It is the second metro project in India after Kolkata metro. Delhi Metro is a rapid transit system serving Delhi, Gurgaon, Noida and Ghaziabad in the National Capital Region of India.
GOI and GNCTD arranged all the capital required
Initial estimation of cost in 1996 was Rs 60 billion.
Revised estimation cost in 2002 was Rs 89.27 billion
Final cost of project approx. Rs 99 billion with Rs 7 billion savings.
Mr. E Sreedharan was appointed as project manger and managing and managing director in November 1997.
1. The document discusses the history and development of metro rail systems across several major cities in India, including Kolkata, Delhi, Mumbai, Bangalore, Hyderabad, Chennai, and Kochi.
2. It provides details on the operational characteristics, routes, costs, and ridership numbers for the existing and proposed metro systems.
3. Benefits of metro rail over other public transportation options include reduced energy usage, pollution, traffic congestion, and travel times, as well as increased passenger capacity and cost effectiveness.
It provides with a brief of Delhi Metro with emphasis on profitability, history, operation mechanism, construction and expansion, funding and it's challenges.
- Several surveys were conducted in Delhi from 1957-1995 to assess the need for a metro rail system.
- The Delhi Metro Rail Corporation was formed in 1995 and the Delhi Metro Project was approved in 1996. Work on Phase 1 started in 1998.
- Phase 1 of the Delhi Metro project cost Rs. 60 billion but the costs revised to Rs. 89.27 billion. E.Sreedharan managed the project and completed it within time and cost constraints.
- Future plans for the Delhi Metro include expanding the network to 244km and reducing construction costs per km.
DMRC Delhi Metro Rail Corporation operates the Delhi Metro rapid transit system serving Delhi, Gurgaon, Noida and Ghaziabad. It was set up in 1995 as a joint venture of the Government of India and Government of Delhi. Construction began in 1998 and the first line opened in 2002. Phase I was completed in 2005. The network currently consists of six lines totaling 189.7 km with 140 stations. Phase III plans to expand the network by another 69.57 km by 2021.
DMRC is the first railway project to be registered under Clean Development Mechanism of United Nations to earn carbon credits.
The agency has earned Rs 2.4 crore from the sale of 82,000 certified emission reductions (CER) under the carbon credits scheme by the Japan Finance Carbon Ltd in 2008 and 2009.
DMRC was the first railway project in the world to be registered by the United Nations under the clean development mechanism (CDM).
A Germany-based validation organization TUV NORD which conducted an audit on behalf of UNFCCC certified in 2009 that DMRC had stopped emission of 90,004 tons of carbon dioxide from 2004 to 2007 by adoption of regenerative braking systems in the DMRC trains.
The document summarizes key details about the Delhi Metro project. It discusses how the Delhi Metro was conceived as a social sector project to address Delhi's traffic and pollution issues. The Japanese government provided funding assistance, while the rest was contributed by the Government of India and Government of National Capital Territory of Delhi. Dr. E. Sreedharan was appointed as the Managing Director of DMRC and Project Manager of Phase 1. The document then outlines some of the challenges faced during planning and implementation, such as lack of funds, political interference, and property disputes, and how DMRC overcame these challenges through strict quality management and cost control.
Delhi metro rail corporation secondary researchSunil Dayma
Being the capital city of India, it does not come as a shock that New Delhi is the most populated city in India in term of people and vehicles. The population of Delhi and vehicles on road are ever increasing leading to problems like traffic, pollution and high fuel consumption.
Considering all this ―THE DELHI METRO comes as a huge relief for the people of Delhi.
It is the second metro project in India after Kolkata metro. Delhi Metro is a rapid transit system serving Delhi, Gurgaon, Noida and Ghaziabad in the National Capital Region of India.
GOI and GNCTD arranged all the capital required
Initial estimation of cost in 1996 was Rs 60 billion.
Revised estimation cost in 2002 was Rs 89.27 billion
Final cost of project approx. Rs 99 billion with Rs 7 billion savings.
Mr. E Sreedharan was appointed as project manger and managing and managing director in November 1997.
1. The document discusses the history and development of metro rail systems across several major cities in India, including Kolkata, Delhi, Mumbai, Bangalore, Hyderabad, Chennai, and Kochi.
2. It provides details on the operational characteristics, routes, costs, and ridership numbers for the existing and proposed metro systems.
3. Benefits of metro rail over other public transportation options include reduced energy usage, pollution, traffic congestion, and travel times, as well as increased passenger capacity and cost effectiveness.
It provides with a brief of Delhi Metro with emphasis on profitability, history, operation mechanism, construction and expansion, funding and it's challenges.
- Several surveys were conducted in Delhi from 1957-1995 to assess the need for a metro rail system.
- The Delhi Metro Rail Corporation was formed in 1995 and the Delhi Metro Project was approved in 1996. Work on Phase 1 started in 1998.
- Phase 1 of the Delhi Metro project cost Rs. 60 billion but the costs revised to Rs. 89.27 billion. E.Sreedharan managed the project and completed it within time and cost constraints.
- Future plans for the Delhi Metro include expanding the network to 244km and reducing construction costs per km.
DMRC Delhi Metro Rail Corporation operates the Delhi Metro rapid transit system serving Delhi, Gurgaon, Noida and Ghaziabad. It was set up in 1995 as a joint venture of the Government of India and Government of Delhi. Construction began in 1998 and the first line opened in 2002. Phase I was completed in 2005. The network currently consists of six lines totaling 189.7 km with 140 stations. Phase III plans to expand the network by another 69.57 km by 2021.
DMRC is the first railway project to be registered under Clean Development Mechanism of United Nations to earn carbon credits.
The agency has earned Rs 2.4 crore from the sale of 82,000 certified emission reductions (CER) under the carbon credits scheme by the Japan Finance Carbon Ltd in 2008 and 2009.
DMRC was the first railway project in the world to be registered by the United Nations under the clean development mechanism (CDM).
A Germany-based validation organization TUV NORD which conducted an audit on behalf of UNFCCC certified in 2009 that DMRC had stopped emission of 90,004 tons of carbon dioxide from 2004 to 2007 by adoption of regenerative braking systems in the DMRC trains.
The document summarizes key details about the Delhi Metro project. It discusses how the Delhi Metro was conceived as a social sector project to address Delhi's traffic and pollution issues. The Japanese government provided funding assistance, while the rest was contributed by the Government of India and Government of National Capital Territory of Delhi. Dr. E. Sreedharan was appointed as the Managing Director of DMRC and Project Manager of Phase 1. The document then outlines some of the challenges faced during planning and implementation, such as lack of funds, political interference, and property disputes, and how DMRC overcame these challenges through strict quality management and cost control.
Delhi metro rail corporation secondary researchSunil Dayma
Being the capital city of India, it does not come as a shock that New Delhi is the most populated city in India in term of people and vehicles. The population of Delhi and vehicles on road are ever increasing leading to problems like traffic, pollution and high fuel consumption.
Considering all this ―THE DELHI METRO comes as a huge relief for the people of Delhi.
The Delhi Metro was delivered 3 years ahead of schedule and within budget due to comprehensive planning and effective project management. Dr. E Sreedharan led the project and ensured a professional work culture and lean organizational structure. Regular reviews and use of project management tools helped adhere to schedules. Effective stakeholder management and transparency further ensured success. The Delhi Metro has now transformed Delhi's transportation and set benchmarks for public infrastructure projects in India.
The document provides an executive summary of the Delhi Metro Rail project. It discusses the key objectives, phases, lines, technologies used, funding sources, and stakeholders involved in the project. The Delhi Metro Rail Corporation was formed in 1998 to address Delhi's issues with traffic congestion and pollution through expanding public transportation infrastructure. The project is being implemented in four phases with the goal of improving Delhi's transit system and urban environment.
Delhi Metro Railway's Stakeholder Management SIDDHARTH SWAIN
The document provides information about Delhi Metro Rail Corporation (DMRC) including:
- DMRC operates the metro system in Delhi and the National Capital Region, with 6 lines and over 160 stations currently.
- It began operations in 2002 and now has over 200 trains serving over 2 million passengers daily on its network spanning over 210 km.
- DMRC is owned by the state government of Delhi and the Central Government of India. It has over 6,000 employees working to deliver metro services.
- Key stakeholders that DMRC works with includes the governments, investors like JICA who provide funding, contractors involved in projects, safety operators, and most importantly customers/riders who use the metro system daily.
Group 3 began operations in Delhi, India in 2002 as a rapid transit system with 6 lines and 188 trains serving over 1.9 million daily riders across 140 stations spanning 183.7 km. The initial capital investment was funded 30% by the Indian and Delhi governments and 60% through loans from JICA which have now been largely repaid. The system was completed ahead of schedule and within budget, helping reduce traffic, pollution, and providing affordable transportation for citizens.
India's first metro rail system was introduced in Kolkata in 1984 to address issues of traffic congestion and pollution from growing vehicle ownership. Metro systems now exist or are planned for many major Indian cities, including Delhi, Mumbai, Bangalore, Hyderabad, and Chennai. These systems aim to shift travelers from private vehicles to more efficient public transit in order to handle rapid urbanization and population growth. While metro projects require huge initial investments, they provide environmental and transportation benefits by reducing energy use, emissions, road congestion, and travel times compared to private vehicles.
The document summarizes the Delhi Metro Rail project. It discusses that the Delhi metro was established in 1995 as a joint venture between the Government of India and the Government of National Capital Territory of Delhi to address Delhi's traffic issues. The first phase of the project was approved in 1996 and involved constructing three metro lines totaling 56 km and 50 stations to connect key areas in Delhi. The project was funded through equity investments as well as loans from the Japan Bank for International Cooperation. The Delhi Metro Rail Corporation oversees operations and generates revenue through fares, advertising, and real estate development.
The document provides information about the Delhi Metro rail system. It discusses that the Delhi Metro was established in 1995 and has revolutionized public transportation in Delhi and India. It has a vast network of 389 km serving 285 stations. The Delhi Metro Rail Corporation oversees operations and has equal participation of the Government of India and Delhi government. On average, the Delhi Metro serves 1.5 million passengers daily. It has been a financial success without government subsidies due to revenues from advertisements, property development, and ticket sales. Security is managed by the Central Industrial Security Force. The Delhi Metro aims to cover all of Delhi by 2021.
The Delhi Metro project was undertaken to provide a sustainable public transport system for Delhi's growing population. It was implemented in phases and faced challenges including land acquisition, underground construction, and signaling issues. Careful planning and leadership from Dr. E. Sreedharan helped overcome these challenges. Notable aspects included the decision to use standard gauge track, financing support from JICA, and an emphasis on safety, cleanliness, and stakeholder engagement. The metro has been successful in reducing traffic and pollution while symbolizing Delhi's modernization.
When evaluating mass transit options for Indian cities, metro rail systems are given preference over surface systems due to the belief that road-based bus systems cannot cater to the capacity requirement as much as metro systems can. In addition, metro rails are perceived to have higher levels of comfort, speed, and efficiency than bus systems.
Hyderabad metro rail – for a better livable cityPramod Kumar
The document discusses the Hyderabad Metro Rail project and its goals of improving transportation and urban development in Hyderabad, India. It notes that Hyderabad is experiencing rapid urbanization and population growth that has led to traffic congestion problems. The Hyderabad Metro Rail project involves constructing 71 kilometers of metro lines across 3 corridors to help manage the city's transportation needs. The project aims not only to provide mass transit but also spur urban redevelopment and make Hyderabad a more livable city with public transportation integration, pedestrian infrastructure, and transit-oriented development. Construction is currently underway on various elements of the project with the goal of completing the full system within 5 years.
The Delhi Metro is a rapid transit system serving Delhi and surrounding areas with a total network length of 183.7 km and 140 stations, including 35 underground stations. It has an average daily ridership of 1.5 million passengers. The network consists of six color-coded lines: Red, Yellow, Blue, Green, Violet, and an Airport Express line, with plans to expand to 413 km by 2021. It is managed by the Delhi Metro Rail Corporation.
The Delhi Metro project aimed to develop a rail-based public transit system to address Delhi's traffic issues. It faced challenges due to Delhi's large population, traffic congestion, and pollution. The project was executed by the Delhi Metro Rail Corporation to construct three metro lines totaling 56km within a compressed 7-year timeframe. Key to its success was effective project management under E. Sreedharan and a focus on transparency, accountability, and developing a skilled workforce despite initial expertise and resource shortages. Timely completion of Phase 1 of the project helped establish metro rail as a viable solution to Delhi's transportation problems.
The document provides details about the Delhi Metro rail system in India. It discusses the history and development of the metro over multiple phases since 2002. Key points include the six existing metro lines covering over 189 km, plans for further expansion through Phases III and IV, funding primarily from Japan, and the metro's profitability without subsidies due to revenue streams like advertising and property development. Security is handled by CISF forces and includes CCTV monitoring.
The document provides details about the Bangalore Metro Rail project, including challenges faced by growing cities that motivated the project, its scope and governance structure. The key points are:
- Growing urban areas face issues like traffic congestion, parking problems, pollution and road accidents that impact citizens and businesses.
- The Bangalore Metro Rail project aims to address these issues and was initiated in 2005 to develop over 33 kilometers of rail lines across the city.
- It is governed by the Bangalore Mass Rapid Transit Ltd and involves partnerships between central and state governments and financial institutions.
- The project cost over 6,300 crores to develop elevated, underground and at-grade sections integrated with other public transport systems.
Metro and monorail infrastructure development in indiaBhavya Jaiswal
1. The document discusses the development of metro rail and monorail infrastructure in India. It provides an overview of the existing metro rail systems in major cities like Delhi and Kolkata, as well as future planned systems. Metro rail provides benefits like reduced traffic, pollution, and fuel consumption but also has high costs.
2. Mumbai will be the first city in India to implement a monorail system, with additional cities planning monorail projects. Monorail systems have advantages of using less space and having lower construction costs than metro rail. However, monorails also have limitations like lower passenger capacity.
3. As populations grow, transportation infrastructure needs to advance to provide efficient transit options. Both metro
The document provides details about the Kochi Metro Rail project in Kerala, India. Some key points:
- The 25.3 km Kochi Metro project will be completed in three phases, with the first phase spanning from Thripunithura to Aluva consisting of 22 stations.
- The project is a joint venture between the central and Kerala state governments, and is modeled on the metro systems in Chennai and Delhi.
- Major funding is coming from the Japan International Cooperation Agency, which is providing 51% of the total estimated cost of Rs. 4,427 crore.
- The metro is expected to begin operations in 2016, and will help address issues of traffic congestion
The Hyderabad Metro Rail Project is a case study of a new metro network being constructed in Hyderabad, India. The 72 km metro network consists of three color-coded corridors and will cost Rs. 14,320 crore to construct. L&T Metro Rail Hyderabad Limited is responsible for most of the project costs. The metro will use 57 three-car train sets able to travel at up to 90 km/h, controlled by an automatic train operation system. Station designs reflect local culture and provide covered access between platforms and exits. The metro aims to reduce travel times and traffic congestion compared to road-based transportation in Hyderabad.
This document is a report on the Delhi Metro submitted by Ankur Gupta for partial fulfillment of a summer training program. It includes sections on the history, construction, network, current routes, operations, security, ridership, rolling stock, environment and aesthetics, telecommunication systems including signaling, and more. The Delhi Metro is a metro system serving Delhi and surrounding cities with 5 color-coded lines and an airport express line totaling 193 km and 140 stations. It is owned and operated by the Delhi Metro Rail Corporation.
The Delhi Metro Project aimed to address Delhi's urgent need for a reliable public transportation system through a rail-based metro network. It faced significant challenges due to Delhi's large population, traffic issues, and the need to execute the complex project quickly within the difficult urban environment. Through effective project management under MD E. Sreedharan and a dedicated team, the project was completed on time and within budget, establishing the Delhi Metro as one of India's largest public works projects since independence.
The document discusses project management as it relates to the Delhi Metro Rail Corporation project, including defining what a project is, the key processes involved in project management, and the various knowledge areas of project management such as integration management, scope management, time management, cost management, quality management, human resource management, communications management, and risk management. It provides an overview of the history and development of project management as a discipline. The document serves to provide context and background information on project management principles and how they can be applied to a large infrastructure project like the Delhi Metro.
The document discusses the telecommunication systems used by Delhi Metro Rail Corporation (DMRC). It describes the key components which include fiber optic transmission, public information displays, public address systems, master clocks, CCTV, radio systems, and telephone exchanges. It focuses on the radio communication system, which uses TETRA technology. The radio system allows voice communication between train operators, station controllers in the Operational Control Center, and other staff via mobile and fixed radios installed across the DMRC network.
The Delhi Metro was delivered 3 years ahead of schedule and within budget due to comprehensive planning and effective project management. Dr. E Sreedharan led the project and ensured a professional work culture and lean organizational structure. Regular reviews and use of project management tools helped adhere to schedules. Effective stakeholder management and transparency further ensured success. The Delhi Metro has now transformed Delhi's transportation and set benchmarks for public infrastructure projects in India.
The document provides an executive summary of the Delhi Metro Rail project. It discusses the key objectives, phases, lines, technologies used, funding sources, and stakeholders involved in the project. The Delhi Metro Rail Corporation was formed in 1998 to address Delhi's issues with traffic congestion and pollution through expanding public transportation infrastructure. The project is being implemented in four phases with the goal of improving Delhi's transit system and urban environment.
Delhi Metro Railway's Stakeholder Management SIDDHARTH SWAIN
The document provides information about Delhi Metro Rail Corporation (DMRC) including:
- DMRC operates the metro system in Delhi and the National Capital Region, with 6 lines and over 160 stations currently.
- It began operations in 2002 and now has over 200 trains serving over 2 million passengers daily on its network spanning over 210 km.
- DMRC is owned by the state government of Delhi and the Central Government of India. It has over 6,000 employees working to deliver metro services.
- Key stakeholders that DMRC works with includes the governments, investors like JICA who provide funding, contractors involved in projects, safety operators, and most importantly customers/riders who use the metro system daily.
Group 3 began operations in Delhi, India in 2002 as a rapid transit system with 6 lines and 188 trains serving over 1.9 million daily riders across 140 stations spanning 183.7 km. The initial capital investment was funded 30% by the Indian and Delhi governments and 60% through loans from JICA which have now been largely repaid. The system was completed ahead of schedule and within budget, helping reduce traffic, pollution, and providing affordable transportation for citizens.
India's first metro rail system was introduced in Kolkata in 1984 to address issues of traffic congestion and pollution from growing vehicle ownership. Metro systems now exist or are planned for many major Indian cities, including Delhi, Mumbai, Bangalore, Hyderabad, and Chennai. These systems aim to shift travelers from private vehicles to more efficient public transit in order to handle rapid urbanization and population growth. While metro projects require huge initial investments, they provide environmental and transportation benefits by reducing energy use, emissions, road congestion, and travel times compared to private vehicles.
The document summarizes the Delhi Metro Rail project. It discusses that the Delhi metro was established in 1995 as a joint venture between the Government of India and the Government of National Capital Territory of Delhi to address Delhi's traffic issues. The first phase of the project was approved in 1996 and involved constructing three metro lines totaling 56 km and 50 stations to connect key areas in Delhi. The project was funded through equity investments as well as loans from the Japan Bank for International Cooperation. The Delhi Metro Rail Corporation oversees operations and generates revenue through fares, advertising, and real estate development.
The document provides information about the Delhi Metro rail system. It discusses that the Delhi Metro was established in 1995 and has revolutionized public transportation in Delhi and India. It has a vast network of 389 km serving 285 stations. The Delhi Metro Rail Corporation oversees operations and has equal participation of the Government of India and Delhi government. On average, the Delhi Metro serves 1.5 million passengers daily. It has been a financial success without government subsidies due to revenues from advertisements, property development, and ticket sales. Security is managed by the Central Industrial Security Force. The Delhi Metro aims to cover all of Delhi by 2021.
The Delhi Metro project was undertaken to provide a sustainable public transport system for Delhi's growing population. It was implemented in phases and faced challenges including land acquisition, underground construction, and signaling issues. Careful planning and leadership from Dr. E. Sreedharan helped overcome these challenges. Notable aspects included the decision to use standard gauge track, financing support from JICA, and an emphasis on safety, cleanliness, and stakeholder engagement. The metro has been successful in reducing traffic and pollution while symbolizing Delhi's modernization.
When evaluating mass transit options for Indian cities, metro rail systems are given preference over surface systems due to the belief that road-based bus systems cannot cater to the capacity requirement as much as metro systems can. In addition, metro rails are perceived to have higher levels of comfort, speed, and efficiency than bus systems.
Hyderabad metro rail – for a better livable cityPramod Kumar
The document discusses the Hyderabad Metro Rail project and its goals of improving transportation and urban development in Hyderabad, India. It notes that Hyderabad is experiencing rapid urbanization and population growth that has led to traffic congestion problems. The Hyderabad Metro Rail project involves constructing 71 kilometers of metro lines across 3 corridors to help manage the city's transportation needs. The project aims not only to provide mass transit but also spur urban redevelopment and make Hyderabad a more livable city with public transportation integration, pedestrian infrastructure, and transit-oriented development. Construction is currently underway on various elements of the project with the goal of completing the full system within 5 years.
The Delhi Metro is a rapid transit system serving Delhi and surrounding areas with a total network length of 183.7 km and 140 stations, including 35 underground stations. It has an average daily ridership of 1.5 million passengers. The network consists of six color-coded lines: Red, Yellow, Blue, Green, Violet, and an Airport Express line, with plans to expand to 413 km by 2021. It is managed by the Delhi Metro Rail Corporation.
The Delhi Metro project aimed to develop a rail-based public transit system to address Delhi's traffic issues. It faced challenges due to Delhi's large population, traffic congestion, and pollution. The project was executed by the Delhi Metro Rail Corporation to construct three metro lines totaling 56km within a compressed 7-year timeframe. Key to its success was effective project management under E. Sreedharan and a focus on transparency, accountability, and developing a skilled workforce despite initial expertise and resource shortages. Timely completion of Phase 1 of the project helped establish metro rail as a viable solution to Delhi's transportation problems.
The document provides details about the Delhi Metro rail system in India. It discusses the history and development of the metro over multiple phases since 2002. Key points include the six existing metro lines covering over 189 km, plans for further expansion through Phases III and IV, funding primarily from Japan, and the metro's profitability without subsidies due to revenue streams like advertising and property development. Security is handled by CISF forces and includes CCTV monitoring.
The document provides details about the Bangalore Metro Rail project, including challenges faced by growing cities that motivated the project, its scope and governance structure. The key points are:
- Growing urban areas face issues like traffic congestion, parking problems, pollution and road accidents that impact citizens and businesses.
- The Bangalore Metro Rail project aims to address these issues and was initiated in 2005 to develop over 33 kilometers of rail lines across the city.
- It is governed by the Bangalore Mass Rapid Transit Ltd and involves partnerships between central and state governments and financial institutions.
- The project cost over 6,300 crores to develop elevated, underground and at-grade sections integrated with other public transport systems.
Metro and monorail infrastructure development in indiaBhavya Jaiswal
1. The document discusses the development of metro rail and monorail infrastructure in India. It provides an overview of the existing metro rail systems in major cities like Delhi and Kolkata, as well as future planned systems. Metro rail provides benefits like reduced traffic, pollution, and fuel consumption but also has high costs.
2. Mumbai will be the first city in India to implement a monorail system, with additional cities planning monorail projects. Monorail systems have advantages of using less space and having lower construction costs than metro rail. However, monorails also have limitations like lower passenger capacity.
3. As populations grow, transportation infrastructure needs to advance to provide efficient transit options. Both metro
The document provides details about the Kochi Metro Rail project in Kerala, India. Some key points:
- The 25.3 km Kochi Metro project will be completed in three phases, with the first phase spanning from Thripunithura to Aluva consisting of 22 stations.
- The project is a joint venture between the central and Kerala state governments, and is modeled on the metro systems in Chennai and Delhi.
- Major funding is coming from the Japan International Cooperation Agency, which is providing 51% of the total estimated cost of Rs. 4,427 crore.
- The metro is expected to begin operations in 2016, and will help address issues of traffic congestion
The Hyderabad Metro Rail Project is a case study of a new metro network being constructed in Hyderabad, India. The 72 km metro network consists of three color-coded corridors and will cost Rs. 14,320 crore to construct. L&T Metro Rail Hyderabad Limited is responsible for most of the project costs. The metro will use 57 three-car train sets able to travel at up to 90 km/h, controlled by an automatic train operation system. Station designs reflect local culture and provide covered access between platforms and exits. The metro aims to reduce travel times and traffic congestion compared to road-based transportation in Hyderabad.
This document is a report on the Delhi Metro submitted by Ankur Gupta for partial fulfillment of a summer training program. It includes sections on the history, construction, network, current routes, operations, security, ridership, rolling stock, environment and aesthetics, telecommunication systems including signaling, and more. The Delhi Metro is a metro system serving Delhi and surrounding cities with 5 color-coded lines and an airport express line totaling 193 km and 140 stations. It is owned and operated by the Delhi Metro Rail Corporation.
The Delhi Metro Project aimed to address Delhi's urgent need for a reliable public transportation system through a rail-based metro network. It faced significant challenges due to Delhi's large population, traffic issues, and the need to execute the complex project quickly within the difficult urban environment. Through effective project management under MD E. Sreedharan and a dedicated team, the project was completed on time and within budget, establishing the Delhi Metro as one of India's largest public works projects since independence.
The document discusses project management as it relates to the Delhi Metro Rail Corporation project, including defining what a project is, the key processes involved in project management, and the various knowledge areas of project management such as integration management, scope management, time management, cost management, quality management, human resource management, communications management, and risk management. It provides an overview of the history and development of project management as a discipline. The document serves to provide context and background information on project management principles and how they can be applied to a large infrastructure project like the Delhi Metro.
The document discusses the telecommunication systems used by Delhi Metro Rail Corporation (DMRC). It describes the key components which include fiber optic transmission, public information displays, public address systems, master clocks, CCTV, radio systems, and telephone exchanges. It focuses on the radio communication system, which uses TETRA technology. The radio system allows voice communication between train operators, station controllers in the Operational Control Center, and other staff via mobile and fixed radios installed across the DMRC network.
This document is a project report for the extension of a metro station. It includes an acknowledgment, abstract, and sections on project integration management, scope, cost management, quality management, human resource management, critical path method, work breakdown structure, Gantt chart, communication management, and risk management. The project will extend an existing metro station according to international construction norms while reflecting local architecture. It is being managed by a company called SKYVIEW and will be completed in December after beginning construction in September.
The document provides details about the construction of the underground Vasant Vihar Metro Station in Delhi. Key points include:
- The station is being constructed using the bottom-up method due to the hard rock strata. This involves excavation, constructing the base slab and then working upwards.
- Concrete grades M40 and M50 are being used for the slabs and columns respectively. Waterproofing involves priming with Master Seal M2525 and applying the waterproofing layer of Master Seal M800.
- Other aspects covered are borehole data analysis, structure layout, concreting operations, machinery used, and repair works. Precise construction methods are highlighted.
Mr. E Sreedharan has had a distinguished career working on major railway and metro projects in India since 1954. In 1997, he took over as Managing Director of the Delhi Metro Rail Corporation (DMRC). The DMRC was established in 1995 as a joint venture between the central and Delhi governments to construct and operate the Delhi Metro. It has successfully completed projects on time and on budget while maintaining high standards of safety, reliability and customer service. Some challenges faced have included tunneling issues, coordination with other infrastructure projects, and responding to demands for more amenities like public toilets. The DMRC is working hard to expand the metro system in time for the 2010 Commonwealth Games, but recent accidents have caused some delays to the
JnNURM Bus Financing - Delhi ExperienceJaspal Singh
This presentation describes the scheme of Bus Financing launched by Ministry of Urban Development and share the experience of Delhi.
A deep insight into the requirement of JnNURM funding requirement.
Delhi metro presentation(SCHOOL/COLLEGE)Aashna Sharma
The document summarizes the Delhi Metro rail system in India. It consists of 6 lines totaling 140 stations that span Delhi, Gurgaon, and Noida. Key points include that the lines are both underground and elevated, carry millions of daily passengers, and are more energy efficient than road-based transportation. Interchanges exist between metro lines and with Indian railway stations. The metro has faced some accidents during construction but has significantly improved transportation in the Delhi region.
The document provides information on various aspects of metro projects, including common terminology used, the different types of metro systems (elevated, underground, on grade), and construction methods. It discusses features of elevated and underground metros such as viaducts, stations, tunnels, and cut-and-cover construction. Diagrams and photos show the construction process for elevated viaducts using different methods as well as underground metros using cut-and-cover and top-down construction approaches.
- Delhi Metro Rail Corporation (DMRC) began operations in 2002 and operates the metro system in Delhi, carrying 1.6 million passengers daily on its 140 stations and 183.7 km of lines.
- DMRC earns revenue from eight main sources: fares from tokens and smart cards, tourist cards, advertising, retail space rentals, penalties, movie licensing, and carbon credits.
- The report analyzes DMRC's revenue sources and amounts for 2010, finds that DMRC has the best revenue model among world metros, and provides suggestions like increasing retail facilities and check points to improve passenger experience.
The document outlines the recruitment exam dates for various positions at DMRC. It provides the application dates, fee payment dates, admit card release dates, and written exam dates for Assistant Manager (Electrical/Civil/S&T), Station Controller/Train Operator, Assistant Manager (HR, Finance & Operations) and Maintainer, and Customer Relations Assistant. The application form will be available from September 16 to October 15, 2016 and the fee can be paid from September 17 to October 18, 2016. Admit cards and written exams will be conducted on different dates ranging from November to January for the different positions.
- The document provides an overview of Delhi Metro Rail Corporation (DMRC) including its history, network details, and key aspects of metro operations such as rolling stock, car body, bogies, and more.
- DMRC was established in 1995 as a joint venture between the Government of India and Government of Delhi to build and operate Delhi's metro rail system. The first line opened in 2002.
- The network now consists of over 140 stations across six color-coded lines serving the National Capital Region. Two different rail gauges are used - broad gauge on older lines and standard gauge on newer lines.
Bus system reform in India through JnNURMJaspal Singh
As part of Second Economic Stimulus Package by Government of India (announced on 02nd January 2009), the Government launched a scheme to provide one time assistance to States for the purchase of buses for their Urban transport system and identified 61 mission cities in the first phase. The presentation gives a brief overview of the complete scheme and its current status.
Study of the concepts of group organizational dynamics at Baxter India Ltd. The study was conducted by collecting primary and secondary data from various sources and understanding how the organization manages its human resources using concepts of group and organization dynamics. During the course of study we found that the organization follows a rather flat structure which fosters open communication thereby encouraging functional conflicts and open dialogue.
A study on the current market scenario on the concept of thought leadership. An overview of how industry market leaders like HCL are investing resources and evolving the idea of thought leadership in today's competitive landscape.
The document discusses fiber optic transmission systems (FOTS). It describes how FOTS uses optical fibers to transmit information over long distances using light signals. It discusses the key components of a FOTS including transmitters, optical fibers, optical receivers, and how total internal reflection allows fibers to transmit signals. The document also covers fiber types, advantages of FOTS over copper wire, components in DMRC's network, and technologies like SDH used for optical communication.
Assessment of best practices and processes followed by IBM in their Sales Management cycle. An interaction with IBM employees on significance of IBM's renowned "Signature Selling Method"
India's first metro system opened in Kolkata in 1984 to address issues of traffic congestion and pollution from personal vehicles. Existing metros operate in Kolkata and Delhi, with future systems planned for Mumbai, Bangalore, Hyderabad, Chennai, and other cities. Metros provide energy efficient and environmentally friendly public transportation but require massive funding for construction. While they reduce travel times, construction can temporarily congest roads. India aims to develop world-class metro rail transit systems to shift travelers from private to public transportation as urban populations grow.
This document provides an overview and analysis of the Mumbai Metro project. It discusses the city's transportation infrastructure challenges in serving its large population, conceptualization of the metro, and project planning and execution for the metro's 3 phases. Key points included the bidding process for selecting private partners, financial structuring, and allocation of construction and operational risks between public and private entities. Delays during project implementation and recommendations to expedite approvals and coordinate with other infrastructure projects were also summarized.
The document discusses the build-operate-transfer (BOT) model for the Vadodara Halol Toll Road Project in Gujarat, India. Under the BOT model, a private entity receives a concession to finance, design, construct, and operate a toll road for 30 years, after which it transfers the road back to the government. The project involved upgrading a state highway to a four-lane expressway under a public-private partnership between the state government and IL&FS. While the project was completed on time and under budget, actual traffic levels fell short of projections, leading to financial difficulties for the private operator.
The document summarizes the Delhi Metro project, a rail transit system created to address traffic, pollution, and congestion problems in Delhi, India. It discusses the project's phases and goals of expanding the metro network throughout Delhi and surrounding areas by 2021. The Delhi Metro Rail Corporation was established in 1995 to oversee project planning and implementation. Phase I and II were completed on time and within budget, establishing the project as a model for other metro systems. The metro system has provided environmental and economic benefits to Delhi such as reduced traffic and pollution.
1. Kolkata was the site of India's first metro rail system and Asia's fifth, opening in 1984 along a 16.45 km route.
2. Growing traffic congestion, air pollution, and accidents from the unprecedented growth of personal vehicles necessitated the development of metro rail systems for mass transit. Metros are more energy efficient, cause less pollution and noise, and reduce journey times compared to road-based transport.
3. Existing metro systems operate in Kolkata and Delhi, while future systems are planned for Mumbai, Bangalore, Hyderabad, Chennai, and Kochi.
The document discusses the Delhi Metro Rail project. It summarizes that the Delhi Metro was formed in 1998 to address Delhi's traffic issues. It is being implemented in four phases with three metro lines. Phase I is operational and future phases are planned through 2020. The Metro uses advanced technologies and international contractors to execute the complex project on time. It has been successful in reducing congestion and pollution in Delhi.
The document provides an overview of the Delhi Metro rail project, including its phases, highlights, and challenges. The key points are:
- The Delhi Metro project was established in 1995 as a joint venture between the federal and Delhi state governments to construct and operate the metro system.
- Phase I was completed in 2005, Phase II in 2010, and Phase III is ongoing. The project will ultimately cover 420 km across 12 lines.
- Operation highlights include 2500 daily train trips carrying over 16.5 lakh passengers. Challenges included constructing the metro in a dense urban environment and meeting tight deadlines.
- Project management involved detailed planning, monitoring, and resolving interface issues between contractors to deliver the project
Delhi has experienced rapid population growth which increased traffic congestion and pollution. To address this, the Delhi Metro Rail Corporation was established in 1995 to build a mass rapid transit system. The first section opened in 2002. It has since expanded to over 96 km of lines, carrying over a billion passengers. It uses automated trains running at speeds up to 80 km/h. The metro has been profitable without subsidies by keeping costs low and generating revenue from advertisements and property development in addition to fares. It has received international recognition for its environmentally friendly practices.
The document discusses the Mumbai Metro Rail Project. It provides an overview of Mumbai's transport infrastructure challenges and outlines the need for an efficient mass transit system like the metro. The metro project is proposed to be implemented in 3 phases connecting various parts of the city. Phase 1 details are discussed including project planning, financial structuring, bidding process and execution challenges that led to delays. Key risks are also identified and allocated to mitigate issues in construction and operations.
The Bangalore Metro Rail project was started in 2005 and the first section opened in 2011. It is being implemented in phases, with Phase 1 consisting of 4 reaches totaling 43 km. Phase 2 will extend the lines further to 70 km total. The project aims to reduce road traffic by 35% and expects over 800,000 daily commuters by 2021. It is governed by the Bangalore Mass Rapid Transit Limited and involves participation from central and state governments as well as financial institutions.
The document discusses India's underground metro rail projects. It provides details on the existing metro systems in Kolkata and Delhi, as well as future and proposed systems in Mumbai, Bangalore, Hyderabad, Chennai, and Kochi. Key details include project lengths, costs, construction timelines, passenger capacity, and technological features like automatic ticket systems. The document argues that metro systems reduce traffic, pollution and fuel costs while being more energy efficient compared to other transit options. Suggestions are provided to maximize metro usage through integrated ticketing and parking incentives.
This document provides details about the Kochi Metro Rail project in Kerala, India. The 25.65km metro line will run from Aluva to Petta and include 22 stations, costing $950 million to build. The project is led by Kochi Metro Rail Ltd, a joint venture between the Central and State governments of India. The total projected cost is Rs. 5,181.79 crore (US$ 943.09 million), funded by the Central and State governments, Japan International Cooperation Agency, and others. Construction is slated to be completed between 2012-2016, with revenue operations beginning in March 2016. Key risks include timing delays, weather issues, funding availability, and political and environmental factors.
New Microsoft Office PowerPoint PresentationAdam Smith
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Presentation is made by keeping in mind about the Subject Project Management . In these slides we are able to see certain Project Management Skills and their use in Real Project
The document provides details about the Delhi Metro Rail Corporation (DMRC), including its evolution, services offered, pricing strategy, market segmentation, process flow, and strategic moves. Some key points:
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- It now operates over 213 km of metro lines serving 160 stations, with plans to expand further.
- DMRC offers various services like travel cards, parking, feeder buses, and a mobile app to facilitate passenger travel.
- Future phases of expansion are planned to provide metro access within 0.5 km for all Delhi residents.
This document provides a case study of the Delhi-Gurgaon Expressway public-private partnership project in India. It describes the key details of the project, including that it was awarded to a consortium as a Build-Operate-Transfer project for 20 years. The expressway was commissioned in 2008 after facing delays from land acquisition and changes to the scope of work. Risks were allocated between the private concessionaire and the public National Highway Authority of India, with the concessionaire bearing most construction and operation risks. The project achieved efficiencies like reduced travel time between Delhi and Gurgaon.
High Speed Rail- Need, Challenges, Key Issues and Options: Indian PerspectiveRajesh Prasad
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Dhaka Metro Rail is Bangladesh's first metro rail project in Dhaka. It will have 16 lines under construction and 52 lines planned. The first phase of the project from Uttara to Motijheel will open in late 2019 and be 20.1 km long. The metro rail is needed to address Dhaka's unprecedented traffic congestion and will provide a fast, efficient, and environmentally friendly mass transit option for the growing population. The project is jointly funded by the Bangladesh government and JICA and will aim to transport 483,000 passengers daily once completed.
The Delhi Metro is a rapid transit system serving Delhi and surrounding areas. It consists of six lines totaling 183.7 km and 140 stations. E. Sreedharan is credited as the "father" of Delhi Metro for managing the project and ensuring its timely completion. The metro has a daily ridership of 1.5 million passengers and aims to cover the entire National Capital Region by 2021.
Similar to Infrastructure Management - DMRC Study (20)
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Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Infrastructure Management - DMRC Study
1. INFRASTRUCTURE CONSULTING & MANAGEMENT
GROUP 6
PRATEEK BAHL B005
VIPUL CHAWLA B009
MOHIT GAUR B016
APOORV MITTAL B042
2. OVERVIEW
Scenario in
1995
• Population over 11 million
• About 25 lakh motor vehicles: Number of motor vehicles
in Delhi more than that of Mumbai, Calcutta, Chennai put
together
• Extreme congestion on Delhi roads and environment
pollution
• Trend of metro planning at 1 million plus population in
developed nations
The Government of India and Government of Delhi jointly set up a company called the
Delhi Metro Rail Corporation (DMRC) with 50-50 equity stakes, on March 5, 1995 with
E.Sreedharan as the managing director
The DMRC was given full powers to hire people, decide on tenders and control funds
30% of total investment by equity capital from GOI and Govt of Delhi. 60% funding from
“soft” loans from the Japan Bank for International Cooperation (JBIC) and the Japan
International Cooperation Agency (JICA)
Rest of the investment proposed to be recovered from internal revenues through
operations and property development
Physical construction work on the Delhi Metro started on October 1, 1998
First line started on December 24, 2002
Phase I:
• Estimated cost: Rs.10,570 crores. 65.11 km of route length, of which 13.01 km is
underground and 52.10 km surface or elevated having 58 stations
• The first phase of the project was completed in 2006 on budget and ahead of its schedule
Phase II:
• Estimated cost Rs.19,131 crores. Route length of 128 km having 85 stations
• The first section opened in June 2008 and the last line opened in August 2011
Phases III:
• Estimated Cost : Rs.35242 crores. Route length of 136.32 kms having 69 stations. 2 new lines
and 11 route extensions proposed for Phase III
• First 2 phases were radial expansions while this phase aimed at interconnecting existing lines
by ring lines to improve connectivity
• Extension of Delhi Metro to Faridabad with route length of 13.875 km having 9 stations,
funded by Government of Haryana and GOI excluding rolling stock, which is being funded by
DMRC
• Phase III will have 28 underground stations covering 41 kms
• Expected ridership of 4 million after completion; planned to be completed by 2016
Phase IV:
• Plan for seven corridors for route length of 113.208 km is under preparation
• It will supplement the existing metro network and provide interchange connectivity and is
planned to be completed by 2021
Phases: 4 phases of 5 years each spread over 20 years
3. The network consists of six lines with a total length of 190.03 kilometres having 142 stations of which 35 are underground
It is one of the largest metro networks in the world
Links Delhi with Noida, Gurgaon, Ghaziabad and Faridabad
It has a combination of elevated, at-grade and underground lines and uses both broad gauge and standard gauge rolling stock
The metro has an average daily ridership of 1.9 million commuters
Red Line
• The Red line was the first line of the Metro to be
opened and connects Rithala in the west to Dilshad
Garden in the east, covering a distance of 25.09
kilometres
• The inauguration of the first stretch between
Shahdara and Tis Hazari on December 24, 2002
Yellow Line
•The Yellow Line was the second line of the
Metro and was the first underground line to
be opened.It runs for 44.36 kilometres from
north to south and connects Jahangirpuri
with HUDA City Centre in Gurgaon
Blue Line
• The Blue Line was the third line of the Metro to be
opened
• It connects Dwarka Sub City in the west with Noida
and Gaziabad in the east by bifurcation at the Yamuna
bank into 2 lines, and coveres a distance of 47.4
kilometres
• The first section of this line between Dwarka and
Barakhamba Road was inaugurated on December 31,
2005
Green Line
• Opened in 2010, the Green Line was the first
standard-gauge corridor of the Delhi Metro running
for 15.1 kilometres
• This line also has the country's first standard-gauge
maintenance depot at Mundka
Violet Line
• Most recent line of the Metro to be opened, and the
second standard-gauge corridor after the Green Line
covering a distance of 20.2 km
• The first section between Central Secretariat and
Sarita Vihar was inaugurated on October 3, 2010, just
hours before the inaugural ceremony of the 2010
Commonwealth Games, and connects the Jawaharlal
Nehru Stadium which is the venue for the opening
and closing ceremonies of the event
Airport Metro
• It is 22.7km in length and connects New Delhi railway
station to Airport terminal 3
• Built at a cost of 2,885 crore line was opened on 24
February 2011
The Network
5. Revenue Sources
Ticket sales: Revenue through passenger traffic
Advertisements and property development
Revenue by leasing out its trains and stations for film and advertisement shoots. Producers have to pay as much as 1 lakh for every hour of filming,
besides a security deposit and insurance
Consultancy projects for upcoming metro projects: Pune, Raipur, Kerala Monorail, Bangalore etc.
External project works: Multi-level car park for Delhi high court, construction & supervision for Jaipur and Kochi metro, work for ILBS
Source Revenue (in Crore Rs.)
Traffic Operations 1523.74
Consultancy Projects 34.23
External Project Works 817.62
Other sources (ads, real estate,
shoots)
311.89
Total 2687.48
For financial year 2012-2013
6. • Various studies conducted on
the impact of the DM on the
environment
• Most studies conclude that
there is a positive impact on
the environment and
reduction in population
• 24-29% reduction in NO; 26-
69% reduction in CO
• Employment opportunity for
unskilled, asset less migrated
workers
• Increase in real estate prices.
• Between 2005-08, the prices
rose at about 18-40% p.a.
• Major rise within 500m of the
metro station
• Decrease in no of road
accidents due to Delhi Metro
According to a report by CRRI
• 1.2 lakhs vehicles are off the
road because of the Metro
• Rs 523 crore is saved annually
in fuel cost
• Rs 2978 crore: Cost in terms
of time of passenger saved
per year
Economic Benefits
7. Delhi Airport Metro Express (DAME)
Bidding Players 2008
◦ L&T-GE Consortium
◦ Seek annual subsidy of 346 crore, or interest free loan of INR 1440 crore from DMRC
◦ Reliance-CAF consortium (95% Reliance Infra, 5% CAF)
◦ Pay annual concession fee of 51 crore from Year 1, increase by 5% annually
◦ Revenue sharing of 1% from Year 1 to 15 and 5% from Year 15 onwards
◦ License Fee of Rs. 10,000 per annum
Contract awarded by DMRC to Reliance Consortium
30 year BOT PPP model
Civil structures to be built by DMRC & Reliance
Rolling stock to be supplied, installed, operated by Concessionaire
Cost of construction: INR 57 billion, 54% paid by Reliance Concessionaire
Reliance to raise money at 70:30 debt-equity ratio
Concessionaire shall operate the line for 30 years, DMRC to take charge
post that
Proposed Actual (as on Jul 2013)
Running Time
24 hours a day, 10 min
frequency
0600 to 2330 Hrs, 15
min frequency
Train Speed
135 kmph (tracks support
speeds upto 350 kmph)
50-65 kmph
(since Jan 2013)
Scheduled
Completion
31st Aug 2010
23rd Feb 2011
(INR 967.5 million fine
paid to DMRC)
Daily
Ridership
42,000 11,000 (peak 20,000)
8. Areas of Dispute
Delay in launch by 6 months (12 months)
Line was conceived primarily for 2010 CWG, but Reliance couldn’t complete it in time
Blemish on DMRC’s reputation, who hadn’t delayed any project
DMRC officials suspended services in July 2012 after multiple technical problems reported
540 bearings had to be replaced, some girders had cracked, water seepage in tunnels
Officials from DMRC & R Infra blamed each other for faulty construction
Line reopened after 6 months with reduced speed of 50 kmph
Reliance expressed unwillingness to operate the line in July 2013
DMRC team had to take over Operations & Maintenance on short notice of 2 days
Agreement Terminated & R Infra slapped notice on DMRC to recover costs
Lessons Learnt
High estimation of
traffic & inflated
revenue
expectations
•Actual revenue generated from core (fare collection) & non core (advertisements, lease of
commercial space, vending & retail outlets) significantly lesser
•Operational loss of 4 crore per month by Concessionaire
•Metro line was planned in isolation with no feeder links & poor accessibility
Improper risk
sharing in
Agreement
•Commercial, Operational, & Maintenance risks should be borne by private player, while political &
land procurement risks should be borne by govt in a PPP infra project
•Maintenance risk in DAME was shared between partners, with room for both parties to blame
each other
Hurried process
•All infrastructure PPP projects above 100 crore must be approved by PPP Appraisal Committee
•Gaps in contract enabled Reliance Infra to de-risk its borrowings by reducing its equity from 70%
and passing on full debt liability to new promoters & government
•Equity dilution enabled Reliance to make upfront profits & terminate contract, with no incentive to
invest for longterm health of project
Unrealistic bidding
•DMRC itself made loss of 233 crore in 2004, 761 crore in 2005, 894 crore in 2006
•Reliance’s claim of sharing revenue from Day 1 should have been inspected, with respect to L&T
seeking subsidy. ICRA submitted a detailed report in 2009 questioning business model of R Infra
•Claims of developing land for commercial development were attached by Reliance as ‘sweeteners’
Present Situation
Bank consortium led by Axis bank slapped legal notice for non payment of bank loans
Project has turned into non performing asset
DMRC reduced passenger fare by 40% in July 2014 to attract passengers, and offered higher
discounts to daily riders
Feeder bus services have been introduced
Speed of trains increased to 80 kmph
30.43% increase in ridership observed since DMRC took over in July 2013
9. Handling Increased Ridership
Recorded ridership of over 27 lakhs on 04th August, 2014
Increased Avg speed 33kmph to 36kmph
200 additional automatic fare collection installed gates at various stations
Handling the increasing numbers : 136 Additional 6 coach & 8 coach in last year
Line 4-Aug Ridership 4-Coach 6-Coach 8-Coach Total
1 Dilshad Garden-Rithala 382,188(14.1%) 19 10(focus) - 29
2 Jahangirpuri -HUDA City Centre 962,428(35.6%) - 27 33(focus) 60
3/4 Dwarka Sec21-Noida City Centre/Vaishali 10,23,245(37.8%) - 46 25(focus) 71
5 Inderlok/Kirti Nagar-Mundka 99,357(3.67%) 17 1 - 18
6 Mandi House-Badarpur 218,734 (8.1%) 29 01 - 30
10. Rooftop Solar Power
Commissioned and operated under the Renewable Energy Services Company (RESCO), GIZ
DMRC : Site for the project Developer : Capital cost for project development, Project Operation
and Maintenance Cost
Power Purchase Agreement with the project developer. terms of this agreement have not
been made public
Delhi Metro might get power free of cost after the developer has recovered its capital
investment
Power generated could be used for in-house use at the stations, sold to nearby advertising
hoardings or used for charging electric vehicles in the near the future
Project Capacity
90-2500 KW
Network Potential
52 MW
86.5 mn units
Electricity/year
$8mn (47.6 cr) Savings
with current tariffs
11. Rapid Rail Corridors
July 2013 : National Capital Region Transport Corporation
Limited (NCRTC)
Implementing Agency for Regional Rapid Transit System
(RRTS) projects in the NCR
NCRTC responsibilities : Designing, developing,
implementing, financing, operating and maintaining RRTS
on a pattern similar to the Delhi Metro
Provide impetus to the development of satellite towns
around Delhi
8 Rapid Rail Corridors expected
3 rapid rail corridors finalized (June 11, 2014)
Alwar | Meerut | Panipat
Delhi-Alwar
180kms
Delhi-Panipat
111kms
Delhi-Meerut
90 kms
12. Rapid Rail Corridors : First Three
Alwar RRC is supposed to terminate at Gurgaon | DMRC is perusing to link the Airport Express Metro Line
If agreed upon => operationally profitable Airport line
Delhi will have a total of 11 stations Anand Vihar | Sarai Kale Khan | ISBT Kashmere Gate | Mukarba
Chowk | Narela | ND railway station| INA | Dhaula Kuan | Mahipalpur | Airport Link (Debate)
Center & State
100 Cr
Urban Development
& Railway Ministry
22.5%
NCRPB
5%
Delhi, Haryana,
Rajasthan and UP
Approx. Project Cost
Rs 72,170 crore
Stations
48
Total Length
349 kms
Corridor Length
Delhi
70.7 kms
Completion By
2019
responsibility for civil works (stations, tunnels and viaducts) is with DMRC, and system works (track, signals, power distribution system and rolling stock) is with DAMEPL
demand for due diligence in drawing up PPP contract in the future. The contracts should set a floor level to the debt-to-equity ratio for the project that the concessionaire cannot breach and the financial institutions can monitor.
With the support of GIZ, the DMRC found that its stations and yards can accommodate solar power projects with capacity between 90 kW and 2,500 kW with a network-wide potential of about 52 MW
implement pilot projects at a few stations , go with all stations and yards on the network
52 MW, DMRC could end up generating about 86.5 million units of electricity every year. At current power tariff, DMRC would save about $8 million (₹47.6 crore) every year.
National Capital Region Transport Corporation, formed in 2013, is stillexploring options to fund the corridors that are expected to cost at least~70,000 crore. The corporation was formed with 50 per cent equityparticipation from the Centre and the rest from the state governments ofDelhi, Haryana, Rajasthan and Uttar Pradesh.
Transportation drives development