1. 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)

2. 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

3. 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

4. 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

5. 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

6. Mandate M/490 Phase 2 ( )
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

7. 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

8. 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

9. Thank you for your attention

10. Supplementary Slides

11. 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
High-level mapping of the systems

12. A pivotal result: SGAM Smart Grids Architecture Model

13. 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