely in these kinds of urban planning scenarios in terms of identifying the locations, the areas where the metro lines could be put up and other planning activities. In India, we have worked quite closely with Jaipur Urban Development Authority in doing this sort of urban planning. So, developing a metro system, once we have a DPR, a model in our mind, then we need to visualise the number of lines and stations needed for the Metro, the signalling and the various other aspects. Thereafter, one needs to create a project report for it and look for a tender process to be able to procure the rolling stock like coaches. So, we need to create that specification document which we are helping many of the customers worldwide to build in 3D so that there is no confusion regarding the specification of the Metro Systems being developed. 

Once that’s done, companies who bid for this project may deliver the bridges, the quotation for station construction, rolling stock and locomotives, and then finally, we have an operational metro train available. Then comes workforce management. How to manage the workforce for the operational Metro system, manage the timetable, the service timetable and the maintenance schedule of the Metro are the areas where we help the metro operators. Some lines may break, some repairs might come in and the rail operators need to rearrange the line accordingly and also see if there is a spare locomotive available. So, the operational aspects of running a metro line are the areas which we take care of using our platforms for the customers. We have the de facto partner in rail systems worldwide because customers see us as a partner of choice in their journey of technology and operational efficiency improvement, and that’s exactly what we’re trying to do in India.

Narendra Shah: What are the latest trends in the transportation and mobility industry? Seeing the rapid urbanisation of cities globally, what can be the best approach to sustainable public transport systems?

Shree Harsha: It’s a valid question. Sustainability is at the heart of Dassault Systemes‘ product vision strategy and our operations. In fact, we have declared our science-based target initiatives on even reducing our own CO2 emissions with regard to our day-to-day operations. We are on par aligned with the UN sustainable development goals on the journey of sustainability and helping many of our customers in their sustainable journey as well. We are a trusted partner of our customers in this segment. The three areas where we help our customers with sustainability are product, process and operations. Any company which manufactures goods uses a lot of raw material, water, energy etc. We help them to reduce it using our software so that they are able to manufacture the goods and convert the raw materials used by them into final product by using lesser energy. Second, comes the process. When we say process, it means the various steps involved in converting raw material into a finished good or a product. Let’s say, raw steel to the final product as an output. During the process, there are a lot of non-value-adding activities, inefficiencies, energy consumptions etc. going on as a part of the process. It is where we help our customers. We have complete tool sets to help our customers navigate their sustainability charter altogether. That’s number two. 

Last but not the least is the operations. If calculated, we see that sixty per cent of the cost involves energy consumption while sending the goods through ship, train or trucks based on fossil fuels. This can be improved. We help our customers to make this kind of informed decision so that they can optimise the transport making the travel much more sustainable. During the course of the journey, if someone doesn’t want to use the fossil fuel and wants to switch to electric, we help the customers in their transition towards the electrification journey. That’s a valid aspect of our sustainability goal. So very importantly, we are the leaders in the sustainable journey for many of our customers worldwide.

Narendra Shah: The Indian government is making huge investments on the transport and infrastructure development. What are the major products and customised solutions offered by Dassault Systemes?

Shree Harsha: Seeing the huge investment the Indian government is making, especially in the projects like GatiShakti and different aspects in which the Indian infrastructure currently lacks, we are trying to help build India’s virtual twin of logistics so that we have the most efficient successful logistics network in India in compliance with all the safety and the regulatory norms associated with the government departments. 

The safety and regulatory norms can be related to safety & signalling and warehouses which is being built across Pan India. We even help managing and digitising various constraints being faced by different sectors in India and optimise everything around. So that we get the most optimised roads, freight, and workforce, which helps in the direction of reducing the logistics cost to the 8% of the GDP. We are the technology partner of choice for most of the companies in this logistics segment, and we want to bring that to India and be partnered with this journey which we are trying to achieve by 2030. This is what, in brief, for our major products and customised solutions. 

Narendra Shah: In what ways virtual twin is different from digital twin? What are the major sectors that benefitted from the technology to provide multidisciplinary and multiscale solutions?

Shree Harsha: More and more world today is changing towards what we call a cyber-physical system. It technically means multidiscipline, mechatronic-centric subsystems, and we are developing Dassault Systemes tool sets, the CATIA apps available with us and the design apps on top of the 3DEXPERIENCE platform, which is helping in model-based systems, engineering to build cyber-physical systems. 

We presently are leaders in the model-based systems engineering space worldwide with our Catia portfolio, which is the de facto tool globally for any high-tech design. Nearly ninety per cent of the cars and almost ninety-five per cent of the planes are designed using the Catia tool sets, which we are trying to see how we can further work on it. We are also working with logistics twin, which we pioneer with our systems and multidiscipline systems engineering approach altogether. 

Connecting back to what’s being said earlier, i.e., the difference between the Virtual Twin and the Digital Twin, I would say that both technologies are quite similar with respect to the multidiscipline systems engineering approach. Digital twin can be just a 3D representation of any particular object. With virtual twins, we have various additional elements associated. We can have the behaviour element, the time element and the schedule element associated with it so that it is much more reactive to data and insights, and it can also learn automatically with artificial intelligence and machine learning. Learning through the real-time environment, we apply to the virtual so that we are much more confident in the way we deliver the outcomes of execution.

Narendra Shah: What are the complete advantages of being with the Dassault systemes compared with the other companies in the market in the same domain?

Shree Harsha: Dassault Systemes is a long-term thinking company considering the way we operate and work with our customers. We have a very unique value engagement consultative approach with our customers. We sell a product portfolio for a particular need in the market where we understand the challenges faced by the customers and help them charter their digital journey. We put up a roadmap of a few years and have some key milestones with the right KPIs in place so that we can realise the ROI for the technology investments. 

Defining the roadmap together with the customer, we see the success, and then we go into the much larger scale in terms of deployment. Many customers in India, like Ashok Leyland, Eicher Motors, and Mahindra, have been with us for more than twenty years. So, our partnering with major companies for technology and other support for a longer period has been one of our major achievements and key difference which keeps us apart from other companies.

The other one I would say is, we are the only company in the world to provide a 3DEXPERIENCE platform with all the apps, which gives a modular approach to our clients so that they can scale up their technology investments. It means that our clients can address different challenges simultaneously. Challenges in manufacturing, design, sales, operational efficiency and others can be addressed and scaled up to a higher level. Most of the companies like Renault in India, Alstom worldwide use our system tool sets for the design and development of their products. So, we can say that we are the leaders in this particular space and we are a kind of innovation partner for many of our customers, being with them in the journey of digitisation.

Narendra Shah: Any message for our readers? We would also like to know your views on our magazine.

Shree Harsha: I follow your magazine. I think you guys are doing a fantastic work with regard to three things. Number one, you are delivering the best news on various sets of investments, which is quite beneficial for companies like us and also for people, academic institutes and for students as well. That’s a fantastic job, and I should really congratulate you for the work you’re doing. 

And number two, I think you’re also helping quite a lot of new companies which are trying to enter India because this is the most happening industry presently. The metros, the railways, track maintenance, and the infrastructure are supposed to be the most promising industries today. You have a wealth of knowledge to share with a lot of companies coming to India. So, hats off and thank you for your efforts. And last but not the least, I think you people are also building awareness about this sector which is quite promising and disseminating the message that India, in its Amrutkal and development spree, will have a lot of investment in infrastructure, and there would be new opportunities, emerging opportunities in the area of infrastructure.

Also, thanks to your website, which many people are discovering for their information. So, we shall be really happy to contribute in any way possible with our use cases and case studies, which can be beneficial for your readers.

Narendra Shah: Thank you so much for your kind words, and we’ll try to give our best in terms of information that can be authentic and that can be without any influence. We do provide the services to the people who want to set up the businesses in India through our information dissemination approach and event platforms. So, we owe our commitment to try and bring forward the best job in the market today, across the industry and various people around. Thank you for your time.

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Systra JV Successfully Completes Commissioning of EDFC-2’s Final Segment

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Systra JV Successfully Completes Commissioning of EDFC-2's Final Segment
Systra JV Successfully Completes Commissioning of EDFC-2's Final Segment

UTTAR PRADESH (Metro Rail News): In a major milestone, the Eastern Dedicated Freight Corridor (EDFC-2)’s final segment, spanning 27 KM from New Pt. Deen Dayal Upadhyay Junction to New  Ahraura Rd, has successfully been commissioned by Systra JV on May 31, 2023.

Having achieved this notable milestone, the commissioning of the complete EDFC-2 has been accomplished, successfully connecting the 1875 km long route from Sonnagar, Bihar to Ahmedabad, Gujarat. This development has led to a  reduction of approximately 15 hours in the transit time for coal transportation.

The commissioning of EDFC-2 also involves a 422 RKM stretch from New Bhaupur to New Pt. Deen Dayal Upadhyay Junction. This section features a 2x25KV Electrified Double Line and Automatic Signalling, enabling smoother operations and improved connectivity. Systra JV had previously commissioned a 351 km section from New Bhaupur to New Khurja of DFCCIL in 2020.

The successful commissioning of the EDFC-2 sections marks a significant advancement in improving freight connectivity throughout India and influencing its future.

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BEML Secures Lowest Bid for Bengaluru Metro Coaches Amidst Chinese Supply Delays

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Bengaluru metro
Representational Image

BENGALURU (Metro Rail News): BEML has been named the lowest bidder for providing 72 coaches for the Bengaluru Metro. BEML quoted a price of Rs 10.6 crore per coach, which is lower than the Rs 14.3 crore quoted by Alstom, a French railway company. Titagarh Wagons, another company in the running, did not meet the technical requirements.
The Bangalore Metro Rail Corporation Limited (BMRCL) had initially invited tenders for these coaches in April 2022, for the Yellow Line that covers 19km of distance from RV Road to Bommasandra. However, the tender opening was delayed due to various reasons. By December 2023, the section from RV Road to Bommasandra is expected to be operational.
BEML also recently won a bid to supply 318 coaches for Phase 2, Phase 2A, and Phase 2B of the Bengaluru Metro. In that tender, BEML quoted the lowest price of Rs 9.9 crore per coach.

BMRCL planned to issue the tender for 72 coaches because it faced a delay in receiving 216 coaches from China’s CRRC Corporation Ltd. The contract for those coaches was awarded in December 2019, but none have been delivered yet. The delay was due to several challenges, such as finding a local manufacturer to meet the local production requirements under the ‘Make in India’ initiative, as well as factors like Covid-19, trade restrictions with China and FDI policies. CRRC collaborated with Titagarh Wagons to produce and supply the coaches.

BMRCL hopes to receive the first two sets of six-coach trains from CRRC by August 2023, and additional train sets from Titagarh Wagons starting in September. Out of the 216 coaches, 126 will be used for the Purple and Green lines, while the remaining 90 will be for the Yellow Line.

BMRCL has not yet decided whether to award the tender to BEML, as CRRC has promised to deliver the first two sets of six-coach trains from China by August 2023. A BMRCL source stated that a final decision will be made after the evaluation process. BMRCL has floated the tender for the 72 coaches as a backup plan due to the delays with CRRC. A final decision on awarding the tender to BEML will be made after the tender evaluation process is completed.

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DMRC Launches ‘Bhoomi’ TBM for Magenta Line Extension Tunnelling

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DMRC starts a tunneling drive with TBM Bhoomi in the presence of Dr. Vikas Kumar, Managing Director/DMRC and other senior officials.

New Delhi (Metro Rail News): In the presence of Dr. Vikas Kumar, Managing Director/DMRC, and other senior officials, the Delhi Metro Rail Corporation (DMRC) today initiated a tunnelling operation using the Tunnel Boring Machine named “Bhoomi” to excavate a tunnel from Derawal Nagar to Pulbangash on the Magenta Line extension (Line-8) from Janakpuri West to R.K. Ashram corridor.
TBM Bhoomi
Between Derawal Nagar and Pulbangash, the tunnel spans around 3 km. The tunnelling would range in depth from 12.4 metres at Derawal Nagar station to 25.9 metres close to the Najafgarh drain. The TBM will therefore go across many geological layers below the earth.

TBM Bhoomi 2
TBM Bhoomi

In this phase, Delhi Metro is installing the BEAM (Bore Tunnelling Electrical Ahead Monitoring) System on all of its TBMs in a first-of-its-kind endeavour. It allows the TBM to anticipate in real-time the geological strata up to 20 metres in front of the machine’s cutter head face and anticipate any unexpected encounters with filled wells, cavities, and aquifers that might cause the earth to settle if the TBM hits them without the right treatment.

BEAM is a specialized ground prediction technique, known as non-intrusive focused-electrical induced polarization, developed specifically for the underground construction industry. It is applicable in various geological conditions, including hard rock, soft ground, and mixed ground, irrespective of the presence of groundwater or the type of boring machine being used (such as EPB, Slurry, Gripper, Single or Double Shielded TBMs). BEAM’s versatility allows it to be utilized independently of the TBM manufacturer.

The tunnel will traverse beneath numerous residential and commercial areas along GT Karnal Road, including Derawal Nagar, Rana Pratap Bagh, Shakti Nagar, Kamla Nagar, Ghanta Ghar, Subzi Mandi, and Roshanara Road. Currently, there are four Tunnel Boring Machines (TBMs) in operation across the city, specifically in the three priority corridors of Phase IV, namely Janakpuri West-RK Ashram Marg, Majlis Park-Maujpur, and Tughlakabad-Aerocity. As part of this phase, a total of 28 kilometers of new underground corridors are being constructed.

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28 km Gurugram Metro Project’s Construction to Commence in One Month, Announces CM Khattar

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GURUGRAM (Metro Rail News): The civil work on the 28 KM Gurugram Metro from Huda City Centre is likely to start in a month by Gurugram Metropolitan Development Authority (GMDA). The Chief Minister of Haryana, Manohar Lal Khattar, announced this while reviewing development projects in Gurugram and Faridabad worth Rs 37,927 crore.

He emphasized the importance of these projects and allocated over Rs 2,000 crore for development in both cities. Shri Manohar Lal Khattar also instructed officials to expedite ongoing projects and ensure proper supervision. The GMDA will strengthen the metro and road network in Gurugram and Faridabad to establish a robust transportation system.

The proposed Gurugram Metro project will connect Huda City Centre and Cyber City, covering 28.8 km with 27 elevated stations. The project is expected to cost Rs 6,800 crore. The tender includes a main line between Huda City Centre and CyberHub, along with a spur from Basai village to Dwarka Expressway. The project is expected to have an interchange with the Rapid Metro.

The state government has also proposed a Metro link from Palam Vihar to Dwarka Sector 21 to connect the Gurugram Metro and the Blue Line of the Delhi Metro. In October 2022, the Haryana Cabinet approved the final Detailed Project Report (DPR) for the metro extension. The project had faced delays due to revisions in its plans, but it has now received approval from the Public Investment Board of the central government. However, the final authorization from the Union cabinet is still awaited.

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Sustainable Metro Transportation for Reducing Carbon Footprints

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Nationally Determined Contributions (NDCs) 

The Government of India has set a target of 33% reduction in emissions intensity as part of its Nationally Determined Contributions (NDCs), with transportation being one of the main sectors with significant mitigation potential. TERI has been working with the Ministry of Railways to assist in the development of emission reduction plans for the ministry with a time horizon of 2030. IR initiatives for operational and technical energy efficiency, as well as efforts to shift a larger share of traffic to electric traction, were modelled, and the resulting numbers were estimated. Following Board approval, the strategies were communicated with MoEFCC for inclusion in the INDC document.

 The INDC document submitted by India in October 2015 was extensively discussed at the UNFCCC’s 21st Conference of Parties (CoP 21) in Paris in November 2015. The Energy and Resources Institute also assisted the Ministry of Railways, the key ministry for India’s transport sector conversations, in organising the Government of India’s official transport sector event at COP21. The INDC was accepted by India the next year, and India now had an officially required target of activities for reaching its INDC commitments for 2030. One of the most important transport emissions mitigation plans agreed to by the Government of India was to increase Indian Railways‘ share of freight traffic from 35-36% to 45% by 2030.

In its sixteenth session (COP-16), the Conference of Parties to the UNFCCC resolved that developing countries should additionally submit a Biennial Update Report (BUR) as an update to the most recently submitted national communication. In January 2016, India submitted its first Biennial Update Report (BUR-1). In December 2018, India submitted its second Biennial Update Report (BUR-2) to the UNFCCC, which includes updates from the EnHM directorate. BUR-3 is currently being prepared.

Some of the key initiatives to be taken as IR’s Role in India’s NDC for Combating Climate Change are stated as under:

DFC bridge

  • IR should strive to increase the railways’ share of overall land-based freight transport from 36% to 45% by 2030.
  • IR should prioritise the establishment of Dedicated Freight Corridors (DFCs) across the country. The first two corridors are already being built. Over a 30-year period of time, the first phase of the project is expected to cut emissions by 457 million tonnes of CO2.
  • Increase the proportion of renewable energy in the country’s energy mix.
  • Railways should increase energy efficiency for both diesel and electric propulsion, allowing the country to reduce GHG emissions.
  • The PAT scheme to be introduced in the railway sector.
  • Use of 5% biofuel blend in traction diesel fuel.
  • Increase water efficiency by 20% by 2030.
  • Planting trees to boost carbon sink.
  • Pollution Control and Waste Management.
  • Adopting best practices for green buildings, industrial units, and other establishments for resource and infrastructure management in order to achieve environmental sustainability in the growth of IR.
  • Participation in ‘Swachh Bharat Mission’.

Conference of the Parties to the UN Convention on Climate Change (UNFCCC)

Climate change has had a wide-ranging impact on both human and environmental systems. As a result, Climate Change Conferences are organised on a yearly basis under the auspices of the United Nations Framework Convention on Climate Change (UNFCCC). India has been participating in these conferences through the Ministry of Environment, Forests, and Climate Change (MoEFCC).

Zero Carbon

The approval of the Paris Agreement in the Conference of Parties (COP-21) in December 2015 was a crucial step towards addressing the issue. Participating countries submitted near-term objectives to reduce GHG emissions, known as ‘Nationally Determined Contributions,’ or NDCs, which would be reviewed and extended every five years. MoEFCC recognised the Ministry of Railways as the Nodal Ministry for an event on ‘Transport Sector GHG Emissions’ at the ‘Indian Pavilion’ as part of COP-21 in Paris, France. The Ministry of Railways also took part in COP-22 in Marrakech, Morocco, in November 2016, COP-23 in Bonn, Germany, in November 2017, and COP-24 in Katowice, Poland, in December 2018. Sessions on sustainable transportation networks were held at the India Pavilion.

Sustainable Railway Metro Service for Urban India

Introduction

suburban railway

Rapid urbanisation in emerging countries in the twenty-first century is characterised by improvements in technology. According to research, the urban population in developing nations would rise by five million people each month on average over the next four decades, accounting for 95% of worldwide urban growth. Developing countries, such as India, are not far behind, with urban population development playing a major role. If we predict that the urban population would increase from 370 million in 2011 to 600 million by 2031, policymakers will face a major burden in meeting the problems not only for infrastructure development but also for financial allocation. The European Transport Conference has offered a sustainable model for Metro Railways Service in India to tackle such issues.

Present Urban Metro Rail Systems in India

Kolkata Metro

In 1984, Kolkata saw the implementation of the country’s first urban rail (metro) project. It is a trial-and-error indigenous system built with uncertain financing, judicial injunctions, and an erratic supply of construction materials. In around 12 years, the first segment of the 3-kilometre stretch of the Kolkata Metro was completed. The network currently spans 27 kilometres. It has incurred massive losses since operations began. There is also a decrease in passengers, and the operating ratio decreased from 311 to 254 between 2011 and 2015, as per a few studies conducted.

However, Kolkata Metro, despite all odds and being the slowest metro system in the country with most of the projects and development of new corridors being hugely delayed, recently achieved a remarkable feat of a successful trial run of the first underwater metro system. The Kolkata Metro on April 12 conducted a test run of the country’s first underwater metro. With history being created, for the first time in India, a metro completed an underwater journey under the Hooghly River. The metro rake undertook its maiden journey from Howrah Maidan to Esplanade. The tunnel through which the metro rake ran is 13 metres below the riverbed and 33 metres below ground level. The trial runs between Howrah Maidan and Esplanade station will be conducted for the next five to seven months, following which regular services on this stretch will begin. 

The Delhi Metro (DMRC – Delhi Metro Railway Corporation) became operational in 2002, paving the path for metro development in other Indian cities. Seventeen of these cities presently have operational metro systems, and more are being built. The Mumbai Metro, which began operations in 2014, is a one-of-a-kind Public-Private Partnership (PPP) project. At the end of the 35-year concession period, a special purpose vehicle (SPV) was formed to design, finance, build, operate, maintain, and transfer the system to the state government. The designated concessionaire, Reliance Group, and a local government agency own 74% and 26% of the equity, respectively.

Development of sustainable Metro Railway Service

In general, two primary components must be emphasised during the proposal and pre-construction design stages :

Public & Private Partnership (PPP) – Public-private partnerships, in which private entities play a larger role in achieving economic sustainability, are of vital importance. Public-private partnerships (PPPs) are increasingly being used by governments in both high-income and low- and middle-income nations to create urban rail projects. According to research, this module demonstrates sustainability and profitability in nations such as Japan, Argentina, Brazil, Singapore, Malaysia, and others. According to data from the World Bank’s Private Participation in Infrastructure database, 16 rail projects incorporating private participation were completed in the first decade of the 2000s, more than double the number of projects completed in the 1990s (World Bank Report). Since 2011, 15 more projects have completed financial close, with a total investment amount of INR 228,000 Cr, including both public and private investments. Additionally, the significant 71-kilometre Hyderabad Metro PPP project, which was awarded in 2011, immediately cuts direct public investment.

 

Environmental Benefit – One of the most important components of the twenty-first century has always been environmental protection. Great care must be taken to conserve the environment at all stages of its operation, from planning to construction and operation. While trees are planted for every tree felled for construction purposes, the trains are powered by electricity and do not use any non-renewable fuel. A case study of the Delhi Metro demonstrates the quantification of climate change benefits from its operations. DMRC has already registered their initiatives, such as the regenerative braking system, the modal shift system, and the energy efficiency system under the United Nations’ CDM (Clean Development Mechanism) with a Gold Standard. These improvements are projected to lower emissions by around 5.7 lakhs per year and make it more environmentally friendly.

DMRC has always attempted to use environmentally friendly practices in its construction activities. For example, DMRC plants ten trees for every tree taken down during construction to ensure that the green cover is not depleted as a result of Metro’s growth. Plantations are carried out wherever possible at depots, residential complexes, and stations. In comparison to other modes of transportation, the following chart demonstrates exceptionally low emissions of carbon dioxide, according to environmental studies on the Delhi Metro (DMRC):    

CO2 Emission from different modes of transportation
Mode of EmissionValueUnit
Passenger Car67gmCO2/Km/Passenger
Taxi – CNG72gmCO2/Km/Passenger
Two Wheeler – Petrol28gmCO2/Km/Passenger
Auto Rickshaw – CNG35gmCO2/Km/Passenger
Bus – CNG27gmCO2/Km/Passenger
Delhi Metro20gmCO2/Km/Passenger
  • Source – Green Metro (DMRC)

 

Significant Challenges for Sustainable Metro Railway Service – 

According to ‘Niti Aayog’ estimates, urban India’s population would double by 2050, posing one of the most challenging issues for executing sustainable metro projects. In such a case, an apprehensive matrix for future projects on budget allocation, planning, execution schedules, traffic analysis and management, BOT or PPP proposal, environmental management, revenue generation, and operation management must be developed. 

Other than the above, there is a need to address the following issues to ease up the challenges :

(i) Route mapping for the economical project cost. 

(ii) The acquisition of land and resettlement for the upcoming need for a new route.

(iii) Sort out legal hurdles at the community level involving Urban local bodies.

(iv) Property mapping along with the smooth compensation. 

(v) Integration of the interdepartmental bottlenecks.

Additionally, below listed are some of the state-of-the-art technological aspects being considered for the rail system to be more efficient and reliable – 

  • Prioritise urban rail over the urban road.
  • Fast-track project management and execution.
  • Lesser friction rolling stock for lesser consumption of recourses and ease of maintenance.
  • Lesser power transmission loss equipment.
  • Alternative energy to be adopted to run the rolling stock.
  • Long-term capacity design management.
  • Socio-economic feasibility assessment.

Conclusion – 

 Because of local demand and greater economic goals, Indian cities have resurrected and developed metro rail projects. Pollution, congestion, increased travel time, and parking are all issues in Indian and other growing cities. We must address these difficulties by implementing integrated policies that are strategically designed and implemented in close collaboration with metro train systems, such as establishing dynamic activity centres to boost the knowledge economy, urban design, and value capture to finance growth. 

Community participation should be at the heart of urban policies in order to foster a sense of ownership of the urban area and smooth project implementation. The Indian metro rail sector is in its infancy. The current political leadership-inspired ambition to create metro systems in 50 cities allows India to develop its urban areas by relying on the importance of urban rail. Sustainable urban development goals in Indian cities necessitate savvy policymakers to promote innovative finances. Local governments, transit agencies, developers, landowners, and communities working together might generate progressive transportation investment and steer towards sustainable urban growth. 

 

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With India’s Dedicated Freight Corridor (DFC), Digital Systems Running the Railways Cannot Afford to Fail

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When the Indian government set out to build an ambitious railway network to link up four corners of the country – Delhi, Mumbai, Chennai and Howrah – in 2005, it had a clear vision of improved connectivity to decongest roads and reduce the associated emissions.

The freight-only railway lines in the Dedicated Freight Corridor (DFC), seen as the country’s most ambitious railway project since independence, are expected to save more than 450 million tons of carbon dioxide in the first 30 years of operation.

The Indian rail network had long been a critical component of the country’s transportation infrastructure. However, as the nation’s economy grew, the rail system also became increasingly strained by an overburdened and ageing infrastructure.

The DFC was conceived as a solution to these challenges, aiming to create dedicated freight-only railway lines to facilitate the efficient movement of goods and decrease the reliance on road transportation.

A key challenge for the DFC was the need to integrate modern technology and systems to ensure seamless and efficient operations.

Not only would the project builders have to create high-speed rail corridors over 8,000km of tracks, but they also required smart electronic signalling and safety management to ensure the trains ran smoothly all the time.

The train management system, which oversees the movement of trains, is one area where cutting-edge technology is essential to the project’s success. In particular, fault-tolerant servers are crucial for maintaining continuous, reliable operations even in the face of hardware failures.

They will ensure the seamless operations of this train management system, which is paramount to the success of the DFC. To ensure minimal downtime and the safety of the freight trains, these fault-tolerant servers can help maintain smooth operations even during hardware failures and unscheduled disruptions.

Especially for a transport sector that has witnessed a revolution in automation and control systems, the computing servers that run these systems have to be operational 24/7, with uptime calculated in the “five-nines”, that is 99.999 per cent.

Efficient and resilient rail operations

As a key technology building block, these fault-tolerant servers provide much-needed resilience and ease of maintenance that are central to seamless operations for the DFC.

These servers are designed to operate mission-critical software with proven fault tolerance and ease of maintenance. They are crucial for the train management system at the Operation Control Center (OCC), for example.

With this, controllers can remotely view multiple stations under their operating areas, providing clear oversight of train operations. Moreover, the system allows for efficient timetable management and offers various live reports and graphs for real-time data-driven decision-making.

When a hardware failure occurs, a fault-tolerant system such as Stratus ftServer automatically triggers a failover to ensure no disruption to the train management system and the train operations it controls. This is a significant improvement over earlier solutions that relied on a cluster of computers for backup and recovery. With fault tolerance capabilities, the Stratus solution enhances resiliency and reduces potential downtime.

Fault-tolerant systems have already been deployed successfully in public transport applications in countries such as South Korea, Singapore, and China, demonstrating their reliability. These systems also support open-source software, reducing the complexity involved in customizations required to run mission-critical applications.

Total Cost of Ownership (TCO) and future expansion

In any large-scale infrastructure project, cost management is a significant concern. An efficient fault-tolerant system helps manage the total cost of ownership (TCO) over several years.

TCO includes not just the initial hardware and software installation but also recurring manpower costs for maintenance and unplanned downtime that can lead to reputational damage, non- compliance penalties, and loss of business.

By opting for a reliable solution, customers can reduce both scheduled and unscheduled costs, ensuring less downtime and making more efficient use of hardware.

An added benefit of an efficient solution, such as Stratus ftServer, is that it requires only one copy of a piece of software, unlike many redundancy or backup solutions that require multiple copies.

This simplifies operations for organizations, as they do not need to pay for and maintain multiple copies of their mission-critical applications and run duplicate industrial automation software environments.

With this level of simplicity, Stratus ftServer offers the potential for transport operators to deploy new applications in the future, enhancing rail management and customer experience over time.

For instance, in metropolitan areas, subway operators can deploy Stratus ftServer systems to run multiple mission-critical software applications, such as train management and ticketing, while enjoying the robust fault tolerance that the servers provide for minimal disruption to operations.

Trial and Deployment

 As the first sections of the DFC become partly operational, the Stratus ftServer systems are currently undergoing trials in deployment environments. They are expected to be deployed between six months and a year, once the tests are completed and the go-ahead is given.

The deployment of fault-tolerant servers like Stratus ftServer in India’s DFC project is a testament to the country’s commitment to leveraging advanced technology for sustainable development.

Finding the right solution

The trust that the DFC project has placed on a fault-tolerant system such as Stratus ftServer is also a reflection of how far today’s industrial automation computing solutions have come.

For the transport sector, a high-performance, resilient system is often the crucial foundation for the many building blocks, such as sensors, control systems and apps that are used to operate a railway or subway today.

To be sure, not every solution is made the same. When selecting a suitable solution and vendor, transport sector organizations should look out for some crucial features:

Simple: The servers have to be easy to install, deploy and manage. No matter the applications and existing infrastructure, they have to be simple to scale up and should include an expansion of operations that emerge in future.

Protected: The solution has to be able to mitigate operational, financial and reputation risks by ensuring “always on” availability. It has to secure data from cyber threats and data loss.

Autonomous: The solution has to be resilient by being rugged enough to run in industrial environments without human intervention. It should only require minimal maintenance or support.

Authored by

sylivia

Mr. Lin Hoe Foong, Managing Director, Asia South, Stratus

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Digitalisation & Advancements in Indian Railways

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Creating an innovative environment and user-friendly mobility system is one of the top global transportation expansion priorities. Rail transportation is recognised as an essential component of this process. Meanwhile, revolutionary progress in the business environment spurred by ICT technology necessitates an update of erstwhile business strategies and procedures used by rail operators. A thorough understanding of digital transformation is required for expanding rail transport in today’s economy. Digitalisation, as a continual cycle of physical and virtual world convergence, is linked to cyber-physical systems and is responsible for the creation and transformation of several economic sectors. The Internet of Things, cloud computing, advanced and extensive data analytics, mechanisation, intelligent machines and automation are the major technologies and solutions that have propelled digital transformation in the railway sector. 

The advent of the concept of Industry 4.0, as well as, more recently, Railway 4.0 and digital railway, clearly characterises the transformation to the modern requirements of the digital economy. The primary areas identified by the Indian railways for digital transformation include collaboration with technology and logistics partners for technological advancements, passenger-friendly applications, application integration for a cooperative Indian railways platform, freight consumer convenience, data analytics, cashless commerce, dashboards and alerts, and mobile applications. The Indian Railways has digitalised all of its services, including passenger data systems, passenger car manufacturing mechanisation, predictive maintenance, train signalling, ground control systems, procurement, and unreserved ticketing methodologies. The Indian railways have set up the Real-Time Train Information System (RTIS) associated with ISRO for computerised chart preparation and passenger train data. Nearly three thousand electric locomotives with more than 3800 diesel locomotives have been outfitted with Remmlot, helping in automated management charting for more than 6500 locomotives. The remaining locomotives shall also be outfitted with RTIS equipment over due course of time. 

Automated unreserved tickets are made available to passengers at rest stations via Unreserved Ticketing System (UTS) terminals. The process takes place through the nearest node station. Indian Railways is modernising its signal system by implementing the Modern Train Control system with a Long Term Evolution (LTE)-based Mobile Train Radio Communication (MTRC) system. In order to boost productivity, the railways have introduced Industry 4.0 in modern passenger car plants. Indian railways is now also using drone-mounted cameras and 3D scanning of river bottoms to inspect bridges, with plans to use drones for rail maintenance in the future.

Indian railways has completed end-to-end digitalisation of procurement procedures. All processes, including request processing, on-demand generation, tender publication, tender finalisation, preparation and issuance of letters of approval, agreements, and changes, an assessment of material by RITES, specialised evaluation of proposals, accountability of supplies, online receipt and processing of dealer’s accounts, and delivery of material to consignees, are now digital. All of which have great advantages when it comes to procurement and assessment. The Indian Railways have been consistently enhancing its procedures and deploying new technologies and systems that meet worldwide benchmarks and regulations. Long-term objectives include improving functional implementation and consumer satisfaction.

It is important to remember that Indian Railways has the world’s fourth-largest rail grid, trailing only the United States, Russia, and China. The railways has around 128,305 kilometres of total track across a 68,103 km route and approximately 7,325 stations (until March 31, 2022). With about 1.3 million employees, Indian Railways is the single largest employer in the country and the eighth-largest in the world. It is divided into 18 zones and has the world’s fourth-largest freight traffic. The Indian Railways is a lifeline for over 25 million people who use it on a daily basis. 

 

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