The document provides an overview of Indonesia's urban transportation challenges and master plan to address them through three pillars: enhancing public transportation, traffic performance, and environmental quality. It summarizes transportation statistics for Indonesia's cities and the share of different modes. The master plan promotes bus-based public transit systems like BRT, integrated ticketing, and ITS technologies. It highlights examples of BRT implementations in various cities and the connectivity to other transit modes. Addressing issues like changing public perceptions and minimum service standards is important to the success of the urban mobility plan.
This document discusses plans for a metro rail system in Dhaka, Bangladesh to address the city's traffic issues. It provides background on metro rail systems globally and historically. It then outlines the current traffic problems in Dhaka due to lack of roads and high population density. The proposed Dhaka metro rail project would connect Uttara to Motijheel using air-conditioned trains running every 4 minutes, carrying 60,000 passengers per hour. The project is funded through investments from Bangladesh and Japan and aims to provide a fast, affordable public transportation solution to Dhaka's traffic woes.
The document discusses the 7 Ps of marketing for Delhi Metro Rail Corporation (DMRC) in India, highlighting DMRC's state-of-the-art rail coaches and safety features, plans to expand rail lines and stations, promotions around safety, environmental benefits, and technical consulting services. It also covers DMRC's focus on training and developing employees to provide quality service to passengers.
There is no end in sight to Pune\'s traffic and transport problems. This presentation reviews the root causes for the problems, throws light on wrong policies of municipal corporation, and suggests alternatives that have been accepted worldwide by all experts.
Dhaka has a large and growing population that is straining its transportation infrastructure, resulting in traffic gridlock that costs the economy billions each year. A metro rail system is proposed as the future of public transportation in Dhaka, as it would have the capacity to carry large numbers of passengers faster and more efficiently than buses or cars, while also being more environmentally friendly. The metro rail would save the city significant costs each day and boost economic growth.
This document summarizes a dissertation on multi-modal transportation hubs. The dissertation aims to study the need for and circulation involved in multi-modal transportation. The objectives are to study transitional areas, requirements, and circulation. The scope is on uses and passenger movement patterns. Due to time constraints, some aspects could not be studied in depth. Case studies of London, Hong Kong and Singapore multi-modal hubs are provided. Conventional transportation planning is compared to multi-modal planning, which considers connections between modes. Passenger requirements like transfer times and accessibility are also discussed.
This document discusses plans for a metro rail system in Dhaka, Bangladesh to address the city's traffic issues. It provides background on metro rail systems globally and historically. It then outlines the current traffic problems in Dhaka due to lack of roads and high population density. The proposed Dhaka metro rail project would connect Uttara to Motijheel using air-conditioned trains running every 4 minutes, carrying 60,000 passengers per hour. The project is funded through investments from Bangladesh and Japan and aims to provide a fast, affordable public transportation solution to Dhaka's traffic woes.
The document discusses the 7 Ps of marketing for Delhi Metro Rail Corporation (DMRC) in India, highlighting DMRC's state-of-the-art rail coaches and safety features, plans to expand rail lines and stations, promotions around safety, environmental benefits, and technical consulting services. It also covers DMRC's focus on training and developing employees to provide quality service to passengers.
There is no end in sight to Pune\'s traffic and transport problems. This presentation reviews the root causes for the problems, throws light on wrong policies of municipal corporation, and suggests alternatives that have been accepted worldwide by all experts.
Dhaka has a large and growing population that is straining its transportation infrastructure, resulting in traffic gridlock that costs the economy billions each year. A metro rail system is proposed as the future of public transportation in Dhaka, as it would have the capacity to carry large numbers of passengers faster and more efficiently than buses or cars, while also being more environmentally friendly. The metro rail would save the city significant costs each day and boost economic growth.
This document summarizes a dissertation on multi-modal transportation hubs. The dissertation aims to study the need for and circulation involved in multi-modal transportation. The objectives are to study transitional areas, requirements, and circulation. The scope is on uses and passenger movement patterns. Due to time constraints, some aspects could not be studied in depth. Case studies of London, Hong Kong and Singapore multi-modal hubs are provided. Conventional transportation planning is compared to multi-modal planning, which considers connections between modes. Passenger requirements like transfer times and accessibility are also discussed.
Here is the Second part of the PPT on Indian Railways . There is so much to know about Indian Railways . Here are some facts and figures that could be helpful in understanding its length & width in providing Nationwide Survey . Please go through each page and be informed .
Galle corridor has been identified as the most important corridor taking transport volume, urbanization level, population density and network function into consideration.
It is estimated that in 2035 average speed on Galle corridor is estimated to be 12km/h unless the road is doubled in size meaning facilitate 4 lanes each. It is vital to identify that widening road alone will not solve this issue of high traffic congestion. Hence need for better transport services such as Bus priority lane, Bus rapid transit, modernized railways needs to be implemented to shift private vehicle owners into public transport thereby reducing traffic congestion
This document discusses the causes of traffic congestion in Dhaka City, Bangladesh. It identifies several key factors contributing to congestion, including a rising population and vehicle growth rate without sufficient expansion of roads. Dhaka has only 7% of its total area dedicated to roads, compared to the recommended 25%. Other causes include inadequate traffic enforcement, dysfunctional traffic lights, unplanned road design, centralized development drawing people into the city, and illegal parking reducing effective road space. Addressing these underlying issues through improved planning, infrastructure expansion, and enforcement of traffic rules could help remedy the severe congestion that plagues Dhaka.
Indian Railways was first introduced in 1853 and was later nationalized in 1951. It operates over 8,700 passenger trains annually, transporting around nine billion passengers across 27 states. Freight services also operate, carrying various goods across dedicated lines. The organization employs over 1.4 million people, making it one of the largest employers in the world. Revenues come primarily from freight and passenger fares, with a focus on increasing ridership and modernization of infrastructure. Indian Railways has a large network spanning over 64,000 km and aims to continue expanding its affordable and widespread transportation services.
By Geetam Tiwari, Transportation Research and Injury Prevention Program (TRIPP), Chair and Associate Professor, Indian Institute of Technology Delhi (New Delhi, India)
This document provides a summary of the station accessibility plan study conducted for Vijayanagar Metro Station in Bengaluru, Karnataka. The study aimed to encourage sustainable transport by integrating walking, cycling, public transport and intermediate public transport. A household survey of 2500 samples and opinion surveys were conducted to understand existing travel patterns and issues. Key issues identified included lack of footpaths, encroachment of footpaths for parking and dumping of waste. Proposals were made to improve pedestrian and cycling infrastructure on main roads connecting to the metro station. Recommendations focused on enforcement of regulations, participatory management, and planning for integrated first and last mile connectivity.
Indian Railways is the third largest railway network in the world spanning over 64,000 route kilometers. It transports over 2.65 million tonnes of freight and 23 million passengers daily. The document discusses the key infrastructure components of Indian Railways including various zones and divisions, production units, public sector undertakings, annual plans and budgets. It provides an overview of the advantages and disadvantages of rail transportation as well as highlights from the Indian Railway Budget for 2013-14 including capacity enhancement targets and safety measures.
The document discusses transportation options in Dubai, including air travel, the metro system, water taxis, buses, roads, and taxis. It provides details on Emirates airline, Dubai International Airport, the four lines of the Dubai Metro, abra water taxis, the public bus system, roads and taxis. It describes Dubai Taxis and some of the major taxi companies that operate under franchise agreements.
This document discusses transportation issues and annual accidents in Indonesia. It provides background on the country's transportation system, which was developed according to geographic regions but does not fully meet public needs. While both public and private transportation options exist, people often prefer private vehicles due to distrust in public options and poor road conditions. The government has not sufficiently addressed these issues through improved infrastructure or policies to encourage greater public transportation use. As a result, transportation management in Indonesia remains inadequate and the government has yet to provide satisfactory protection and services for citizens.
CIMB_Construction&Infrastructure_2016_SPADNorma Nun
This document provides an overview of public transportation challenges and plans in Greater Kuala Lumpur/Klang Valley (GKL/KV) region of Malaysia. It discusses how rapid urbanization and rising mobility are increasing congestion and pollution. The National Land Public Transport Master Plan (NLPTMP) and GKL/KV Land Public Transport Master Plan were approved in 2013 to guide development of public transportation over 20 years. The GKL/KV plan contains 6 subsidiary plans covering rail, bus, taxi, interchange/integration, land use, and travel demand management to transform the system and increase public transport mode share to 40% by 2030.
The document provides details of the proposed Kochi Metro Rail project in Kerala, India. It outlines the need for the project to address rising traffic congestion. The 23 station, 25.6 km metro line will run from Aluva to Petta, serving major areas of Kochi like Ernakulam. It defines the project scope, estimated costs, timelines, technical specifications, and expected ridership. The metro aims to provide a reliable, high-capacity public transport system to boost urban mobility and economic development in Kochi region.
- By 2050, 70% of the world's population will live in cities, placing increasing pressure on urban transportation systems. Currently 70% of Malaysia's population lives in urban areas.
- Mobility trends in Malaysia like the increasing number of vehicles and daily trips are exacerbating issues like congestion, air pollution, and economic losses from reduced productivity.
- SPAD was mandated to develop a National Land Public Transport Master Plan (NLPTMP) to guide land transportation decisions and achieve targets over 20 years through various subsidiary plans focusing on rail, bus, taxi, integration, land use, and demand management.
- The NLPTMP and Greater KL/KV LPTMP were approved in 2013 and have seen
Seoul provides extensive public transportation options and continues to invest in making transit safer, more convenient and environmentally friendly. The subway system carries over 7 million passengers daily on 9 lines totalling 327km. Light rail and subway extensions will increase accessibility. Buses have become faster through dedicated lanes and use of real-time arrival information. The city promotes walking and bicycling through expanded sidewalks and bike lanes.
This document provides a comprehensive mobility plan for Moscow City. It outlines the current transportation challenges facing the city, including congestion, insufficient road networks, and overcrowded public transportation. The plan sets ambitious goals to address these issues by 2020, such as reducing average commute times by 10 minutes and increasing public transportation ridership and capacity. Key strategies to achieve these goals include expanding the metro, railway, roads and bicycle infrastructure; modernizing trams; establishing a regulated taxi network; and implementing new parking and traffic management technologies. Some initial outcomes of the strategies include reducing congestion in the city center through paid parking and increased availability and organization of parking spaces.
The document summarizes Singapore's transportation system development and strategies over the past few decades and outlines its vision for future mobility. It discusses how Singapore integrated transport and land use planning, expanded road networks while managing demand, and provided high quality public transport. Key strategies included congestion pricing, vehicle quotas, and expanding rail and bus networks. The future vision is to have an even more connected, interactive system with widespread use of shared, autonomous and green vehicles, and real-time integrated information across different modes. Public transport ridership is aimed to increase further with more extensive rail and bus networks.
The document is an inception report from the Transport Department of the Capital city that discusses the current state of public transportation in Ulaanbaatar, Mongolia. It notes that the number of routes and vehicles have increased in recent years but problems remain. Main problems include traffic congestion, lack of infrastructure investment, and high accident rates. The report outlines plans to improve the system through introducing bus rapid transit, developing an intelligent transportation system, and conducting a feasibility study for a metro system. The long-term plan involves phased improvements over the next 30 years to modernize the fleet and convert to more sustainable fuels.
Guidelines for a Sustainable Mobility Plan for TbilisiGiovanni Acciaro
This document summarizes a project to develop guidelines for a sustainable mobility plan for Tbilisi, Georgia. The project is a collaboration between Italian and Georgian partners, supported by the Italian Ministry of Economics and Finance. The main objective is to prepare preliminary guidelines and provide technical support to Tbilisi's transport departments. The guidelines will integrate strategies for management, infrastructure, and pilot projects involving public transport improvements and intelligent transport systems technologies.
The document provides an overview of the Land Public Transport Master Plan for Greater Kuala Lumpur/Klang Valley. It outlines the vision and targets to achieve a 40% public transport modal share by 2030. A key part of the plan is the Urban Rail Development Plan which aims to increase rail network and capacity through expanding existing lines and building new lines like the MRT to alleviate congestion and improve connectivity. The plan also includes bus, taxi transformations and integration initiatives to coordinate different transport modes and encourage public transport usage.
[Sustainable Mobility Workshop with UCLG-ASPAC] City Paper : Tangerang(Indone...shrdcinfo
The document summarizes the current state of transportation in Tangerang City and plans for future development. It notes that Tangerang City has high population growth and traffic congestion issues. It outlines strategies to improve transportation, including expanding public transit networks through bus rapid transit, commuter rail, and integrated terminals. Specific projects discussed include the TransJabodetabek bus network, six planned BRT corridors, double track rail between Tangerang and Jakarta, and developing transit-oriented development around stations. Intelligent transportation systems and improving road networks are also part of the city's transportation development plans.
Surabaya mass rapid transportation (smart)Irvan Wahyu
This document summarizes transportation issues and plans in Surabaya, Indonesia. It finds that rapid growth in population and vehicles is causing traffic congestion that road expansion cannot keep up with. Over 50% of vehicles are motorcycles. Public transportation usage is low and needs improvement. Surabaya is developing an integrated mass transit system called SMART (Surabaya Mass Rapid Transportation) using trams and monorails to provide higher quality public options and reduce private vehicle usage. The city is also constructing ring roads and improving existing roads to better distribute traffic flows.
Here is the Second part of the PPT on Indian Railways . There is so much to know about Indian Railways . Here are some facts and figures that could be helpful in understanding its length & width in providing Nationwide Survey . Please go through each page and be informed .
Galle corridor has been identified as the most important corridor taking transport volume, urbanization level, population density and network function into consideration.
It is estimated that in 2035 average speed on Galle corridor is estimated to be 12km/h unless the road is doubled in size meaning facilitate 4 lanes each. It is vital to identify that widening road alone will not solve this issue of high traffic congestion. Hence need for better transport services such as Bus priority lane, Bus rapid transit, modernized railways needs to be implemented to shift private vehicle owners into public transport thereby reducing traffic congestion
This document discusses the causes of traffic congestion in Dhaka City, Bangladesh. It identifies several key factors contributing to congestion, including a rising population and vehicle growth rate without sufficient expansion of roads. Dhaka has only 7% of its total area dedicated to roads, compared to the recommended 25%. Other causes include inadequate traffic enforcement, dysfunctional traffic lights, unplanned road design, centralized development drawing people into the city, and illegal parking reducing effective road space. Addressing these underlying issues through improved planning, infrastructure expansion, and enforcement of traffic rules could help remedy the severe congestion that plagues Dhaka.
Indian Railways was first introduced in 1853 and was later nationalized in 1951. It operates over 8,700 passenger trains annually, transporting around nine billion passengers across 27 states. Freight services also operate, carrying various goods across dedicated lines. The organization employs over 1.4 million people, making it one of the largest employers in the world. Revenues come primarily from freight and passenger fares, with a focus on increasing ridership and modernization of infrastructure. Indian Railways has a large network spanning over 64,000 km and aims to continue expanding its affordable and widespread transportation services.
By Geetam Tiwari, Transportation Research and Injury Prevention Program (TRIPP), Chair and Associate Professor, Indian Institute of Technology Delhi (New Delhi, India)
This document provides a summary of the station accessibility plan study conducted for Vijayanagar Metro Station in Bengaluru, Karnataka. The study aimed to encourage sustainable transport by integrating walking, cycling, public transport and intermediate public transport. A household survey of 2500 samples and opinion surveys were conducted to understand existing travel patterns and issues. Key issues identified included lack of footpaths, encroachment of footpaths for parking and dumping of waste. Proposals were made to improve pedestrian and cycling infrastructure on main roads connecting to the metro station. Recommendations focused on enforcement of regulations, participatory management, and planning for integrated first and last mile connectivity.
Indian Railways is the third largest railway network in the world spanning over 64,000 route kilometers. It transports over 2.65 million tonnes of freight and 23 million passengers daily. The document discusses the key infrastructure components of Indian Railways including various zones and divisions, production units, public sector undertakings, annual plans and budgets. It provides an overview of the advantages and disadvantages of rail transportation as well as highlights from the Indian Railway Budget for 2013-14 including capacity enhancement targets and safety measures.
The document discusses transportation options in Dubai, including air travel, the metro system, water taxis, buses, roads, and taxis. It provides details on Emirates airline, Dubai International Airport, the four lines of the Dubai Metro, abra water taxis, the public bus system, roads and taxis. It describes Dubai Taxis and some of the major taxi companies that operate under franchise agreements.
This document discusses transportation issues and annual accidents in Indonesia. It provides background on the country's transportation system, which was developed according to geographic regions but does not fully meet public needs. While both public and private transportation options exist, people often prefer private vehicles due to distrust in public options and poor road conditions. The government has not sufficiently addressed these issues through improved infrastructure or policies to encourage greater public transportation use. As a result, transportation management in Indonesia remains inadequate and the government has yet to provide satisfactory protection and services for citizens.
CIMB_Construction&Infrastructure_2016_SPADNorma Nun
This document provides an overview of public transportation challenges and plans in Greater Kuala Lumpur/Klang Valley (GKL/KV) region of Malaysia. It discusses how rapid urbanization and rising mobility are increasing congestion and pollution. The National Land Public Transport Master Plan (NLPTMP) and GKL/KV Land Public Transport Master Plan were approved in 2013 to guide development of public transportation over 20 years. The GKL/KV plan contains 6 subsidiary plans covering rail, bus, taxi, interchange/integration, land use, and travel demand management to transform the system and increase public transport mode share to 40% by 2030.
The document provides details of the proposed Kochi Metro Rail project in Kerala, India. It outlines the need for the project to address rising traffic congestion. The 23 station, 25.6 km metro line will run from Aluva to Petta, serving major areas of Kochi like Ernakulam. It defines the project scope, estimated costs, timelines, technical specifications, and expected ridership. The metro aims to provide a reliable, high-capacity public transport system to boost urban mobility and economic development in Kochi region.
- By 2050, 70% of the world's population will live in cities, placing increasing pressure on urban transportation systems. Currently 70% of Malaysia's population lives in urban areas.
- Mobility trends in Malaysia like the increasing number of vehicles and daily trips are exacerbating issues like congestion, air pollution, and economic losses from reduced productivity.
- SPAD was mandated to develop a National Land Public Transport Master Plan (NLPTMP) to guide land transportation decisions and achieve targets over 20 years through various subsidiary plans focusing on rail, bus, taxi, integration, land use, and demand management.
- The NLPTMP and Greater KL/KV LPTMP were approved in 2013 and have seen
Seoul provides extensive public transportation options and continues to invest in making transit safer, more convenient and environmentally friendly. The subway system carries over 7 million passengers daily on 9 lines totalling 327km. Light rail and subway extensions will increase accessibility. Buses have become faster through dedicated lanes and use of real-time arrival information. The city promotes walking and bicycling through expanded sidewalks and bike lanes.
This document provides a comprehensive mobility plan for Moscow City. It outlines the current transportation challenges facing the city, including congestion, insufficient road networks, and overcrowded public transportation. The plan sets ambitious goals to address these issues by 2020, such as reducing average commute times by 10 minutes and increasing public transportation ridership and capacity. Key strategies to achieve these goals include expanding the metro, railway, roads and bicycle infrastructure; modernizing trams; establishing a regulated taxi network; and implementing new parking and traffic management technologies. Some initial outcomes of the strategies include reducing congestion in the city center through paid parking and increased availability and organization of parking spaces.
The document summarizes Singapore's transportation system development and strategies over the past few decades and outlines its vision for future mobility. It discusses how Singapore integrated transport and land use planning, expanded road networks while managing demand, and provided high quality public transport. Key strategies included congestion pricing, vehicle quotas, and expanding rail and bus networks. The future vision is to have an even more connected, interactive system with widespread use of shared, autonomous and green vehicles, and real-time integrated information across different modes. Public transport ridership is aimed to increase further with more extensive rail and bus networks.
The document is an inception report from the Transport Department of the Capital city that discusses the current state of public transportation in Ulaanbaatar, Mongolia. It notes that the number of routes and vehicles have increased in recent years but problems remain. Main problems include traffic congestion, lack of infrastructure investment, and high accident rates. The report outlines plans to improve the system through introducing bus rapid transit, developing an intelligent transportation system, and conducting a feasibility study for a metro system. The long-term plan involves phased improvements over the next 30 years to modernize the fleet and convert to more sustainable fuels.
Guidelines for a Sustainable Mobility Plan for TbilisiGiovanni Acciaro
This document summarizes a project to develop guidelines for a sustainable mobility plan for Tbilisi, Georgia. The project is a collaboration between Italian and Georgian partners, supported by the Italian Ministry of Economics and Finance. The main objective is to prepare preliminary guidelines and provide technical support to Tbilisi's transport departments. The guidelines will integrate strategies for management, infrastructure, and pilot projects involving public transport improvements and intelligent transport systems technologies.
The document provides an overview of the Land Public Transport Master Plan for Greater Kuala Lumpur/Klang Valley. It outlines the vision and targets to achieve a 40% public transport modal share by 2030. A key part of the plan is the Urban Rail Development Plan which aims to increase rail network and capacity through expanding existing lines and building new lines like the MRT to alleviate congestion and improve connectivity. The plan also includes bus, taxi transformations and integration initiatives to coordinate different transport modes and encourage public transport usage.
[Sustainable Mobility Workshop with UCLG-ASPAC] City Paper : Tangerang(Indone...shrdcinfo
The document summarizes the current state of transportation in Tangerang City and plans for future development. It notes that Tangerang City has high population growth and traffic congestion issues. It outlines strategies to improve transportation, including expanding public transit networks through bus rapid transit, commuter rail, and integrated terminals. Specific projects discussed include the TransJabodetabek bus network, six planned BRT corridors, double track rail between Tangerang and Jakarta, and developing transit-oriented development around stations. Intelligent transportation systems and improving road networks are also part of the city's transportation development plans.
Surabaya mass rapid transportation (smart)Irvan Wahyu
This document summarizes transportation issues and plans in Surabaya, Indonesia. It finds that rapid growth in population and vehicles is causing traffic congestion that road expansion cannot keep up with. Over 50% of vehicles are motorcycles. Public transportation usage is low and needs improvement. Surabaya is developing an integrated mass transit system called SMART (Surabaya Mass Rapid Transportation) using trams and monorails to provide higher quality public options and reduce private vehicle usage. The city is also constructing ring roads and improving existing roads to better distribute traffic flows.
a study of suspentable transportation system in ahmedabad & dehliRONAKMODI36
1) The document discusses sustainable transportation systems in the cities of Ahmedabad and Delhi in India. It analyzes the different modes of public transportation currently available, including BRTS, metro, bicycle sharing, and CNG fuels.
2) Case studies of the BRTS systems in Ahmedabad and Delhi are provided. Ahmedabad's Janmarg BRTS incorporates features like GPS for real-time vehicle tracking and remote-controlled gates for boarding.
3) The development of metro systems in the two cities is also discussed, with Delhi Metro expanding through multiple phases to improve transportation.
This document provides an overview of the Mass Rapid Transit (MRT) system in Malaysia. It discusses the background and design of the MRT, including its three lines that will form a circle and two radial lines around Kuala Lumpur. The MRT is intended to significantly increase Malaysia's insufficient rail network, integrate existing lines, and reduce traffic congestion. It will have elevated and underground stations and aims to provide an efficient, safe, and economical public transportation option that stimulates the economy and environment.
The document discusses plans to improve the urban transport system in Greater Jakarta, Indonesia through the development of light rail transit (LRT) and mass rapid transit (MRT) systems. It outlines existing transportation challenges in the region, including traffic congestion and a public transport mode share of only 40%. The government has set a target to increase the public transport share to 60% through projects like two LRT lines - one managed by the Ministry of Transportation and another by the Jakarta provincial government. Updates on the progress and specifications of these LRT projects are provided, with the goal of having parts operational for the 2018 Asian Games.
The document describes Singapore's transportation system and its development over time. It discusses how Singapore integrated transport and land use planning, expanded its road network, managed road demand, and provided quality public transport options. It outlines the development of Singapore's intelligent transportation systems and how it regulates vehicle use through congestion pricing and vehicle quota systems. The document also compares Singapore's transportation metrics and policies to other major cities like Hong Kong, London, New York, and Tokyo. It discusses Singapore's vision for further improvements like increasing rail and bus networks, improving taxi standards, expanding cycling infrastructure, and its long term vision for 2050 involving real-time information, shared vehicles, autonomous vehicles and more.
The document provides an overview and summary of the Land Public Transport Master Plan for Greater Kuala Lumpur/Klang Valley. The key points are:
1) The master plan aims to guide future land public transport decisions to achieve a 40% public transport modal share by 2030 through projects like MRT, LRT, BRT, and bus network improvements.
2) It outlines six subsidiary plans covering urban rail development, bus transformation, taxi transformation, interchange integration, land use planning, and travel demand management.
3) Major urban rail projects include the MRT Sungai Buloh-Kajang Line, LRT Kelana Jaya and Ampang line extensions, and KTM
Session 7b: Scene-setting- Transport Sector Decarbonization Strategy in Indon...OECD Environment
Indonesia has a vision to become a developed country by 2045 with sustainable and inclusive growth. This will require transitioning the transport sector away from fossil fuels through strategies like developing urban mass transit systems, promoting electric vehicles, and establishing intelligent transportation infrastructure. The document outlines Indonesia's energy usage, greenhouse gas emissions, and policies to decarbonize the transport sector, such as completing a national road network, expanding rail and sea transport, and establishing a smart transportation system.
The document summarizes reforms to Seoul's public transportation system since 2004, including:
1) Reorganizing the bus route system into trunk and feeder lines classified by color to improve efficiency and connectivity with other transit.
2) Introducing exclusive median bus lanes to increase bus speeds.
3) Shifting from private to quasi-public bus operation and implementing an integrated transit fare card to reduce costs and make the system more user-friendly.
4) Continuous improvements have resulted in one of the most convenient and environmentally-friendly public transportation systems in the world.
Similar to Indonesia towards becoming the sustainable mobility country in ASEAN 2015 (1) (20)
Indonesia towards becoming the sustainable mobility country in ASEAN 2015 (1)
1. Indonesia
Master Plan
On
Issue
Jakarta, 11 November 2015
Shangri-La Hotel, Jakarta
Directorate General of Land Transport
Ministry of Transportation
Jl. Merdeka Barat No.8
Jakarta Pusat 10110
2. Autonomous Region in Indonesia
Province
District
92 Cities
1 Capital : Jakarta
34
412
93 11 Metropolitan Cities
15 Large Cities
56 Medium Cities
11 Small Cities
2
3. The Challenges of Urban Mobility in Indonesia
23% CO2 Emission from Transport
3
4. Portrait of Urban Transportation in Indonesia
1. Share capital of the urban rail : 2,3 % *
2. Urban public transport share capital : 12,9 % *
3. Share capital of private vehicles : 62,2 % *
4. Non-motorized share capital
(Bicycles, tricycles, walkers, etc)
: 22,6 % *
5. The average speed in the big city : < 25 km/jam **
6. V/C ratio in some major cities Is approaching
0,85
**
Note : * (source Bappenas)
** (source Directorate of Urban Transportation System, Directorate General of
Land Transportation)
4
5. Policy
Sustainable in social, economy,
and environment through the
availability of safe, health, and
energy-efficient transportation in
order to achieve green growth and
energy security.
SUSTAINABLE URBAN
TRANSPORTATION
5
7. Focus: 3 Pillars of Urban Transportation
Development Policies
Enhancement
The Role of
Public
Transportation
1. Provision of bus-
based urban
public transport
2. Provision of
infrastructure
facilities to
support urban
public transport
3. Provision of mode
integration
facilities
4. Provision of public
transport
information
system
5. Socialization of
public transport
management
1 Enhancement of
Traffic
Performance
1. Enhancement of
road performance
in urban area
2. Implementation
of information
technology for
traffic benefit
3. Implementation
of traffic demand
management
4. Implementation
of traffic impact
analysis
5. Socialization of
traffic
management dan
engineering policy
2 Enhancement of
Environment
Quality
1. Implementation
of energy saving
traffic light and
street light
2. Utilization of
alternative fuel
3. Provision of
pedestrian
facilities
4. Provision of
bicycle lanes in
urban areas
5. Socialization of
environmentally
friendly
transportation
3
7
8. ITS Master Plan in Indonesia
ITS Master Plan
Traffic management
services
Traveler information
services Public transportation
services
Commercial vehicle
operation services
Electronic payment
system
Emergency management
services
Vehicle control and safety
services
8
9. ITS Solutions Are Shaping Today’s Transport
System : Case of Indonesia
Traffic
Information
&
Management
Center
Traffic
Surveillance
& Tracking
System
ATCS
VMS
IDSC
Bus Location
System
Vessel
Operation
Aircraft
Navigation
Electronic
Payment
System
Intermodal
Ticketing
System
9
10. Transport Command Room
Command center facilities are intensively utilized during the
major holiday season (EIDUL FITR). The information is integrated
and synchronized with other related institutions involved.
The command center during the Eid holiday season 2010
monitored almost 14 million travellers and covered all modes of
transportation (road, railway, sea and air)
The surveillance recorded over 2.3 million of motorcycles and 1.5
million of passenger cars travelling monitored.
10
11. Traffic Management (ATCS)
Vehicle
Detectors Traffic Control Center
Traffic Signals
Variable
Message
Signs
Standardizing the urban
traffic control systems and
upgrading of the
monitoring functions of city
traffic control systems.
11
19. Smart Card on Public Transport Integration
Transjogja Bus-Train-Batik Solo Trans Bus
TRANS JOGJA PRAMBANAN EXPRESS BATIK SOLO TRANS
MODES
READER
E MONEY INTEGRATION
• 4 National Banks Prepaid Card and 2 Regional Banks
• 1 Telco Provider 19
20. Bank Prepaid Card in BRT
• Name of Bank
• Type of Prepaid
card
• Logo eMoney
• Merchant TransJakarta,
TransSolo,
TransJogja,
alfamart,
mekarsari, java
jazz, kimtong, dll
TransJakarta,
Trans Solo,
Transjogja,
indomaret,
e-airport,
cipaganti, dll.
TransJakarta,
Trans Solo,
Transjogja,
Secure Parking,
Alfamart,
Starbucks,
Gramedia,
waterboom, dll.
TransJakarta,
Trans Solo,
Transjogja,
tol,
Pertamina,
Indomaret,
dll.
TransJakarta,
Indomaret, dll
Transjakarta,
Trans
Studio, dll.
20
21. BRT in Special Capital Region of Jakarta
• First BRT system in Southern and Southeast Asia
• Corridor 1 (Blok M – Kota Station) began the first operations on January 25, 2004
• There are 12 corridors now
• Silver corridor rangking in the world (BRT Standard 2013, ITDP)
21
22. ITS Master Plan in Indonesia
N0 CITY BRT SYSTEM YEAR
1 DKI Jakarta TransJakarta 2004-
2 Batam Trans Batam 2005
3 Bogor Trans Pakuan 2006
4 Bandung Trans Metro Bandung 2006
5 Yogyakarta Trans Jogja 2007
6 Semarang Trans Semarang 2009
7 Pekanbaru Trans Metro Pekanbaru 2009
8 Manado Trans Kawanua 2009
9 Gorontalo Trans Hulontalangi 2010
10 Palembang Trans Musi 2010
11 Surakarta Batik Solo Trans 2010
12 Ambon Trans Amboina 2011
13 Denpasar Trans Sarbagita 2011
14 Bandar Lampung Trans Bandar Lampung 2011
15 Tangerang Trans Jabodetabek Tangerang 2012
16 Bekasi Angkutan Perbatasan Terintegrasi
Busway (APTB)
2012
17 Padang Trans Padang 2014
18 Medan Trans Mebidangro 2014
19 Makasar Trans Maminasata 2014
20 Surabaya Trans Gerbangkertosusila 2014
21 Bodetabek Trans Jabodetabek 2014
Palembang
Bogor
Semarang
Pekanbaru
Yogya
Solo
Manado
Bandung
In 2014, 21 cities have implemented BRT system 22
23. Integrated BRT to Urban Transport Network
All who airs surely
landed
Public transport services will be able to operate better when operated with the network concept, so it can
serve various travel purposes, compared with single route which serve single travel purpose.
Route Network connectivity of different transport modes. 23
24. Yogyakarta
INTEGRATED WAY
AIRPORT – STATION - SHELTER
TRANS JOGJA SHELTER MAGUWO STATION
ADI SUCIPTO INTERNATIONAL AIRPORT
Adi Sucipto International Airport – Maguwo Station – Trans Jogja
24
25. Surakarta
PURWOSARI STATION – BATIK SOLO TRANS
BATIK SOLO TRANS SHELTER
PURWOSARIPEDESTRIAN FACILITY
PURWOSARI STATION
25
26. Palembang
WATER BUS - KERTAPATI STATION – TRANS MUSI
WATER BUS
DOCK
TRANS MUSI
SHELTER
KERTAPATI
STATION
26
27. Before and After Build of Integration Facilities Between
Water Bus and BRT (Transmusi Palembang)
27
28. Bus Rapid Transit System Development (2004-2019)
2004-2014 2015 2016-2019
SUMATERA BARAT
TRANS PADANG 2013
SUMSEL
TRANS MUSI 2010
LAMPUNG
TRANS BANDAR LAMPUNG 2011
JAWA BARAT
- TRANS PAKUANt 2006
- TRANS METRO BANDUNG 2006
- TRANS BANDUNG METROPOLITAN
AREA 2014
- TRANS JABODETABEK 2012
JAWA TENGAH
- TRANS SEMARANG 2009
- BATIK SOLO TRANS 2010
- KEDUNGSEPUR 2015
BALI
TRANS SARBAGITA 2010
MALUKU
TRANS AMBOINA 2010
KALIMANTAN TIMUR
SAMARINDA 2017
KEPULAUAN BABEL
PANGKAL PINANG 2018
GORONTALO
TRANS HULONTHALANGI 2010
D.I.YOGYAKARTA
TRANS JOGJA 2007
SULAWESI TENGAH
PALU 2018
BANTEN
- TRANS JABODETABEKt 2012
- SERANG 2016
DKI JAKARTA
- TRANS JAKARTA 2004
- TRANS JABODETABEK 2013
SULAWESI SELATAN
TRANS MAMMINASATA 2014
NUSA TENGGARA BARAT
MATARAM 2018
SULAWESI UTARA
TRANS KAWANUA 2009
JAWA TIMUR
TRANS GERBANGKERTASUSILA 2014
RIAU
- TRANS METRO PEKANBARU 2009
- PEKANSIKAWAN 2015
SUMATERA UTARA
TRANS MEBIDANG 2014
KEPULAUAN RIAU
- TRANS BATAM 2006
- TANJUNG PINANG 2016 KALMANTAN BARAT
PONTIANAK 2019
ACEH
BANDA ACEH 2016
JAMBII
JAMBI 2017
KALSEL
BANJARMASIN 2017
BENGKULU
BENGKULU 2018
KALIMANTAN UTARA
TARAKAN 2018
KALIMANTAN TENGAH
PALANGKARAYA 2018
NUSA TENGGARA TIMUR
KUPANG 2019
PAPUA BARAT
MANOKWARI 2019
PAPUA
JAYAPURA 2019
MALUKU UTARA
TERNATE 2019
SULAWESI BARAT
POLEWALI MANDAR 2019
SULAWESI TENGGARA
KENDARI 2019
The urban transportation
system in 34 provincial
capitals have been served
generaly
by BRT
28
31. Problems
It needs political will of local governments
Changed the conventional public transport system’s
image (un-fixed salary system, manual ticketing, non
AC buses facility, not scheduled, unavailability of bus
shelter facility) towards BRT system that clearly
Standard Operating Procedure
Minimum Service Standards was set by the Ministry of
Transportation
31