This document summarizes key points from two lightening talks about decarbonizing transport in Latin America. The first talk discusses how transit reforms aimed at promoting public transport in Latin American cities have often reduced transit ridership by 9-12% on average due to higher costs and lower frequency. The second talk examines ride-hailing apps and finds through simulations that they are very unlikely to reduce vehicle kilometers traveled and likely increase it by taking passengers from more sustainable modes. Both findings suggest the need to rethink current approaches to transport reforms and policies governing ride-hailing apps to better promote sustainability goals.
Lightning Talk - Transport: Effectiveness of Electric Vehicle Incentives in C...World Bank Infrastructure
This document summarizes the effectiveness of electric vehicle incentives in China. It analyzes quarterly EV sales data from 2015-2018 across cities to identify the impact of various incentive policies, including consumer subsidies, exemption from driving restrictions, green plate policies, and charging infrastructure investment. The analysis finds that consumer subsidies and charging infrastructure have significantly promoted EV adoption, with infrastructure being 4 times more cost-effective than subsidies. It also finds green plate policies increased EV sales by 18% from 2016-2018.
Kiersten Grove, Senior Transportation Planner, Seattle Department of Transpor...INVERS Mobility Solutions
Seattle has seen significant growth in shared mobility options over the past decade, with over 750 carsharing vehicles and 67,000 members currently. Carsharing services like Zipcar and car2go started in Seattle in the late 1990s and 2000s, respectively, and car2go now has a fleet of 750 vehicles after legislation passed in 2012-2013 allowed free-floating carshare programs. The city is continuing to support shared mobility through plans to encourage shared vehicle land use, expand bike sharing, and determine how many additional free-floating carshare vehicles will be allowed in 2016.
Knowles Tivendale, Phillip Boyle & Associates - Use of Public Space for Share...INVERS Mobility Solutions
The document discusses the use of public space for mobility and transportation in cities. It notes that cars are parked and stored for long periods of time each day, occupying valuable space. Shared car programs can help reduce car ownership, storage needs, and vehicle use, freeing up public space for other uses. This space could be used to build housing or for open community areas. Shared car programs are also associated with lower transportation costs, reductions in traffic and emissions, and increased public health through more walking and biking. However, transitioning to these programs faces barriers from perceptions and traditional parking management approaches.
This document summarizes key points from two lightening talks about decarbonizing transport in Latin America. The first talk discusses how transit reforms aimed at promoting public transport in Latin American cities have often reduced transit ridership by 9-12% on average due to higher costs and lower frequency. The second talk examines ride-hailing apps and finds through simulations that they are very unlikely to reduce vehicle kilometers traveled and likely increase it by taking passengers from more sustainable modes. Both findings suggest the need to rethink current approaches to transport reforms and policies governing ride-hailing apps to better promote sustainability goals.
Lightning Talk - Transport: Effectiveness of Electric Vehicle Incentives in C...World Bank Infrastructure
This document summarizes the effectiveness of electric vehicle incentives in China. It analyzes quarterly EV sales data from 2015-2018 across cities to identify the impact of various incentive policies, including consumer subsidies, exemption from driving restrictions, green plate policies, and charging infrastructure investment. The analysis finds that consumer subsidies and charging infrastructure have significantly promoted EV adoption, with infrastructure being 4 times more cost-effective than subsidies. It also finds green plate policies increased EV sales by 18% from 2016-2018.
Kiersten Grove, Senior Transportation Planner, Seattle Department of Transpor...INVERS Mobility Solutions
Seattle has seen significant growth in shared mobility options over the past decade, with over 750 carsharing vehicles and 67,000 members currently. Carsharing services like Zipcar and car2go started in Seattle in the late 1990s and 2000s, respectively, and car2go now has a fleet of 750 vehicles after legislation passed in 2012-2013 allowed free-floating carshare programs. The city is continuing to support shared mobility through plans to encourage shared vehicle land use, expand bike sharing, and determine how many additional free-floating carshare vehicles will be allowed in 2016.
Knowles Tivendale, Phillip Boyle & Associates - Use of Public Space for Share...INVERS Mobility Solutions
The document discusses the use of public space for mobility and transportation in cities. It notes that cars are parked and stored for long periods of time each day, occupying valuable space. Shared car programs can help reduce car ownership, storage needs, and vehicle use, freeing up public space for other uses. This space could be used to build housing or for open community areas. Shared car programs are also associated with lower transportation costs, reductions in traffic and emissions, and increased public health through more walking and biking. However, transitioning to these programs faces barriers from perceptions and traditional parking management approaches.
The document discusses business models for investments in low- and zero-emission buses. It analyzes examples from 25 cities around the world that have implemented such buses. Key success factors identified include technological innovations like opportunity charging, public funding through grants and tax incentives, reducing financing costs through mechanisms like concessional loans, and involvement of new stakeholders like manufacturers and electric companies. The document examines the various investment components, funding sources, financial products, and delivery mechanisms that make up effective business models for these complex investments.
Bodo Schwieger, Team Red - Effects of Second Generation Car Sharing on Public...INVERS Mobility Solutions
The document summarizes the results of an evaluation of second generation car sharing services in Munich, Germany. It found that while most car sharing users reported no change in public transportation usage, some reported a slight decrease and others a slight increase. Those who reported increasing public transportation usage the most tended to rely on public transit more and own fewer cars. Car sharing was found to both increase and decrease public transportation usage depending on the user group.
Todd Litman, Victoria Transport Policy Institute - Use of Public Space for S...INVERS Mobility Solutions
The document summarizes strategies for more efficient use of public space for shared mobility. It advocates designing communities around people rather than cars by promoting compact, mixed-use development served by walking, cycling, and public transit over personal automobiles. This can provide economic, social, and environmental benefits while reducing transportation costs. Strategies discussed include carsharing, complete streets that accommodate all road users, and parking management.
On November 24, 2014, Claudia Adriazola-Steil, Director, Health and Road Safety at EMBARQ, presented at the Organization of American States on Road Safety and Urban Environment.
Related reading: Saving lives with sustainable transport - http://bit.ly/1biIJr1
Chris Morgan, Group Manager Strategic Development, Auckland Transport - Car S...INVERS Mobility Solutions
Car Sharing using electric vehicles
The document discusses Auckland Transport's request for proposals for an electric vehicle car sharing scheme in Auckland, New Zealand. Auckland Transport is interested in car sharing to support public transport use and reduce car ownership. The RFP process sought proposals for a commercial car sharing operation with no net cost to Auckland Transport. Responses to the RFP varied in their approaches to fleet size, use of charging infrastructure, and use of electric vehicles. Auckland Transport took steps to structure the RFP process fairly and attract a range of proposals to establish a car sharing scheme in Auckland.
Shared Mobility and Micromobility TodaySusan Shaheen
Shared mobility and micromobility services like bikesharing and scooter sharing are disrupting transportation. These services allow users to access various modes of transportation on an as-needed basis through smartphones. They provide numerous benefits but also challenges for cities to manage issues around parking, safety, and equity. Emerging dockless models are growing rapidly in use. Cities are implementing permitting processes to address local concerns while supporting innovative mobility options.
The document discusses new mobility trends including shared mobility services like ride-hailing, shifting from private vehicle ownership to on-demand access, electric vehicles, autonomous vehicles, and predictions about their impacts. It notes the growth of services like Uber and Didi in cities around the world, emerging models in India, ambitious electric vehicle sales targets announced by automakers, and predictions that autonomous vehicles could allow for reduced fleet sizes and changed street design. It raises questions about whether cities should first identify goals to guide adoption of new technologies or allow experimentation initially, and how to ensure access for lower income populations.
Presented on Sept 30, 2020 during the 2020 UNSUMMIT EUROPE Smart Transport System. Shared the recent Philippines’ Smart Transport System and its contribution to SDGs using the two IAMU accomplished funded projects: GECAMET ( 2017-2018) and SDIMET (2018-2019) project as a model or framework.
This document discusses new mobility and how cities can leverage emerging technologies. It describes how ride-hailing services like Ola and Uber have disrupted transportation in Indian cities between 2010-2017. Other areas being disrupted include shared mobility, commuter experience, product innovation, and data-driven decision making. The document outlines WRI's approach of running city-led accelerator programs to support new mobility enterprises. It provides examples of past programs focused on auto rickshaws, shared mobility, mobility as a service, and last-mile connectivity. Cities are encouraged to quickly learn about new technologies through pilot programs and leverage other stakeholders to structure engagements on new mobility solutions.
Electric vehicles are growing rapidly but still make up a small fraction of vehicles globally. In 2016 there were over 2 million electric vehicles sold, with China and the US making up 60% of sales. Several automakers have announced ambitious targets to increase electric vehicle production in the coming years. Factors like falling battery prices, increasing battery energy density and renewable energy use have driven more interest in electric vehicles. Countries provide various financial incentives like tax exemptions and subsidies to promote electric vehicle adoption. Researchers in India are calling for a long term roadmap including policy support, charging infrastructure development and boosting local electric vehicle manufacturing through duty changes and investment in battery and component production.
Role in Climate change mitigation in a balanced Avoid, Shift, Improve Scenari...deespacio
This document discusses the role of electric vehicles (EVs) in mitigating climate change. It outlines that transport accounts for 21% of greenhouse gas emissions globally. While there are over 180,000 EVs currently, they only make up 0.02% of the world's vehicle fleet. The document advocates for a balanced "avoid, shift, improve" approach to sustainable urban mobility, where EVs could play a role alongside reducing travel demand, shifting modes, and improving vehicle efficiency. A balanced pathway integrating all strategies is needed for higher effectiveness and co-benefits like improved air quality and congestion.
Mobihubs are proposed as a solution to make transport more efficient by regaining street space and increasing accessibility of cities and regions. Mobihubs would be hubs that connect various transportation options like carpooling, car sharing, on-demand transport, and enable innovations in technical, social, and political approaches through public awareness campaigns. The document discusses the potential impact of shared mobility and how mobihubs could serve as connected hubs with various transportation solutions nearby to enable the most efficient mobility.
How Guanghzou, Seoul, Naya Raipur, Guadalajara became more sustainable, resilient, and saved money and can inspire a new paradigm for tomorrow's cities. Presentation by WRI Ross Center for Sustainable Cities' Global Partnerships and Strategy Director, Holger Dalkmann at Powering Progress Together conference, Shell, in Manila, Philippines, February 26, 2015. More information at WRI.org
This document discusses collaborative models for public and on-demand bus transport in India. It summarizes the landscape of bus aggregator companies in India and provides a case study on the environmental impacts of Shuttl operations in Delhi-NCR. The key findings are that Shuttl avoided 14,022 tons of CO2 emissions in 2017 and removed 4,312 passenger car units from the road per day. However, Shuttl customers tend to be educated professionals, indicating it currently caters to a niche market. The document raises questions about impacts in other cities and opportunities for public transit agencies and private operators to collaborate better.
The document discusses implementing transit-oriented development (TOD) on a large scale and for all populations. It presents examples of TOD from cities around the world like Medellin, Sao Paulo, Seoul, Mumbai, Cali, Ahmedabad, and Cape Town. The presentation emphasizes strategies for shifting away from car dependency through principles like increasing density near transit, mixing land uses, compact development, and connecting places by transit, walking and cycling. It also notes the risk of displacement when implementing TOD and the need for standards, evaluation, and political will to guide successful projects.
The document discusses Better Place, a company that aimed to disrupt the electric vehicle market through a switchable battery business model. Better Place's model was intended to lower the total cost of ownership of electric vehicles and increase their range through battery swapping stations. However, Better Place struggled to gain widespread adoption, selling just 750 vehicles in Israel compared to an expectation of 100,000 by 2016. The document then proposes solutions to Better Place's challenges and a three-phased global rollout plan to establish the company.
The document discusses business models for investments in low- and zero-emission buses. It analyzes examples from 25 cities around the world that have implemented such buses. Key success factors identified include technological innovations like opportunity charging, public funding through grants and tax incentives, reducing financing costs through mechanisms like concessional loans, and involvement of new stakeholders like manufacturers and electric companies. The document examines the various investment components, funding sources, financial products, and delivery mechanisms that make up effective business models for these complex investments.
Bodo Schwieger, Team Red - Effects of Second Generation Car Sharing on Public...INVERS Mobility Solutions
The document summarizes the results of an evaluation of second generation car sharing services in Munich, Germany. It found that while most car sharing users reported no change in public transportation usage, some reported a slight decrease and others a slight increase. Those who reported increasing public transportation usage the most tended to rely on public transit more and own fewer cars. Car sharing was found to both increase and decrease public transportation usage depending on the user group.
Todd Litman, Victoria Transport Policy Institute - Use of Public Space for S...INVERS Mobility Solutions
The document summarizes strategies for more efficient use of public space for shared mobility. It advocates designing communities around people rather than cars by promoting compact, mixed-use development served by walking, cycling, and public transit over personal automobiles. This can provide economic, social, and environmental benefits while reducing transportation costs. Strategies discussed include carsharing, complete streets that accommodate all road users, and parking management.
On November 24, 2014, Claudia Adriazola-Steil, Director, Health and Road Safety at EMBARQ, presented at the Organization of American States on Road Safety and Urban Environment.
Related reading: Saving lives with sustainable transport - http://bit.ly/1biIJr1
Chris Morgan, Group Manager Strategic Development, Auckland Transport - Car S...INVERS Mobility Solutions
Car Sharing using electric vehicles
The document discusses Auckland Transport's request for proposals for an electric vehicle car sharing scheme in Auckland, New Zealand. Auckland Transport is interested in car sharing to support public transport use and reduce car ownership. The RFP process sought proposals for a commercial car sharing operation with no net cost to Auckland Transport. Responses to the RFP varied in their approaches to fleet size, use of charging infrastructure, and use of electric vehicles. Auckland Transport took steps to structure the RFP process fairly and attract a range of proposals to establish a car sharing scheme in Auckland.
Shared Mobility and Micromobility TodaySusan Shaheen
Shared mobility and micromobility services like bikesharing and scooter sharing are disrupting transportation. These services allow users to access various modes of transportation on an as-needed basis through smartphones. They provide numerous benefits but also challenges for cities to manage issues around parking, safety, and equity. Emerging dockless models are growing rapidly in use. Cities are implementing permitting processes to address local concerns while supporting innovative mobility options.
The document discusses new mobility trends including shared mobility services like ride-hailing, shifting from private vehicle ownership to on-demand access, electric vehicles, autonomous vehicles, and predictions about their impacts. It notes the growth of services like Uber and Didi in cities around the world, emerging models in India, ambitious electric vehicle sales targets announced by automakers, and predictions that autonomous vehicles could allow for reduced fleet sizes and changed street design. It raises questions about whether cities should first identify goals to guide adoption of new technologies or allow experimentation initially, and how to ensure access for lower income populations.
Presented on Sept 30, 2020 during the 2020 UNSUMMIT EUROPE Smart Transport System. Shared the recent Philippines’ Smart Transport System and its contribution to SDGs using the two IAMU accomplished funded projects: GECAMET ( 2017-2018) and SDIMET (2018-2019) project as a model or framework.
This document discusses new mobility and how cities can leverage emerging technologies. It describes how ride-hailing services like Ola and Uber have disrupted transportation in Indian cities between 2010-2017. Other areas being disrupted include shared mobility, commuter experience, product innovation, and data-driven decision making. The document outlines WRI's approach of running city-led accelerator programs to support new mobility enterprises. It provides examples of past programs focused on auto rickshaws, shared mobility, mobility as a service, and last-mile connectivity. Cities are encouraged to quickly learn about new technologies through pilot programs and leverage other stakeholders to structure engagements on new mobility solutions.
Electric vehicles are growing rapidly but still make up a small fraction of vehicles globally. In 2016 there were over 2 million electric vehicles sold, with China and the US making up 60% of sales. Several automakers have announced ambitious targets to increase electric vehicle production in the coming years. Factors like falling battery prices, increasing battery energy density and renewable energy use have driven more interest in electric vehicles. Countries provide various financial incentives like tax exemptions and subsidies to promote electric vehicle adoption. Researchers in India are calling for a long term roadmap including policy support, charging infrastructure development and boosting local electric vehicle manufacturing through duty changes and investment in battery and component production.
Role in Climate change mitigation in a balanced Avoid, Shift, Improve Scenari...deespacio
This document discusses the role of electric vehicles (EVs) in mitigating climate change. It outlines that transport accounts for 21% of greenhouse gas emissions globally. While there are over 180,000 EVs currently, they only make up 0.02% of the world's vehicle fleet. The document advocates for a balanced "avoid, shift, improve" approach to sustainable urban mobility, where EVs could play a role alongside reducing travel demand, shifting modes, and improving vehicle efficiency. A balanced pathway integrating all strategies is needed for higher effectiveness and co-benefits like improved air quality and congestion.
Mobihubs are proposed as a solution to make transport more efficient by regaining street space and increasing accessibility of cities and regions. Mobihubs would be hubs that connect various transportation options like carpooling, car sharing, on-demand transport, and enable innovations in technical, social, and political approaches through public awareness campaigns. The document discusses the potential impact of shared mobility and how mobihubs could serve as connected hubs with various transportation solutions nearby to enable the most efficient mobility.
How Guanghzou, Seoul, Naya Raipur, Guadalajara became more sustainable, resilient, and saved money and can inspire a new paradigm for tomorrow's cities. Presentation by WRI Ross Center for Sustainable Cities' Global Partnerships and Strategy Director, Holger Dalkmann at Powering Progress Together conference, Shell, in Manila, Philippines, February 26, 2015. More information at WRI.org
This document discusses collaborative models for public and on-demand bus transport in India. It summarizes the landscape of bus aggregator companies in India and provides a case study on the environmental impacts of Shuttl operations in Delhi-NCR. The key findings are that Shuttl avoided 14,022 tons of CO2 emissions in 2017 and removed 4,312 passenger car units from the road per day. However, Shuttl customers tend to be educated professionals, indicating it currently caters to a niche market. The document raises questions about impacts in other cities and opportunities for public transit agencies and private operators to collaborate better.
The document discusses implementing transit-oriented development (TOD) on a large scale and for all populations. It presents examples of TOD from cities around the world like Medellin, Sao Paulo, Seoul, Mumbai, Cali, Ahmedabad, and Cape Town. The presentation emphasizes strategies for shifting away from car dependency through principles like increasing density near transit, mixing land uses, compact development, and connecting places by transit, walking and cycling. It also notes the risk of displacement when implementing TOD and the need for standards, evaluation, and political will to guide successful projects.
The document discusses Better Place, a company that aimed to disrupt the electric vehicle market through a switchable battery business model. Better Place's model was intended to lower the total cost of ownership of electric vehicles and increase their range through battery swapping stations. However, Better Place struggled to gain widespread adoption, selling just 750 vehicles in Israel compared to an expectation of 100,000 by 2016. The document then proposes solutions to Better Place's challenges and a three-phased global rollout plan to establish the company.
The document is a summary of the 2014 Global Automotive Consumer Study conducted by Deloitte. It provides the following key points:
1) The study surveyed over 23,000 consumers across 19 countries, including over 2,000 US consumers, to understand factors influencing consumer mobility and transportation decisions as new models like car sharing emerge.
2) The study found that Gen Y consumers are more open to alternative transportation options and less loyal to vehicle ownership compared to other generations. Over half of Gen Y sees themselves driving an alternative powertrain vehicle within 5 years.
3) While Gen Y consumers are more receptive to new technologies and see benefits, safety technologies are preferred over connectivity features. Most consumers are not willing
Future of mobility | Mahindra War Room 2013 | North Zone WinnersTarun Gupta
The document outlines a business strategy proposal for Mahindra to redefine future mobility by focusing on electric vehicles, with recommendations to create a niche in the high speed e-bike market, trigger disruption in tier 2 and 3 cities by organized e-rickshaw sales, and make electric vehicles the long term bet over plug-in hybrid vehicles by leasing batteries and developing charging infrastructure through public-private partnerships.
Bravo motor company overview deck january 2015Grupo ArqBravo
The document proposes a path towards more sustainable public transportation through the development of an integrated electric vehicle system called Rod On. Rod On would provide a fleet of electric, driverless vehicles for car sharing services to reduce emissions. The system aims to minimize daily transit times by integrating with existing public transportation networks. A team of transportation and engineering experts is ready to produce a working prototype within 6 months for testing, with a goal of full production within 2 years to supply vehicles for services like Uber and Zipcar. The document requests $5 million for the prototype and $45 million for full production.
Bravo Motor Company overview deck january 2015ArqBravo Group
This document proposes a path towards integrating public transportation and renewable energy sources. It outlines a vision for minimizing daily transit times using electric vehicles and an interconnected system. The solution involves manufacturing electric public transportation vehicles that are lightweight, efficient, can charge quickly, and integrate driverless technology. The team is ready to produce prototypes and begin manufacturing to provide efficient electric vehicles for public transportation services.
Reach Your Driver Goals: The TNC Campaign by Tegan Molloy Forth
The document outlines a campaign and pilot projects to increase electric vehicle adoption among rideshare drivers. The campaign includes raising awareness of financial benefits through a #DriverGoals social media campaign and video testimonials. Pilot projects will test a financing program to help underbanked drivers purchase used EVs and address barriers such as access to charging. The goals are to improve driver income through savings, create economic opportunities, and provide air quality and emissions reductions benefits.
Tesla Motors designs and sells high-performance electric vehicles. It aims to permanently change perceptions that electric vehicles are inferior to gas vehicles in style, acceleration and handling. Tesla's key technology is its 100% electric powertrain. The company has grown since its founding in 2003, introducing new models like the Roadster, Model S, and Model X, while expanding its charging infrastructure through Supercharger stations. Tesla has pursued an innovative business model with vertical integration across design, manufacturing and sales.
This work is an analysis of Tesla. It starts with a brief introduction about the Low Emission Vehicles sector, then, after a short summary concerning Tesla’s history, the analysis begins. It is focused on the role of the innovation and its importance for the Californian firm. Great importance is given to Tesla’s business model and its value chain. Also its vertical integration and its strengths points have been analyzed.
From LEV vehicles to underline the principal main aspects of Tesla motors.
Business model innovation provided by Tesla motors through three mechanism: 1) Innovation towards vehicles. 2) Innovation towards batteries. 3) Innovation towards infrastructures.
This presentation will give you information about the Technology development in the industry car (LEV vehicles) and the business model innovation of Tesla, studying its important value configuration.
Car ownership remains prevalent but is unstable as urbanization, costs, and shifting attitudes increase adoption of alternatives like car sharing. While car sharing has awareness, significant confusion exists around different mobility concepts. Personal needs of cost, convenience and freedom are key drivers of choice, rather than social/environmental benefits emphasized in car sharing marketing. For automakers, individual ownership may decline but car sharing could increase total cars used through multimodal integration. However, automakers risk losing direct customer relationships to sharing schemes, impacting sales dynamics and choice of vehicles. Brand value will remain important for growth during this transition period.
Capgemini ses - electric vehicles pov (gr)Gord Reynolds
Electric vehicles are expected to experience significant growth over the next decade due to consumer demand for more fuel efficient vehicles and concerns about the environment. While electric vehicles currently only make up a small portion of total vehicle sales, their market share is forecasted to grow at a 12% compound annual growth rate globally as battery technology improves and prices decrease. However, for electric vehicles to truly take off widespread adoption faces challenges including improving battery performance, building out charging infrastructure, bringing down prices to be competitive with gas vehicles, and gaining broad consumer acceptance. Collaboration across the automotive and energy industries as well as support from governments will be key to addressing these challenges and realizing the promise of electric vehicles.
Autonomous EV fleet management solutionShikha Singh
Our innovation is that of logistics and fleet management of Tesla branded vehicles being used as Taxis or rideshare vehicles. We are first offering this as a service to Uber, as often people don’t like or want to deal with drivers. A driverless autonomous vehicle is a significant advantage to this industry as it removes the cost of human resources. This offers one more option in Uber’s portfolio to make them more profitable by having Tesla offer them an Artificial Intelligence based fleet management service, which can self-dispatch, pickup and dropoff individuals as needed, recharge the fleet automatically, and only requires minor maintenance for cleaning and washing the vehicle.
The document discusses the changing automotive industry and considerations for the market research industry. It notes that the industry will see more change in the next 5 years than the last 15 due to factors like evolving customer needs, mobility options, and retail experiences. Automakers will need to shift from product-focused to customer-centric models and offer new mobility solutions and retail experiences to remain competitive in this changing landscape. The market research industry must also adapt to help automakers design differentiated customer experiences and identify new retail formats.
Electric Alternatives: The Key to Driving Less and Moving ForwardMahindra GenZe
Mahindra GenZe's Head of Marketing, Yesim Erez, presented at the 2014 EV Roadmap Conference in Portland, Oregon. Her presentation details current vehicle driving trends, behaviors, and influencers (in particular, how these relate to the Millenials). It also dives into what electric alternatives are emerging due to the changing landscape, in efforts to address the issues surrounding urban mobility.
This document discusses emerging trends in passenger mobility and opportunities for India. It outlines the traditional personal vehicle-centric mobility system and introduces a new mobility paradigm enabled by factors like shared mobility services, electric vehicles, and integrated data platforms. The document argues India has an opportunity to avoid locking into an inefficient system by investing in solutions that manage mobility demand through urban planning and provide affordable public transit and electric vehicles. Case studies of concepts like mobility-oriented development, mobility as a service, and electric vehicles are provided. Experts believe India can leapfrog to a sustainable mobility future given its manufacturing and IT capabilities as well as government support for related initiatives. The charrette aims to evaluate which solutions would have the greatest impact and feasibility for India's mobility
Deloitte Motor Industry Services present our 3rd study on the changing nature of mobility.
The study identified six megatrends which are providing consumers with more choices than ever before in meeting their transportation needs and as a result, redefining mobility.
In 2009, Deloitte began to explore perspectives on automotive brands, desired features, and shopping experiences for consumers born 1977-1994 – “Gen Y”.
The leading purchase considerations for Gen Y have changed every year since the study began in 2009.
Some key insights and takeaways from the study:
• 75% of consumers are interested in acquiring a car within the next 5 years
• Almost half of Generation Y consumers in Australia think they will be driving an alternative powertrain five years from now, with strong preference for Hybrid Electrics, and indicate they are willing to pay more for it
• Improved safety and efficiency technologies are seen as the greatest technology benefits by Gen Y (over cockpit technologies)
• 55% of Gen Y (26% all others) like using a smartphone app to plan transport
• About two-thirds of Gen Y consumers are influenced by friends and family
• Today, most consumers are interested in basic levels of automation e.g. traction control, ABS.
2014 Global Automotive Consumer Study - Australian InsightsMatthew Yearsley
Deloitte Motor Industry Services present our 3rd study on the changing nature of mobility.
The study identified six megatrends which are providing consumers with more choices than ever before in meeting their transportation needs and as a result, redefining mobility.
In 2009, Deloitte began to explore perspectives on automotive brands, desired features, and shopping experiences for consumers born 1977-1994 – “Gen Y”.
The leading purchase considerations for Gen Y have changed every year since the study began in 2009.
Some key insights and takeaways from the study:
• 75% of consumers are interested in acquiring a car within the next 5 years
• Almost half of Generation Y consumers in Australia think they will be driving an alternative powertrain five years from now, with strong preference for Hybrid Electrics, and indicate they are willing to pay more for it
• Improved safety and efficiency technologies are seen as the greatest technology benefits by Gen Y (over cockpit technologies)
• 55% of Gen Y (26% all others) like using a smartphone app to plan transport
• About two-thirds of Gen Y consumers are influenced by friends and family
• Today, most consumers are interested in basic levels of automation e.g. traction control, ABS.
Similar to Lightning Talk - Transport: Reinventing the Car: Technology vs. Culture (20)
Pathways to Decarbonization & Digital Innovation in Energy: Role of Energy T...World Bank Infrastructure
The document discusses pathways to decarbonization through energy technologies and innovation. It makes three key points:
1. Technological change in energy is influenced by market failures like environmental externalities and credit constraints, requiring policy guidance. Policies can accelerate innovation by addressing these failures.
2. Adoption of new technologies is a social process influenced by information sharing and social interactions, which campaigns can leverage. Understanding local adoption drivers is crucial for equitable infrastructure planning.
3. Path dependencies form as technologies diffuse due to learning effects and spillovers. Infrastructure investments made today will influence future costs, so understanding innovation processes is important for long-term decarbonization.
Pathways to Decarbonization & Digital Innovation in Energy: Making Better Dec...World Bank Infrastructure
The document discusses decarbonizing infrastructure and making better decisions for the energy transition. It notes that today's energy systems are undergoing major transformations leading to greater integration across sectors. A central feature is the growth in alternative technology options and increasing uncertainty, creating a complex connected solution network. The modular structure of MIT's analysis platform captures over 1000 pathways and 90% of emissions. Key opportunities for decarbonization include power, transportation, industry and buildings; carbon management; low-carbon fuels; and decarbonizing heat and power for industry and transportation.
This document discusses trends in greenhouse gas emissions from various countries and regions since 2000. It also discusses opportunities to learn more about decarbonizing the transportation sector but emphasizes the need to continue efforts to decarbonize the electricity sector. The document presents challenges that emerging market electricity sectors face and introduces tools like DumsorWatch App, PowerWatch Device, and Cloud Computing that help monitor electricity outages and receive near real-time outage data.
The document discusses two potential energy futures - a "green" future characterized by high innovation, increasing integration across sectors, low-carbon smart electricity systems, and biomass and electricity in transport, and a "brown" future continuing dependence on fossil fuels. It notes the "green" future would have high upfront capital costs but lower operating costs, while the "brown" future would have lower upfront costs but higher operating costs and more environmental issues. The document then examines topics like whether transitions are crossing a ridge, the costs of different pathways, necessary policy foundations, and the impacts of COVID-19.
Developing Country Case Study: Welfare Effect of Road Congestion Pricing in B...World Bank Infrastructure
This document discusses a proposed toolkit to pilot congestion pricing policies in cities. It begins by outlining the problems of traffic congestion in large cities and congestion pricing as a potential solution. It then describes how the toolkit would involve small-scale experiments using GPS data from drivers to measure how they respond to different congestion charges. The data would be used to simulate the effects of various congestion pricing schemes on citywide traffic. As a case study, the document applies this approach to measuring the impacts of peak-hour road congestion pricing in Bangalore, India. The results suggest the externalities of traffic in Bangalore's dense urban road network are moderate, resulting in only small time savings from optimal congestion pricing that are
Electric vehicles have the potential to provide grid services by storing and delivering electricity, but regulatory challenges exist. EV batteries are increasing in size from 24 to 100 kWh, while daily driving uses only 15-20 kWh, leaving excess energy storage capacity. However, electricity market rules and network codes are designed for large conventional resources, not distributed storage from EVs. Adapting regulations and standards around data collection, charging infrastructure, and market participation is needed to allow EVs to provide flexibility services to energy systems and unlock multiple revenue streams.
The document discusses the French Transport Regulatory Authority (ART) and the impact of digitization on its regulation of the transport sector. ART regulates several modes of transport, including rail, highways, intercity coaches, airports, and the Paris rail network. Digitization has led to new mobility services and increased competition through platforms, but also presents opportunities and challenges for data-driven regulation. ART has taken actions like collecting operational data from transport operators, opening some data to the public, and partnering with academics. Moving forward, ART aims to expand its use of data through crowd-sourcing and new tools to increase transparency and rationality in regulated monopolies and subsidized sectors undergoing digital transformation.
This document summarizes a presentation on the future of road transport given on December 11, 2019. It discusses how automated, connected, and shared mobility could impact the transport sector, which accounts for around 15% of EU GDP and 10% of EU jobs. While new technologies may increase energy efficiency, overall energy consumption and emissions could still rise with increased traffic. Addressing transport's complexity will require cooperation across actors and coordination by public authorities. The future likely involves a mix of new and traditional modes, with road transport remaining dominant. Publicly managed platforms may help optimize demand and routing. The document also describes how the JRC research site could serve as a living lab to test future mobility solutions.
Working with data is a challenge for many organizations. Nonprofits in particular may need to collect and analyze sensitive, incomplete, and/or biased historical data about people. In this talk, Dr. Cori Faklaris of UNC Charlotte provides an overview of current AI capabilities and weaknesses to consider when integrating current AI technologies into the data workflow. The talk is organized around three takeaways: (1) For better or sometimes worse, AI provides you with “infinite interns.” (2) Give people permission & guardrails to learn what works with these “interns” and what doesn’t. (3) Create a roadmap for adding in more AI to assist nonprofit work, along with strategies for bias mitigation.
Combined Illegal, Unregulated and Unreported (IUU) Vessel List.Christina Parmionova
The best available, up-to-date information on all fishing and related vessels that appear on the illegal, unregulated, and unreported (IUU) fishing vessel lists published by Regional Fisheries Management Organisations (RFMOs) and related organisations. The aim of the site is to improve the effectiveness of the original IUU lists as a tool for a wide variety of stakeholders to better understand and combat illegal fishing and broader fisheries crime.
To date, the following regional organisations maintain or share lists of vessels that have been found to carry out or support IUU fishing within their own or adjacent convention areas and/or species of competence:
Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR)
Commission for the Conservation of Southern Bluefin Tuna (CCSBT)
General Fisheries Commission for the Mediterranean (GFCM)
Inter-American Tropical Tuna Commission (IATTC)
International Commission for the Conservation of Atlantic Tunas (ICCAT)
Indian Ocean Tuna Commission (IOTC)
Northwest Atlantic Fisheries Organisation (NAFO)
North East Atlantic Fisheries Commission (NEAFC)
North Pacific Fisheries Commission (NPFC)
South East Atlantic Fisheries Organisation (SEAFO)
South Pacific Regional Fisheries Management Organisation (SPRFMO)
Southern Indian Ocean Fisheries Agreement (SIOFA)
Western and Central Pacific Fisheries Commission (WCPFC)
The Combined IUU Fishing Vessel List merges all these sources into one list that provides a single reference point to identify whether a vessel is currently IUU listed. Vessels that have been IUU listed in the past and subsequently delisted (for example because of a change in ownership, or because the vessel is no longer in service) are also retained on the site, so that the site contains a full historic record of IUU listed fishing vessels.
Unlike the IUU lists published on individual RFMO websites, which may update vessel details infrequently or not at all, the Combined IUU Fishing Vessel List is kept up to date with the best available information regarding changes to vessel identity, flag state, ownership, location, and operations.
Contributi dei parlamentari del PD - Contributi L. 3/2019Partito democratico
DI SEGUITO SONO PUBBLICATI, AI SENSI DELL'ART. 11 DELLA LEGGE N. 3/2019, GLI IMPORTI RICEVUTI DALL'ENTRATA IN VIGORE DELLA SUDDETTA NORMA (31/01/2019) E FINO AL MESE SOLARE ANTECEDENTE QUELLO DELLA PUBBLICAZIONE SUL PRESENTE SITO
Donate to charity during this holiday seasonSERUDS INDIA
For people who have money and are philanthropic, there are infinite opportunities to gift a needy person or child a Merry Christmas. Even if you are living on a shoestring budget, you will be surprised at how much you can do.
Donate Us
https://serudsindia.org/how-to-donate-to-charity-during-this-holiday-season/
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Monitoring Health for the SDGs - Global Health Statistics 2024 - WHOChristina Parmionova
The 2024 World Health Statistics edition reviews more than 50 health-related indicators from the Sustainable Development Goals and WHO’s Thirteenth General Programme of Work. It also highlights the findings from the Global health estimates 2021, notably the impact of the COVID-19 pandemic on life expectancy and healthy life expectancy.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
5. Car Pride
• The attribution of:
• Two facets of pride: social status and
personal image
• To two dimensions of car consumption:
ownership and use
• Survey measure; 12 statements each
measured on 7-point Likert scale
7. implications
• Technology alone will not reinvent the car at
the scale or pace necessary to combat climate
change
• Sustainable transportation is in a marketing
war with the car; and it is losing
• Cars are an aspirational good, especially in
countries with rapidly expanding economies
and high expected motorization growth
• Multiple entry points to break the cycle
before it becomes an established paradigm
Editor's Notes
Use of single-occupancy, internal combustion engine vehicles is the greatest contributor to negative impacts of urban mobility systems, including: congestion, road safety, air pollution, and social exclusion
To be sustainable, future urban mobility systems must “reinvent the car”
Use of single-occupancy, internal combustion engine vehicles is the greatest contributor to negative impacts of urban mobility systems, including: congestion, road safety, air pollution, and social exclusion
To be sustainable, future urban mobility systems must “reinvent the car”
Technology alone will not bring about the reinvention of “the car” at the scale or pace necessary to accomplish sustainable urban mobility goals
We need attitude/behavior shift among consumers and that is shaped by policy
My research goal: to inform attitude/behavior shift by identifying key barriers to and drivers of consumer adoption of travel options
Car pride strongly predicts car ownership, which in turn predicts car use
In the reverse direction, car use strongly reinforces car pride
These relations create a feedback loop among car pride, car ownership, and car use
“Others would see me as more successful if owned a better or more cars”
“I gain respect from my peers because I drive a car”
“I have achieved in life and therefore I deserve to own a good car”
“Driving meets my self esteem or personal image”
Across countries, we find that developing countries—with less mature vehicle markets, but greater road/vehicle use—report higher values of country car pride after controlling for the types of people living in different countries
Country car pride is higher in countries with less mature personal vehicle markets:
Lower current personal vehicle ownership levels (in terms of car stock per 1000 people), but
Higher growth in personal vehicle ownership
Target the attitude: de-market the car; brand sustainable alternatives
Target behavior:
Car ownership: Vehicle taxes, car ownership restrictions; EV subsidies (for the type of vehicle used!)
Car use: Road/congestion pricing, Fuel taxes, Parking fees and controls, Other car use restrictions based on license plate, vehicle type, or time of day
Improve alternatives, including: public transit service and information systems, pedestrian / cycling facilities, etc.