1. Development of an European Framework for Electromobility
Christine Schwaegerl
Siemens AG

2. Charging, Grid manage-ment Environmental impacts
Conceptual Understanding of Electro-Mobility System
Consumer acceptance / Market, Service Providers
Policy context: Demonstration
regions and municipalities;
EU policies
ICT: Open platform: market-place concept incl. operation, billing etc.
Customer services
Service Level
Value added service
Clearing House
Stan- dards
Network operation, grid management, reliability and quality, integration into the Smart grid develop-
ment, RES integration
EV types: Performance, suitability and standards
Charging infrastructure: Interoperability and technology advances (fast and inductive charging, battery switching)
Charging, Grid manage-ment
Equipment level
Grid level
Environmental impacts 2

3. Administrative WP – Dissemination (WP10), Project Management (WP11)
Development and demonstration of a unique and user-friendly framework for green electro-mobility
Administrative WP – Dissemination (WP10), Project Management (WP11)
EU-wide inventory
Demonstration WP
Green eMotion framework demonstration
EU-wide demonstration
Synchronisation of demonstration regions
WP1
Urban electro- mobility concepts
WP2
WP8
Ongoing demon-stration projects
G4V, MERGE, EDISON
Electromoblity services / ICT solutions
Grid EV-olution
WP3
WP4
Recharging infrastructure
EV technology validation
WP5
WP6
Technical WP
Main objective of Green eMotion
Green eMotion aims at the creation of a unique and user-friendly framework for green electromobility in the EU. Based on existing regional demonstration projects (9 projects have been selected as detailed in the following as well as in B2.3) the feasibility and scalability of an interoperable and standardised mobility system including a Clearing House will be demonstrated in order to establish the best conditions to allow businesses and consumers to drive electric vehicles and thus enable the mass market introduction.
As a result, the demonstrated user-friendly, interoperable and scalable framework will serve as a benchmark for further regions and their interconnection in Europe. Policy makers, urban planners and electric utilities will be equipped with the necessary tools to facilitate the wide rollout of EV.
WP7: Harmonisation of technology & standards
WP9: Technical, environmental, economic and social evaluation
Subject: Integrated European demonstration on electro-mobility – Vehicles, infrastructure, grid, IT applications, user acceptance

4. The Project Consortium *
FP7 call TRANSPORT – 2010 TREN-1: 23 Mio. € EC funding, 40 partners, project start March 2011
*status November 2010
Industries: AREVA T&D,
Better Place, Bosch, IBM, SAP, Siemens
Utilities: Dansk Energy, EDF, Endesa, Enel, ESB, Eurelectric, Iberdrola, RWE, PPC
Electric Vehicle Manufacturers: BMW, Daimler, Micro-Vett, Nissan, Renault
Municipalities: Barcelona, Bornholm, Copenhagen, Cork, Dublin, Malaga, Malmö, Rome
Research Institutions and Universities: Cartif, Cidaut, DTU, ECN, Imperial, IREC, RSE, TCD, TECNALIA
EV Technology Institutions: DTI, FKA, TÜV Nord

5. Demonstration Regions (in 2011)
EU-wide demonstration features: Consumer label / EU clearing House / Standards and interoperability / Cross-boarder rally
Strasbourg
# EVs: 100
Special features: Plug-in hybrid vehicles, cross boarder connection with Karlsruhe / Stuttgart
Karlsruhe/Stuttgart
# EVs: 40
Special features: Smart Grid features, optimised bi-directional charging, cross-border connection with Strasbourg
Copenhagen, Bornholm, Malmö
# EVs: 2,500 – 3,500
# Charging spots:
Special Features: Battery swopping, cross-boarder traffic
Ireland (Dublin, Cork)
# Electric Vehicles (EVs): 2,000
# Charging spots: (private and public)
Special features: DC charging stations, kWh billing system, supplier choice
Berlin
# EVs: 100
# Charging spots: 3600
Special features: Largest integrated project worldwide testing business models and consumer behaviour
Copenhagen / Bornholm / Malmö
Dublin
Berlin
Cork
Madrid
# EVs: 10
# Charging spots: 210
Special features: Advanced RES integration studies, smart grid integration etc.
Karlsruhe/Stuttgart
Barcelona
# EVs: 500
# Charging spots: 700
Special features: Electric mobility service citizen office, Large e-motorbike demonstration, EVS27
Strasbourg
Budapest
Pisa
Madrid
Malaga
# EVs: 30 # Charging spots: 50
Special features: Embedment in Smart City concept, V2G, B2G, DC charging stations
Barcelona
Rome
Kozani
Murcia
Italy (Rome, Pisa)
# EVs: 100
# Charging spots: 400
Special features: System approach enabling innovative services and user interfaces, kWh billing system, alternative business models testing
Malaga
Existing demonstration region
(Potential) replication region
Municipalities involved in Green eMotion

6. The Concept of Green eMotion
National / regional projects
Proof technology (equipment level)
Test of operation and billing
First business models
Initial local consumer awareness
Mass market (start)
Standardised solutions for vehicles infrastructure, network and IT applications available
Preconditions and user acceptance established
GREEN EMOTION
EU-wide market roll out
Connection of national / regional projects
Market place
Interoperability and standards
EU project Green eMotion
Proof of interoperability
Future proofing of protocols and interfaces
Introduction marketplace and advanced services
Wider consumer awareness and acceptance
Legislative support
Incentivising policies and regulation
Consumer incentives