Long Distance Freight Transport Roadmap
Long Distance Freight TransportRoadmapA roadmap for System integration of Road TransportIsabelle SchnellCo-leader of ERTRAC WG Long Distance Freight Transportwww.ertrac.org
The European Road Transport Research Advisory Council(ERTRAC) is a Technology platform supported by theEuropean Commission Define strategies and roadmaps for road transport R&I in Europe Stimulate public and private investment in road transport R&I Support the implementation of Horizon 2020ERTRAC Working GroupsUrban MobilityLong Distance Freight TransportEnergy & EnvironmentRoad Transport Safety & SecurityGlobal CompetitivenessConnectivity and Automated Drivingwww.ertrac.org
Purpose of the Long Distance Freight Transport Roadmap Study future Freight Transport Build different scenarios by use case Prioritize research map-2019.pdfwww.ertrac.org
Scope of the Long Distance Freight Transport Roadmap Transport of goods on roads Think system level Towards self-organized automated logisticsSource: “A truly Integrated Transport System for Sustainable and Efficientand Logistics” H2020 SETRIS project.www.ertrac.org
Implementation barriers to overcome High-technology and collaboration are required, while Fully connected vehicles, infrastructures and autonomous self-learningSupply Chain, while Information exchanges and automated processing, while Give the real value of the transport system to enable investment Secure resources to build the infrastructures that enable inter-modality Increase the speed of supra national data regulationwww.ertrac.org
Strategic Roadmaps and Prioritization of Research Activities 4 Use Cases for different transportneedsConfined AreasHub-To-Hub Progressive extension of hightechnologies The roadmaps offer a first exerciseof R&D prioritizationwww.ertrac.orgOpen RoadsUrban Environment
Strategic Roadmaps ‘Confined Areas’Ports and terminals Controlled environment Repetitive tasks Fully controlled traffic management703/09/2019 www.ertrac.org
Strategic Roadmaps ‘Hub-To-Hub’From factories to ports or terminals Repetitive tasks Partly open road (specific permit) Partly controlled traffic managementwww.ertrac.org
Strategic Roadmaps ‘Open Roads’Highways, roads Flexible transportation tasks Open roads Mixed traffic903/09/2019 www.ertrac.org
Strategic Roadmaps ‘Urban Environment’Cities Last mile-delivery Open roads Mixed traffic including VRU1003/09/2019 www.ertrac.org
Roadmap TargetsOpen Roads More than 3% CO2 reduction TTW/ yearUrbanEnvironment Urban Commercial vehicles offering zero emission Noise reductionConfined AreasHub-To-Hub Increased Transhipment efficiency by 30%* Increased Load factors by 30%** No measurement, no baseline as of todaywww.ertrac.orgSafety in a separed roadmap
Research and Innovation Challenges Solutions towards vehicledecarbonization, well to wheelperspective Services supporting the consolidationand synchronisation of flows,automation and efficient inter-modality www.ertrac.org
Focus on ServicesSystem levelsMaterial flowActorsShipperLogistic Service providerTransportwww.ertrac.org Transport & fleet operator Haulier TrafficInfrastructure(Physical/ Digital)Examples of ServicesRoad/ Toll operatorIntegrated ServicesFreight/ cargo consolidationEstimated time of arrivalCarbon footprint measurementsInformationNetwork optimizationLoad factorSmart speedInformation Automated traffic managementnetwork across the TEN-T Infra-maintenance Charging services (Electromobility) Payment services
Research Collaborationswww.ertrac.org
The European Road Transport Research Advisory Council . Connectivity and Automated Driving Define strategies and roadmaps for road transport R&I in Europe Stimulate public and private investment in road transport R&I Support the implementation of Horizon 2020 . www.ertrac.org Purpose of the Long Distance Fr
3. LCA of rail freight transport 4. LCA of IWW transport 5. LCA of road freight transport 6. Comparison of the environmental impacts of the transport modes III. Environmental impact assessment of freight transport 7. Study of intermodal freight transport routes 8. Study of the modal split of inland freight transport in Belgium IV. Conclusions .
Long Distance Freight Transport A roadmap for System integration of Road Transport Status: final for publication Version: 4.0 Date: 26.02.2019 . In 2016, road accounted for just over half of all tonne-kilometres performed in the EU. Maritime transport came next, with a third of the total transport performance, followed by rail (11.6 %) and .
freight transport (i.e. automated freight transport systems) to replace or integrate with current transport systems in the UK. It provides a state-of-the-art study with an overview of past, current and future developments in automated freight transport systems. Technology available now or in the short- and mid-term future is considered.
Road freight transport by journey characteristics 6. Table 4: International road freight transport, 2015-2020 (million tonne-kilometres) Source: Eurostat (road_go_ta_tott) The share of international transport in total EU road freight transport stood at 38.6 % in 2019, up 1.8percentage
Last mile urban freight in the UK: how and why is it changing? 6 . 2. Forecasts for the UK urban freight transport system: the last mile . Last-mile freight transport and e-commerce . This section focuses specifically on last-mile freight transport operations that support e-commerce as thi
value-added services that encompass transportation, logistics, and distribution. 2 Typically, freight brokers do not "fingerprint", or touch, the freight. They engage in . National Councils comprise the British Shippers Council, the Railfreight Council, the Road Freight C
A Freight Forwarder or Forwarding Agent is a company that acts in transport and trade, offers jobs and quote with some qualifications in countries like USA, UK, Mexico or China. Definition and meaning of freight forwarder and forwarding agent can be found in this article. Keywords: freight forwarder; forwarding agent, transport, trade Created Date
to the entire field of artificial intelligence. Humans, it seems, know things and do reasoning. Knowledge and reasoning are also important for artificial agents because they enable successful behaviors that would be very hard to achieve otherwise. We have seen that knowledge of action outcomes enables problem-solving agents to perform well in complex environments. A reflex agents could onl
