Low Carbon Traffic Integrating Siemens Traffic Controls and the Connected Vehicle CENEX LCV, September 2016 Unrestricted Siemens plc 2016 siemens.co.uk/traffic
Transport is fundamental to economic growth & quality of life, however Road traffic accounts for one fifth of the total CO2 emissions in Europe Sources: WHO (2015) and European Commission http://ec.europa.eu/transport/facts-fundings/statistics/doc/2015/pocketbook2015.pdf
Ingenuity for life... Engineering low carbon innovation in ITS Cooperative ITS Group
Connected vehicles It s all about apps, right? Source: KPMG Locating parking Music streaming Navigation Traffic information Hotel reservation
Siemens operates traffic management systems worldwide publishing information via LTE and DSRC(802.11p) I2V communications Traffic Management Layer Message Layer Communication RSU Use cases Concert CMS Conduct+ CMS PLC CMS ITCC CMS Message types USECASES Road Works Warning Scala Bus Prioritization Time-to-Green Attached Actuators Urban Controller IUS Controller Parking Controller Tunnel Controller CAM Cooperative Awareness Message Vehicle ID Positioning Speed DENM: Decentralized Environmental Notification Message Incident messages (accident, ) Location Incident type DRSC 802.11p Wrong-way driver Warning Emergency Vehicle Warning Intelligent Parking Pedestrians Attached Sensors TEU Bluetooth CCTV Map of intersection/ topology Lanes Driving directions Green Wave SPAT: Signal Phase and Timing Bike FCD ANPR Radar Signal groups Signal phase and remaining green/ red times IVI: In-Vehicle Information Data provided by automobile sensors
V2X role in energy efficiency Siemens Traffic Management Central Siemens C2I Road Side Unit Save fuel / energy through energy efficient intersection services : Green Light Optimal Speed Advice (GLOSA) Public transport / freight priority 5.9 GHz 802.11p Siemens Traffic Management Central CAN Bus On-Board Display Traffic Controller LTE Siemens C2I Road Side Unit 5.9 GHz 802.11p CAN Bus Save fuel / energy looking for parking Parking guidance through individual bay sensors and virtual signs Find / reserve a charger On-Board Display
Smoother Journeys, Cleaner Journeys Siemens provided DSRC (802.11p) technology that is in use today in Newcastle to smooth the journeys of NHS patient transport services, improving patient comfort and saving fuel. 802.11p Wi-Fi CAM (position, velocity, priority...) SPaT (signal state/timing on approaches) TOPO (intersection topology) RSU OBU 300 m And that s just the start. Freight and public transport projects are underway in the urban environment. On motorways, Siemens is reducing the cost of infrastructure by virtualising signage for the next generation of CAVs. Page 59
V2X projects Siemens is providing the back office and roadside 802.11p devices for the UK CITE project, a collaborative project with AESIN members and their technology partners, which brings connected car use cases to the strategic road network around Coventry The consortium partners will create the first fully connected road infrastructure using a globally unique combination of wireless technologies which can enable real-world testing of connected, semiautonomous and eventually autonomous driving in a safe and managed way. The infrastructure will form the basis of an on-going real world test facility which will be open to other manufacturers and technology companies to use. Michigan & Tampa Test Beds (USA) Coventry area (UK) Newcastle (UK) Vienna to Rotterdam (The Netherlands, Germany & Austria)
Presenter Paul Brookes Head of R&D, Traffic Solutions Siemens plc Mobility MO MM ITS TS Sopers Lane Poole Dorset BH17 7ER paul.brookes@siemens.com siemens.com/traffic
Product Manager for Sitraffic ESCoS Roadside Unit (802.11p) Franz Schober Product Manager for Cooperative Systems Siemens AG Mobility MO MM ITS TS PLM Otto-Hahn-Ring 6 81739 Muenchen, Germany Mobile: +49 173 9794035 schober.franz@siemens.com siemens.com