Smart and Connected Transport - A Case Study of Delhi
1. Smart and Connected Transport - A Case Study of Delhi Sanjiv N. Sahai Managing Director and CEO Delhi Integrated Multi-Modal Transit System Limited
2. Structure of the Presentation Current Transportation Situation in Delhi What is Smart Transportation System and how can it help deliver Integrated Public Transport Network 2021? Integrated Multi-modal Public Transport Network-2021 Connected Bus Transportation System in Delhi Conclusion
3. Private Travel Demand Rising in Delhi As of June 30 th 2009 more than 6.0 million vehicles were registered in Delhi, equivalent to the total number in Kolkata, Mumbai and Chennai. Two Wheelers Car/ Taxis Buses and Heavy Vehicles TSR Source: Transport Department, GNCTD
4. Traffic Condition in Delhi Cars and two-wheelers together drive less than 20% of its people -- and yet roads are choked. (Source: CSE) Courtesy: Flickers
5. Source: RITES Transport Demand Forecast Study - without walk Trips (2007-08) Screen Line Locations – Volume Capacity Ratios (Figures in Percent) Mid Blocks – Volume Capacity Ratios (Figures in Percent) 100% = 33 Screen Line Locations 100% = 26 Mid Blocks Less than or equal to 1 24% Between 1 and 2 61% More than 2 15% Less than or equal to 1 35% Between 1 and 2 54% More than 2 12% Volume Capacity Ratio of roads at key locations in Delhi is more than 1, as per RITES Survey (2008). Volume Capacity Ratios in Delhi RITES is preparing a report “ Transport Demand Forecast Study & Development of an Integrated Road Cum Multi-modal Public Transport Network For NCT of Delhi “. It conducted a survey to find out the volume capacity ratios of key locations.
14. Progress to date * Inclusive of Civil work of Airport Express line. Source: Delhi Metro Investment focus on one mode of public transport and minor investment in other modes. Mode Length (Kms) Budget (in Rs.) Metro – Phase I 65.1 Kms Rs. 105. 7 billion Metro – Phase II 128.0 Kms Rs. 190.0 billion* BRT – First Corridor 14.5 Kms Rs. 2.0 billion
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16. More Effective in Tackling New Challenges Possible Impact on CO2(woodcock J et al, Lancet, 2009) BAU - Business-as-usual LCD – Low Carbon Development AT – Active Transport (Cycle and Walk) ST – Sustainable Transport (LDC + AT) London Delhi Aggregate Transport CO2 Emissions (tonnes) Transport CO2 Emissions Per Person (tCO2/ person) CO2 Emissions Reduction on 1990 (%) Aggregate Transport CO2 Emissions Transport CO2 Emissions Per Person (tCO2/ person) CO2 Emissions Increase on 1990 (%) 2006 London 2004 Delhi 9,647,900 1.3 -2.50% 6,146,651 0.4 97% 2010 BAU 9,935,897 1.3 0% 8,268,298 0.5 165% 2030 Scenario 1 BAU 10,381,318 1.2 4.80% 19,550,693 0.8 526% 2030 Scenario 2 LCD 6,480,565 0.7 -39% 17,069,668 0.7 447% 2030 Scenario 3 AT 6,120,306 0.7 -43% 10,458,736 0.4 235% 2030 Scenario 4 ST 3,608,226 0.4 -65% 9,327,207 0.4 199% London Population Delhi Population 2006 = 7.5m 2004 = 14.8m 2030 = 9.0m 2030 = 26.0m
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19. What is Smart Transportation System Automated Vehicle Location System Automated Fare Collection System Intelligent Signaling System Parking Information System Real-Time Traffic Information System Real-time Monitoring System Interactive journey planner for all modes Car Sharing Cycle Sharing Systems
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21. Rationalize and Optimize Resources Resource Requirement With the distribution of traffic, the deployment of resources will be rationalized at the operator level, compared to resource deployment as per peak hour demand. Time Peak Hour Demand Distributed Demand
24. Real-time Bus Information - SMS <TRAKO PIS Chirag Delhi> 419DN-2, 522UP-6, 419UP-7, 419ACUP-14, 423ACDN – 28 mins Info by DIMTS Mobile user needs to send simple message: TRAKO <SPACE> PIS <SPACE> BUS STOP NAME to 54545 (You will instantly receive a SMS response: Next Bus at Bus Stop for Route Number expected in ‘X’ minutes)
With more roads, less density, rising incomes it is not surprising that vehicle numbers are increasing
Give latest data from RITES – 44% of locations examined by RITES traffic exceeds capacity and in another 19% it was verging on exceeding capacity
May 8, 2010
Metro (Underground) – Rs. 3.5 billion per km (44 kms) Metro (Elevated) – Rs. 1.5 billion per km (104 kms) Mono Rail – Rs. 1.5 billion per km (40.3 kms) BRT – Rs. 0.2 billion per km (394.9 kms)
Controlling Demand Diffusing Demand Managing assets working more efficiently.