Smart Grids activities in ETSI Document No: GSC17-PLEN-55 Source: ETSI Contact: Adrian Scrase Source: Emmanuel Darmois GSC Session: PLEN Agenda Item: 6.9 Smart Grids activities in ETSI Presenter: Adrian Scrase ETSI Chief Technical Officer (CTO)

Smart Grids ETSI Strategic Directions: confirmed Building on the large ICT expertise of ETSI members Smart Grids Standards Gap Analysis From M2M to Smart Metering to Smart Grids Bringing Smart Grids requirements to other standards fields Communication Architecture, Security, … Collaboration with all stakeholders in the SG ecosystem European Standardization System (CEN, CENELEC, ETSI) Regulators, in particular within EU Standards Developing Organizations (ITU-T, NIST, …) and fora Users Research

European Standards Organizations in Smart Grids European Committee for Standardization 31 Members (NSB/NC of 27 EU Members + 3 EFTA countries + 1 EU applicant) European Committee for Electrotechnical Standardization 31 Members (NSB/NC of 27 EU Members +3 EFTA countries + 1 EU applicant) European Telecommunications Standards Institute 700 ETSI member organizations from 60 countries worldwide “Recognized” by the European Union under Directive 98/34 http://www.cen.eu http://www.cenelec.eu http://www.etsi.org

EU Smart Grid related Mandates EU Mandates EU asks the 3 ESOs to work on a specific set of standards They all accepted and (co-)developed the program and output Smart Metering Mandate (M/441) Issued in March 2009 and accepted by CEN, CENELEC and ETSI An ESOs Smart Metering Co-ordination Group (SM-CG) is in place Charging of Electrical Vehicle Mandate, aka E-mobility (M/468) Issued End of June 2010 and accepted by CEN, CENELEC and ETSI Smart Grid Mandate (M/490) – the overall framework Issued March 2nd 2011 and accepted by CEN, CENELEC and ETSI Work officially started on June 1st, 2011; Reports of Phase 1 provided at end of 2012

EU Mandate M/490 Phase 1 results Outcome: High-level guidelines, recommendations to standardization No specification of standards (will be done in TCs) Four Working Groups and their main results: Reference Architecture Conceptual Model, SGAM, Communication Arch. First set of standards A list of standards applicable to SG systems now Sustainable standardization processes Use Cases Models; Repository; Application to Flexibility concept Security Principles, Architecture, Tools All reports provided at the end of 2012

Mandate M/490 Phase 2 (2013-14) Main objective of the mandate iteration: to implement the developed methodology, which set up the foundations for managing the continuous engineering and deployment of standards to ensure a real end-to-end interoperability for all generic use cases explicitly including security. Main expected results: Further refinement of the methodology Analysis of selected new applications A set of consistent standards A system interoperability testing method An assessment of needed profiles Refined Security Toolbox and Recommendations

Smart Grids Coordination Group Structure for M/490 Phase 2 (2013-14) Mandate Scope Smart Grid Coordination Group (former JWG) EC Reference Inter operability Security Smart Grids Set of Standards New Applic. & Methodology Steering Committee Further Tasks Report 2.0 Liaisons Promotion New joint WGs Existing WGs NIST JISC China Etc. TC Level JWG Level EC Level M/441 M/468 coordination butors: ETSI contributions ETSI Lead ETSI contributions

Conclusions Maturing SG standardization framework Challenges: Already largely adopted beyond EC Challenges: Global application of methodology International alignment of main concepts Promotion, education Phase 2 of M/490 Will address all these challenges Will focus on maturity, acceptability and alignment Cooperation between all interested parties will be a key success factor

Thank you for your attention

Supplementary Slides

M/490 Phase 1 Results and how they were achieved Reference Architecture Sustainable Processes Smart Grids Systems Composent Communication Information List of standards List of generic Use Cases (UCMR) SGAM Generation Transmission Distribution Customer Premise DER Process Field Station Operation Enterprise Market Similar to IEC 61850-8-1 High-level mapping of the systems

A pivotal result: SGAM Smart Grids Architecture Model

Mandate M/490 status at after first phase (2011-12) Achievements Consensus On time International acknowledgement Standardization is ready Systematic process in place Current industry applications are supported by standards Selection guide available - easy entry for all stakeholders Overview on available and coming standards Work Programme describes time table for new standards Future requirements can be easily included in systematic framework