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Transport infrastructure includes physical networks, terminals and intermodal nodes, information systems and refuelling and electrical supply networks which are necessary for the safe, secure operation of road, rail, civil aviation, inland waterways and shipping.
European Union transport infrastructure faces key challenges with regard to governance; pricing, taxation and finance; syncromodality, intermodality, interoperability and integration of transport systems; life cycle optimisation; and infrastructure operation. The Strategic Transport Research and Innovation Agenda (STRIA) Roadmap for Transport Infrastructure aims to develop research and innovation in these key areas, test new methodologies and prepare the ground for future transport infrastructure policies.
In Brief
Transport infrastructure includes basic facilities and systems for operators and users. These are: • urban public transport networks - including light rail
(metro and tram), rail, bus, urban motorways and bus lanes;
• inter-urban or inter-regional - including motorways, main-line inter-city and high speed rail, inland shipping and domestic aviation;
• international gateways - airport hubs and major sea ports - along with other regional ports and airports.
In addition, there is extensive supporting infrastructure: • traffic and transport control systems, aimed at
ensuring safe, secure, efficient, reliable and resilient transport for all modes of transport;
• fuel distribution infrastructure; • information and communication technologies used
for customer information, and for tracking, charging, ticketing and billing;
• areas for logistics activities including logistics hubs, dry-ports and distriparks;
• energy facilities including electrical traction power networks necessary for infrastructure and transport operation.
The existing infrastructure continues to evolve with investment by infrastructure owners to accommodate changing demand, changing vehicle types, and to improve network performance. Examples are the construction of new container terminals to accommodate the latest generation of post-panamax large container ships, or the installation of electric vehicles charging points.
Current Developments
Key actions to 2030
To meet policy objectives, research and innovation should develop and test methodologies in the following areas:
Key Research Innovation Pathways
Area of work SYSTEMIC ANALYSIS
Target Consider the whole transport systems to ensure
decarbonisation.
Action Time
horizon
Develop a methodology for a systemic cost-benefit
analysis for all transport infrastructure projects, during
the whole life cycle.
2020
Gain a better understanding of the carbon trade-offs of
investing in infrastructure capacity.
2020
Standardize the systemic cost-benefit analysis to
achieve homogeneous implementation. 2020
Support the development of tools for systemic cost-
benefit analysis. 2020
Area of work TRANSPORT INFRASTRUCTURE PRICING
Target Develop a methodology for a homogenous EU carbon
charging approach for all transport modes.
Action Time
horizon
Develop and test harmonised methodologies for
carbon pricing as well as a potential redefinition of
vehicle taxes.
2020
Use big data and activity based models to better
understand users’ reaction to charging. 2020
Area of work RESILIENCE
Target Improve the capacity of transport infrastructure to
withstand disruption, absorb disturbance and adapt to
changing conditions under extreme circumstances.
Action Time horizon
Identify and categorize main hazards to be
considered for transport infrastructure resilience. 2020
Develop and test new methodologies and tools to
measure the resilience of transport infrastructure. 2030
Area of work INTERMODALITY
Target Prepare the ground for intermodality, synchromodality,
interoperability and integration of transport systems from
a customer perspective.
Action Time horizon
Conduct an analysis of the main weaknesses and
bottlenecks that hinder transport integration,
interoperability and intermodality.
2020
Develop small-scale demonstrations to showcase
technologies and new forms of information
sharing.
2020
Promote infrastructure innovation taking into
account trends in logistics. 2020
Area of work CAPACITY
Target Maximse asset utilisation for transport infrastructure
Action Time
horizon
Develop tools for information and data collection and
management to monitor infrastructure performance. 2020
Develop technologies to anticipate peak hours and
provide alternatives for passengers and goods. 2020
Support technology evolution to accelerate the rapid
deployment of new business models. 2030
Area of work ENERGY
Target Facilitate a progressive reduction of energy consumption of
transport infrastructure in the whole life cycle and from a
systemic and intermodal perspective.
Action Time
horizon
Improve the presence of innovative fields of work in
Research Programmes. 2020
Support the development of improved integration of
transport infrastructure and energy systems. 2020
Area of work OPEN DATA
Target Facilitate the creation of added-value services for transport
stakeholders and final customers based on the collection of
data from multiple sources.
Action Time
horizon
Develop technology solutions for effective data
collection from decentralized sources and the creation
of new customer-oriented services. 2020
Examine how open data collection and use can be
balanced with security issues. 2030
Area of work INFRASTRUCTURE BREAKTHROUGH
Target Create the framework to allow the required
infrastructure breakthrough to address future mobility
challenges.
Action Time
horizon
Develop an EU labelling system for transport
infrastructure. 2020
Ensure that Research and Innovation activities are linked
with policy objectives for decarbonisation of transport
infrastructure.
2020
Prioritize technologies for carbon capture and storage,
as well as the conversion of carbon in other products. 2020
Provide a space for non-conventional innovation in
Research Programmes. 2020
Develop new contractual performance indicators,
incentives, innovations and technologies to reduce
transport accidents.
2020
The Strategic Transport Research and Innovation Agenda
(STRIA) outlines future transport research and innovation
priorities to decarbonise the European transport sector.
STRIA is one of five interlocking dimensions set out in the
Energy Union strategy that provides a framework to achieve
EU energy and climate goals. It supports the vision of a clean,
connected and competitive European transport system.
In coordination with Member States and transport
stakeholders, STRIA aims to set out common priorities to
support and speed-up the research, innovation and
deployment process leading to radical technology changes in
transport.
STRIA builds on and integrates seven thematic transport
research areas:
• Cooperative, connected and automated transport;
• Transport electrification;
• Vehicle design and manufacturing;
• Low-emission alternative energy for transport;
• Network and traffic management systems; • Smart mobility and services; and
• Infrastructure.
STRIA is also the interface between other relevant sectors
such as energy and information and communication
technology.
Transport Research and Innovation Agenda
The Transport Research and Innovation Monitoring and Information System (TRIMIS) supports the implementation and monitoring of STRIA and its seven roadmaps. TRIMIS is an open-access information system to map and analyse technology trends, research and innovation capacities, as well as monitor progress in the transport sector.
Contact:
European Commission • Joint Research Centre, Ispra, Italy
Email: [email protected]
About TRIMIS
https://trimis.ec.europa.eu/