All Transport
How Urban Delivery Vehicles can Boost Electric Mobility
9 December 2020
- Prioritise electrification of vehicles with high mileage and regular daily activity, including LCVs in last-mile delivery.
- Promote electric light commercial vehicles in cities and tightly regulate combustion-engine vehicles.
- Strengthen fuel economy standards, zero-emission mandates and economic incentives for light commercial vehicles.
- Define regulatory requirements and clarify costs for upgrades to the electricity grid needed for electric vehicles.
- Use vehicle design and components of electric passenger cars to unlock price reductions of electric light commercial vehicles.
- Strengthen co-operation among stakeholders to reduce investments risks for the manufacturing of electric light commercial vehicles.
The “New Normal” in Liner Shipping: Are Policies Fit for Purpose?
12 November 2020
Regulations and Standards for Clean Trucks and Buses
14 September 2020
- Ensure that vehicle safety regulations and standards for electric and hydrogen cover all classes of road vehicles and better differentiate between light and heavy vehicles.
- Leverage the experience of international regulatory fora to extend the coverage of safety-related requirements to heavy electric vehicles.
- Ensure that the scope of regulations on the safety of hydrogen-powered heavy vehicles addresses aspects that are currently not adequately considered.
- Involve diverse transport and energy stakeholders in the development of charging standards for electric heavy vehicles.
- Address missing elements in regulations and standards related to electric road systems.
- Develop hydrogen refuelling protocols for heavy vehicles using gaseous storage at 70 MPa, new nozzles and instruments guaranteeing compliance with stringent fuel quality requirements.
- Increase the focus of pre-normative research on the safe use of low- and zero emission vehicles with existing vehicle infrastructure, especially for hydrogen-powered options.
- Harmonise regulations on tailpipe GHG emissions and energy consumption of heavy vehicles, also integrating instruments evaluating energy use for low- and zero-emission vehicles.
- Fully integrate electricity and hydrogen into regulatory policies on low-carbon fuels.
- Address non-regulated pollutants and integrate hydrogen-powered vehicles using internal combustion engines in regulations on tailpipe pollutant emissions.
- Address the environmental performance of vehicle batteries with regulatory innovation targeting their durability, carbon footprint and the sustainability of associated supply chains.
- Develop an internationally harmonised regulatory framework for the application of differentiated road charges and access restrictions based on environmental performances of vehicles.
Future Maritime Trade Flows
8 June 2020
- Ensure strategic planning for port development accounts for the key drivers of trade.
- Support policy for decarbonisation of maritime transport with carbon pricing.
- Prevent aid to maritime shipping from eroding competition in maritime logistics services.
- Improve maritime logistics via new performance metrics.
- Guarantee open standards when digitalising maritime logistics.
- Fine-tune maritime transport modelling.
Reforming Public Transport Planning and Delivery
24 February 2020
- Let government plan transport services, but at a decentralised level.
- Consider corporatising publicly operated transport services.
- Pay close attention to system design where competition in public transport provision is introduced.
- Pay attention to service quality as well as costs to achieve a sustainable public transport system.
- Take the broader urban context into account in designing and adopting public transport reforms.
Assessing the Distributive Impacts of a Congestion Charge Using a Synthetic Population Model. Presentation by Jillian Anable, ITS Leeds, UK and Phil Goodwin, University College London, UK
29 November 2017
Reforming Private and Public Urban Transport Pricing. Presentation by Stef Proost, KULeuven, Belgium
29 November 2017
Mitigating and Minimising the Distributional Impact of Road Pricing. Presentation by Scott Wilson, D'Artagnan Pacific Pty Ltd
29 November 2017
Urban Toll: Rethinking Acceptability through Accessibility. Presentation by Yves Crozet and Aurélie Mercier, Laboratoire Aménagement Economie Transports (LAET), Lyon, France
29 November 2017
Social Impact of Time and Space-Based Road Pricing: New Zealand Context and Lessons from Literature.
29 November 2017
Long-term Effects of the Swedish Congestion Charges. Presentation by Maria Börjesson, Swedish National Road and Transport Research Institute (VTI)
29 November 2017
L'évaluation ex-post des investissements et interventions publiques dans les transports
27 November 2017
- Planifier d’emblée la collecte des données nécessaires à l’évaluation.
- Procéder à un exercice de vérification en cours d’exécution.
- Confier l’exercice de vérification à des entités indépendantes.
- Reconnaître la diversité des objectifs économiques des investissements dans les transports.
- Associer les partenaires locaux en démontrant l’efficacité du projet.
Shared Mobility Simulations for Auckland
27 November 2017
- Consider integrating shared mobility services into Auckland’s existing transport offer.
- Use shared services as feeder service for train, ferry and bus rapid transit services to increase use of public transport.
- Ensure shared mobility services are provided in a large enough area of Auckland.
- Target shared mobility services for potential early adopters.
- Integrate land use and transport policies to limit urban sprawl and support the uptake of shared mobility services.
- Create a legal and regulatory framework focused on delivering societal benefits from uptake of shared mobility services.
- Make sharing of performance data a pre-requisite for licensing shared mobility services.
The Inaccessibility Index: Advantages and Potential for Improving Transport Planning and Investment
31 October 2017
The Use of Accessibility Indicators in Planning and Investment
30 October 2017
Shared Mobility Simulations for Helsinki
11 October 2017
- Enable implementation of new shared mobility solutions in the Helsinki Metropolitan Area as an additional policy tool.
- Implement new shared mobility solutions at a sufficient scale to boost attractiveness and lower costs.
- Design shared mobility solutions so they feed rail/metro lines and replace low‑frequency, low‑occupancy bus services.
- Target shared mobility solutions for sub-urban car users currently not well served by public transport.
- Consider improvements in system capacity and access to rail and metro stations.
The Economic Benefits of Improved Accessibility to Transport Systems
30 May 2017
- Ex-post case studies of accessibility improvements can provide evidence on impacts.
- A large, ex-ante assessment of proposed measures to improve accessibility can shed light on the practical application of different methodologies.
- Accessibility research should be explicitly integrated with health and wellbeing research.
Managing the Transition to Driverless Road Freight Transport
30 May 2017
- Continue driverless truck pilot projects to test vehicles, network technology and communications protocols.
- Set international standards, road rules and vehicle regulations for self-driving trucks.
- Establish a temporary transition advisory board for the trucking industry.
- Consider a temporary permit system to manage the speed of adoption and to support a just transition for displaced drivers, while ensuring fair access to markets.
Shaping the Relationship Between Public Transport and Innovative Mobility
30 May 2017
- Focus on improving overall mobility outcomes, not just on lowering public transport costs.
- Set a vision for urban transport that includes full integration of innovative mobility options.
- Ensure partnerships between public transport and innovative mobility operators to improve mobility for all people, including those with disabilities.
- Target low-performing or costly routes, and leverage government assets to guide convergence.
- Split regulatory oversight from operation of urban transport and adapt procurement practices.
- Mitigate innovation risk for new services through pilots and portfolio management.
- Incentivise age- and disability-friendly interactions in partnerships between public transport and ride-service operators.
Transition to Shared Mobility
30 May 2017
- Start to integrate shared mobility solutions into existing urban transport plans.
- Leverage shared mobility to increase use of existing high-capacity public transport.
- Deploy shared mobility services in a phased way that maximises public acceptance.
- Optimise overall efficiency while assuring a healthy level of competition in the market.
- Limit exclusive occupancy of shared vehicles to avoid the erosion of traffic reduction and CO2 emissions.
- Leverage the significant potential of improved territorial accessibility created by shared mobility.
- Make shared mobility services fully accessible to citizens with reduced mobility benefits.
Data-led Governance of Road Freight Transport
30 May 2017
- Use currently available data within existing frameworks.
- Consider a completely new data-driven regulatory approach.
- Develop cross-sectoral approaches to data handling and processing.
- Investigate the best uses of new technologies, systems, and data science.
- Investigate applicability of wider and less structured big data sets.
- Consider impacts of automation of road freight vehicles.
Linking People and Places
30 May 2017
- Design accessibility metrics to matter for people and policies.
- Leverage new data sources and methods for accessibility analysis.
- Invest in accessibility, not just roads, in fast growing cities.
- Make use of accessibility analyses to support decision-making.
Airport Site Selection
30 May 2017
- The process should start with an assessment of need for new infrastructure.
- Comparable assessments should be undertaken for a range of feasible options.
- Selection criteria need to examine all positive and negative impacts of airport capacity expansion.
- Assessments need to incorporate considerations of risk and uncertainty.
- The process needs to be clear, transparent, collaborative, and trade-offs need to be explicitly considered.
Local Governments and Ports
23 May 2017
- Develop tailor-made governance arrangements for ports.
- Allow decentralised port governance to create additional benefits for local communities.
- Coordinate public port investment, nationally and where possible at a supra-national level.
- Ensure that ports not only focus on profits, but also take local impacts into account.
Strategic Infrastructure Planning: International Best Practice
23 March 2017
- Systemic risks can be reduced where projects form part of a broad and long-term strategic plan.
- Strategic infrastructure planning carries its own risks, including technology's influence on demand- and supply-side considerations.
- When it works well, strategic planning can set out a stable set of priorities for future investment with durable cross-party support.
- A successful infrastructure planning process balances a stable framework with maintaining flexibility.
- The planning process requires clear objectives, a degree of independence and an open, collaborative approach.
- The planning methodology needs to address risks and uncertainties, take into account binding policy constraints and include considerations of pricing the use of infrastructure.
- A top-down approach to infrastructure planning to complement traditional project by project assessment is essential to a strategic assessment of long-term economic infrastructure needs across sectors.
- Infrastructure planning across sectors can help identify the most important systemic risks early.
- Using analytical methods such as a scenario-based approach to analysis can be helpful in future-proofing infrastructure plans.
- It is important to consider how demand for scarce infrastructure can be managed. Debt management need to be part of any strategic investment plan.
- A top-down approach could foster the development of an analytical framework for investment decisions reflecting both demand and supply side considerations.