Raúl Rodríguez

TECNALIA

COTEVOS COncepts Capacities and Methods for Testing EV systems and their interOperability within the Smart grid • Main objectives

• Budget, duration and partners

• Project workflow

• Achieved results

• Additional coming results

• Event at ISPRA

Main objective • Establish the optimal structure and capacities to test conformance and

interoperability of all systems involved in the infrastructure for EV charge: Development of harmonized tests and testing procedures

Unified test facilities

General information • Budget: 5,6 M€

• Duration: September 2013 – February 2016 (30 months)

• Partners: 11 partners from 9 countries

Project workflow

Achieved results • Analysis of needs

Achieved results

Achieved results • Alignment with standardization activities:

Analysis and alignment of new tests and conformance test procedures with existing standards, regulations, standardization activities and standardization needs at European level

Definition of priorities for new tests and conformance testing methods with broad consensus at European level (both inside and outside COTEVOS) and comparison with the international standardization scenario

SGAM (Smart Grid Architecture Model, M/490)

Achieved results • Reference architecture and use case mapping

Achieved results • Reference architecture (laboratory)

Achieved results • From use cases to test cases

Coherent with the requirements of the standardization activities

Common approach and in agreement with the external contacts of COTEVOS network

28 test cases into 6 groups (dynamic)

Test procedures are developed according to own strategies (evolving)

Round robin tests used for inter-laboratory comparison

Achieved results • New testing capacities for Conformance and Interoperability

V2G communication scheme

DSO’s SCADA

Charging Station (EVSE operator)

Charging Station

Numerous EVs Single EV

DSOlevel

Secondary substationlevel

EVSElevel

EV level

ISO

15

11

8

ISO

15

11

8

Charging Station

Single EV

ISO

15

11

8O

CC

Pv3

.0

Protocol translator

PE

N

Transformer 20/0,4 kV

20 kV

0,4kV

3ph

AMI

3ph 3ph

AMI

AMI

DSO CONTROLLER

IEC

61

85

0

IEC

61

85

0

IEC

61

85

0

IEC 61850

IEC 61850

OCCPv3.0

ISO 15118

IEC 61850

Agregated information about V2G transmitted by IEC 61850. Communication DSO controller-EVSE

Detail information about V2G transmitted by IEC 61850. Communication DSO controller-EVSE

Detail information about V2G transmitted by OCCPv3.0. Communication DSO controller-EVSE. Currently available version of the standard is OCCPv2.0 that do not support two direction communication. It is assumed that eventual further version of the protocol will allow both direction information exchange.

Detail information about V2G transmitted by ISO 15118. Communication EVSE-EV

LEGEND

Achieved results • Looking for the Unified Testing Laboratory for EV Interoperability

Additional coming results • White Book on Business Opportunities and Interoperability Assessment

for EV Integration

• Definition of the individual and common strategies for an offer of

Conformity and Interoperability assessment of products for the EV

integration in the smart grid

PlugtestTM at ISPRA (30 Nov. – 4 Dec.) • Hosted by the Joint Research Centre (JRC) and organised by ETSI’s centre

for Testing and Interoperability (CTI) with the support of COTEVOS project

• Testing features based on the interoperability test plan and procedures developed by COTEVOS partners

www.cotevos.eu • General information

• Publications: deliverables, presentations from workshops, presentations of the project

Thank you raul.rodriguez@tecnalia.com