1. ECOGEM Cooperative Advanced Driver Assistance System for Green Cars Burak ONUR Project Coordinator R&D Support Executive burak.onur@temsaglobal.com

2. Presentation Overview Project Objectives Consortium Members EcoGem Approach S&T Objectives Overview of Innovations Workplan Exploitation Potential Topics for Clustering © EcoGem Consortium 2010-2013

3. Project Objectives To render the FEV capable of reaching the desired destination(s) through the most energy efficient route(s) possible To render the FEV fully aware of the surrounding recharging points/stations while travelling © EcoGem Consortium 2010-2013

4. Consortium Members 8 countries 11 partners © EcoGem Consortium 2010-2013

5. Consortium Members Network Operator Application Developers Research Institutes Transport Organizations Mapping Industry FEV Manufacturers © EcoGem Consortium 2010-2013

6. EcoGem Approach Continuous monitoring of the vehicle’s battery level and energy consumption Autonomous optimized route planning Cooperative optimized route planning Continuous awareness of recharging points and optimized recharging strategy Online management of recharging points Holistic approach for energy efficiency and operational cost optimization © EcoGem Consortium 2010-2013

7. S&T Objectives 1. Development of an on-board ADAS equipped with monitoring and machine learning functionality, targeted for route planning and recharging optimisation 2. Development of an enhanced traffic and recharging management platform at the infrastructure side 3. Provision of secure and open interfaces to the knowledge and information of the platform 4. Definition and development of V2V interactions and interfaces 5. Definition and development of V2I/I2V interactions and interfaces 6. Development of mechanisms and software tools for data security, user privacy, safety and acceptability 7. Development of a FEV-oriented traffic simulation platform suitable for EcoGem 8. Validation through simulation trials 9. Validation through field trials with test vehicles © EcoGem Consortium 2010-2013

8. Overview of Innovations © EcoGem Consortium 2010-2013

9. Concept Architecture © EcoGem Consortium 2010-2013

10. Workplan 123456789101112131415161718192021222324252627282930 WP1: Project Management WP2: System Requirements & Architecture WP3: System Specifications & Technical System Design WP4: System Implementation & Integration WP5: Trials & Evaluation WP6: Dissemination, Standardisation & Business Plan © EcoGem Consortium 2010-2013

11. Exploitation Potential On-board ADAS equipped with monitoring and machine learning functionality, targeted for energy-efficient route planning and recharging optimisation of FEVs Intelligent, energy-driven fleet and traffic management Provision of advanced, energy-driven travel and traffic information services for FEVs Provision of advanced recharging services EcoGem V2V information exchange EcoGem V2I/I2V information exchange EcoGem FEV-oriented traffic simulation platform © EcoGem Consortium 2010-2013

12. Exploitation Potential Integration of EcoGem’s ADAS in the FEVs produced by PININFARINA (Nido) and TEMSA (AVENUE EV for public transportation) Enhancement of NAVTEQ’s ADAS platform Enhancement of PTV’s central management platform Additional functionality into Tecnalia’s and HI- IBERIA’s simulators New and improved Travel & Traffic Information Services by SOFTECO and COSMOTE EcoGem services to municipalities and regions © EcoGem Consortium 2010-2013

13. Topics for clustering Use of common, standard V2X/X2V protocols Identification of user needs and requirements Usability and safety of ADAS systems – best practices Security and privacy Maximize interoperability of software tools and components that will be developed © EcoGem Consortium 2010-2013

14. Thank you! © EcoGem Consortium 2010-2013 Burak ONUR Project Coordinator R&D Support Executive burak.onur@temsaglobal.com