Intelligent Transport Systems Deployment Why, What and How Hermann Meyer, CEO ERTICO, DATEX II Dublin, 13.09.2016
Policy challenges Economic Growth and Innovation» Strong transport related industry in Europe Potential benefits of ITS deployment (by 2020) * Urbanisation» 2030: 60% of population in cities Safety» 95% of accidents linked to driver mistakes» 69% of road accidents occur in cities Demographic Change» 65+ generation will nearly double by 2030 Climate Change and Resource Scarcity» Road transport contributes about one-fifth of the EU's total CO2 emissions Behavioural Change» More usage of soft transport modes» Home delivery of consumer goods» 30% reduction in fatalities» 30% reduction in seriously injured persons» 15% reduction of congestion» 20% improvements in energyefficiency and it creates employment and economic growth via higher mobility and new industrial opportunities * estimates from imobility Forum for ITS potential contributions (2011-2020) assuming strong implementation efforts
ITS combine information and communication technologies, sensors, maps, and other data, for applications and services to enable seamless journeys of people and goods that are more affordable, safer, cleaner, more comfortable on road, rail, air, maritime. 3
increasing needs to improve mobility big data capture and processing capacities more accurate and reliable positioning Trends faster, cheaper and more reliable communication already highly connected people highly advanced sensors and cameras 4
IoT & Wearables Deep Learning Digitisation Technologies Connectivity Data analytics & visualisation Cloud computing 5
potential shifts in market power new business models and forms of cooperation new roles of stakeholders privacy and liability concerns Challenges investment decisions in a fast moving market quality of information and service 6
Diagnose remotely respond faster to potential product failures improve products over their lifetime and avoid recalls Potentials know better your customers Create addedvalue services add data generation to business model 7
Connected and automated transport Electrification Intelligent Transport Systems Traffic management 2.0 Sharing economy Mobility as a Service 8
C-ITS Corridor COMPASS4D Co-GISTICS InterCor NordicWay C-ITS Platform Oettinger RT GEAR2030 Large scale deployment pilot on automated and connected vehicles Innovate UK CityMobil2
Traffic management 1.0 Traffic Management 2.0 Loop Detectors ANPR Bluetooth tracking Data Collection GPS Locations Collect from PND, Smartphones or In-Car Collect data everywhere Data Collection (FCD) VMS Display Radio Messages Influencing Traffic Tailored to the users trip only Influence via Mobile Apps, In- Dash Navigation and PND s Routes automatically adjusted Influencing Traffic 10
Benefits of TM 2.0 City administrators/traffic managers Fleets Traffic information service providers Avoid congestion and traffic collapse Avoid unnecessary emissions Improve TMP complementing or replacing loop detectors and enhancing accuracy TMPs measures reach driver directly FCD-enabled TM even in roads with no ITS (scalable) Avoid congestion: more relaxed driving Receive relevant regional information invehicle Improved road safety through smoother traffic flow Best route options aligned with TMPs Provide best route option for the destination (not only fastest) Provide information that goes beyond congestion Provide solution (best route option) not the problem (congestion info) well in advance Regional information becomes part of an integrated service
Connected and automated transport Electrification Intelligent Mobility Traffic management 2.0 Sharing economy Mobility as a Service 12
Thank you!