COTEVOS: Concepts, Capaci3es and Methods for Tes3ng EV Systems and their InterOperability within the Smartgrid

Transcription

1 COTEVOS: Concepts, Capaci3es and Methods for Tes3ng EV Systems and their InterOperability within the Smartgrid Program Manager for Electric Mobility

2 Laboratory for Interoperability of Electric Mobility within the Smartgrid Ongoing EU projects on EM in RSE LABORATORIO INTROPERAILITÀ Encouraging SMEs opera.ng in the electric mobility Intelligent charging technology for electric small innova.ve vehicles Promote the widespread use of electric mobility in Europe Conformance tes3ng, interoperability and performance of electric vehicles: common requirements at EU level, a network of laboratories MOBILITÀ ELETTRICA 2

3 The Objec3ve The aim of COTEVOS is to establish the optimal structure and capacities to test the conformance, interoperability and performance of the different systems to be included in the infrastructure for smart charging of Electric Vehicles

4 SoA & need for interoperability D1.1. (completed) T1.1. State of the art in e- mobility Smart charging & V2G E- mobility future scenarios Needs for interoperability assessment T1.2. State of the art in e- mobility and smart grids communica.on protocols D1.3. T1.5. Interoperability related recommenda.ons MILESTONE 1 T1.3. Overview of exis.ng tes.ng infrastructure (SoA = Service Oriented Architecture) T1.4. Reference electricity grids D1.2.

5 Integra3on and alignment with standards The specific objectives are the following: Analysis and alignment of new tests and conformance test procedures/methods with existing standards, regulations, standardization activities and standardization needs at European level concerning the interaction between EVs and grid infrastructure Definition of priorities for new tests and conformance testing methods with broad consensus at European level (both inside and outside COTEVOS) Assessment of European priorities for new tests and conformance testing methods by comparison with the international standardization scenario

6 Alignment with standardisa3on landscape M/468 emobility Co-ordination Group E-Mobility WG Smart Charging M/490 Smart Grid Coordination Group M/490 - Consistent set of standards M/490 - New applications and Methodology M/490 - Interoperability M/490 - Information Security IEC TC 69 IEC ISO-IEC emi3: emobility ICT Interoperability Innovation Group OCA: Open Charge Alliance Other organisations: JRC, ETSI CTI, Other projects: STARGRID, Green emotion, PowerUp, COTEVOS partners are directly involved in several of these above: at least em-wg-sc, M/490 CSoS, M/490 WGI, emi3, Green emotion

7 Standards and gaps, under discussion What are the key standards for testing interoperability IEC ISO-IEC IEC (plug is needed for interoperability)? What are the key (interoperability) standards missing Identification/Authentication? EVSE to EVSE-backend interface? Smart Grid interaction? EVSP or Energy Market interaction?? EVSE = Electric Vehicle Supply Equipment EVSP = Electric vehicle service provider

8 From.. Use cases..to.. Test cases 1-5 Smart Charging 6-10 Authentication ENERGY PROVIDER Energy procurement ENERGY MARKETS EV USER Note: Instead of EVSP EMSP is used as in M/468 KEY A COTEVOS INTERFACE ID COMMUNICATION INTERFACE INTERFACE [OUT OF SCOPE] POWER PRIMARY EV ACTOR SECONDARY ACTOR Physical infrastructure Genera.on control CLEARING HOUSE Distribution Grid Transmission Grid Bulk / distributed generation 2 8 Capacity need & Flexibility e.g. OCHP DSO / SMART GRID MANAGEMENT Capacity need & Flexibility e.g. PowerMatcher Capacity 3 7 EMSP (+ VALUE ADDED SERVICES) EVSE OPERATOR 5 10 e.g. OCPP E EVSE 1 A EV 4 9 Energy need & Flexibility ISO/IEC 15118, IEC 61851, IEC App / mobile phone User needs C D Authen.ca.on (e.g. RFID) 6 B EV specific OEM

9 Some results and on- going work TEST ARCHITECTURE CP- Operator CP- Operator Grid- Grid- Virtual CP Simulation Virtual CP Simulation Virtual DSO Simulation Message Bus Grid voltage gateway (e.g. OCPP) Gateway GUI Power Amplifier real world CP EV- Simulator Data Energy CP = Charging Point OCPP = Open Charging Point Protocol

10 Some results and on- going work TEST ARCHITECTURE AC-Source with or without grid simulation DUT WP 3: Testmodule WP 4: Testmanager Energy Data OEM Backoffice

11 Round robin tests Looking forward to defining and selec3ng the TEST CASES Responding to the interfaces in the DoW Coherent with the requirements of the standardization activities In agreement with the contacts of COTEVOS network

12 Spread network of external contacts Several campaigns and approaches for involving external laboratories and players with COTEVOS Massive personalized ing campaign Categorized involvement according to their answers and capabilities Further campaigns to focus the different participation First workshop in Roskilde, Denmark, 2 nd October

13 Communica3on and networking Industry summit After the having the first project results and detailed planning of technical activities, an industry summit and topic related panel discussions will be organized in connection with a relevant European scientific conference. The event is meant for gathering industrial experts related to the infrastructure for EV charging and services, electricity System Operators, ICTs and OEMs, in order to get feedback on the current results and the further foreseen activities as well as for the general dissemination of the project findings and for fostering opportunities for collaboration, information exchange. Three Workshops Three workshops will be organized in order to facilitate to exchange information between COTEVOS and the relevant stakeholders The first workshop in Roskilde, Denmark, 2 nd October 2014

14 Establishing the experimental capaci3es for tes3ng interoperability for EV to be connected to the grid web.it