Smart Grid Standardization

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Smart Grid Standardization

CONFERENCE ON ROLLING PLAN ON ICT STANDARDISATION

Session 3:

Sustainable Growth: Smart grids and smart meters, ICT

environment

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There are a lot of Smart Grid

standardization activities worldwide

Council

SMB

TC 57

TC 13

Smart Grid committees

SEG2

PC 118

TC 57 WG 21, 15, 17, ... TC 8 WG 5&6

TC 13 WG 14

Technical standardization committees

Stakeholder / Consortia

_worldwide

TC 8

...

TC 57

TC 13

TC 8X, 205

_...

CEN, CENELEC ETSI

Smart Grid Coordindation

Group

WG‘s

Not at all complete

CEN, CENELEC ETSI

Smart Meter Coordindation

Group

WG‘s

eMobility Coordindation Group

ITU-T TC 247, TC 294 M2M

MSB

IETF W3C

And many more national initiatives, R6D etc. ..

National Mirror Committees, e.g.

Regional, non-Europe

OneM2M

National

Mirror Committees _{National Mirror} Committees, in case ISGAN GSGF Regional, Europe + stakeholders, R&D, politics, … CIRED CIGRE e.g.:

And many more national initiatives, R6D etc. ..

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SG-CG – Who are we?

SMART GRID

Coordination Group

(established June 2011)

Associations

JTC 1 SC 27

CO

JTC 1 SC 27

CO

ENER

ENTR

INFSO

FP7

JRC

JUST

RTD

TC ITS

TC ERM

TC M2M

TC BRAN

TC TISPAN

Board

TC SCP

TC PLT

TC 287

TC 57

_SM-CG

SM-CG

TC ATTM

TC 8X

TC 247

TC 13

TC 205

TC ITS

TC ERM

TC M2M

TC BRAN

TC TISPAN

Board

TC SCP

TC PLT

TC 287

TC 57

_SM-CG

SM-CG

TC ATTM

TC 8X

TC 247

TC 13

TC 205

Observers from US, J,

…

CEI

National

Committees

CEI

National

Committees

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Generic Use Cases (GUC)

Smart Grid Coordination Group

(SG-CG) of CEN, CENELEC and ETSI

Phase 1

From 6/2011 until 12/2012

Reference Architecture -> SGAM,

conceptual model

Sustainable processes ->Use Cases

Smart Grid Information security

(SGIS) – SGIS Toolbox

First of standards

Prioritisation, work programme

First set of standards

Framework for new standardization

process for complex systems

Phase 2

currently under development until end

of 2014

Methodology (Use Cases, reference

architecture, SGAM, conceptual

model, market and flexibility, new

applications)

SGIS

Set of Standards (Update)

Interoperability (recommendations,

Excel tool)

All reports of phase 1 are available under

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Other Coordination Groups and

Mandates relevant for Smart Grid

M/441 Smart Metering

Smart Meter Coordination Group (SMCG) of CEN, CENELEC,

ETSI

M/468 Electromobility

eMobility Co-ordination Group (eM-CG) CEN, CENELEC

Common WG with SG-CG for Smart Charging

Smart Cities (new)

Coordination Group “Smart and Sustainable Cities and

Communities” (SSCC-CG) CEN, CENELEC

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Generic Use Cases (GUC) Use Cases Management Repository

2. Step

Map GUCs to SGAM

Security and privacy evaluation

1. Step

Identification of

Generic Use Cases

3. Step

Locate

requirements

for standards

4. Step

Identify existing

standards and new

gaps

existing standards, gaps

Use Cases

Sources

SGAM gap SL & DPC

5. Step

Definition of

standardization

projects

Standardization projects (responsible committees, work plan, deliverables)

6. Step

Work on

standards

Smart Grid

Standards

existing, modified and new standards

Prioritization

Mandate M/490 – SG-CG

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Conceptual Model

source: SG-CG

based on NIST

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New Conceptual Model –

integrating Market Model and

Flexibility Concept

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Smart Grid Architecture Model

(SGAM) - the Smart Grid Plane

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SGAM Layers

Generation Transmission Distribution DER Customer Premise Process Field Station Operation Enterprise Market Domains Zones

Component Layer

Communication Layer

Information Layer

Function Layer

Protocol Protocol Data Model Data Model Outline of Usecase Subfunctions

Business Layer

Business Objectives Polit. / Regulat.. Framework

Interoperability

Dimension

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Information / Communication Layer

Generation Transmission Distribution DER Customer Premise

Process Field Station Operation Enterprise Market HV MV LV G H

RTU ControllerDER

HMI _HES DMS Computer Gateway CRM Computer HAN Controller Data Concentrator CIM IEC 61968-4

source: SG-CG

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Asset & Maintenance management system

E

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rp

rise

M

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O

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tio

n

S

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P

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ss

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Gene-ration Transmission Distribution

DER

Customer

premises

G e n e ra tio n M a n a g e m e n t S y s te m S u b s ta tio n a u to m a tio n s y s te m W A M S E M S S C A D A S y s te m F A C T S S u b s ta tio n a u to m a tio n s y s te m F e e d e r a u to m a tio n D is t. P o w e r Q u a lit y c o n tr o l D M S S C A D A & G IS S y s te m A M I S y s te m D E R O p e ra tio n S y s te m E M S a n d V P P s y s te m S m a rt L o a d s A g g re g a te d p ro s u m e r m a n a g e m e n t Market places Trading systems M e te ri n g -r e l. M a rk e t s y s te m F A C T S

Weather Forecast & Observation system

M e te ri n g -r e la te d B a c k O ff ic e s y s te m s

Generation Transmission DistributionDER Customer Premise Process Field Station Enterprise Market Operation RTU Field Devices EMS/SCA DA Asset Manageme nt Trading System Communicati on Front-end SCADA GIS Substation/fee der automation system DMS/SCA DA WAMS

Layer S tan dard Comm ents

I nf ormat ion E N 61970-1 E N 61970-2 E N 61970-301 E N 61970-401 E N 61970-453 E N 61970-501

Energy ma nagem ent system Applic ati on Program Int erf ac e

C omm unic ation IE C/TR 62325 Framework mark et com muni cat ion C omm unic ation E N 60870-5-101

E N 60870-5-104 E N 60870-6

Telecontrol prot ocols

I nf ormat ion IE C/E N 61850 (al l parts ) See subs t at ion autom at ion sys tem in 8.3. 1 I nf ormat ion IE C 62351 Security - all pa rt s

I nf ormat ion (guidel ines ) IE C 62357 Reference arc hit ect ure power s yst em inform ation ex change

I nf ormat ion IE C 62361 Harm oniza tion of qu ality codes

Report “First Set of Standards”

Mapping of Systems on SGAM

Reference

Architecture

of each

system

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En un campo de actuación muy extenso y con el detalle necesario, siempre

coordinado internacionalmente.

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Con resultados ya alcanzados y un programa que se cumple a final de este año.

Para cada equipo y cada función se conocerán las normas disponibles y las que

deben desarrollarse dentro de la prioridad a establecer.

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SG-CG key messages for

discussion

System Approach

for standardization developed

Set of standards as selection guide

provided

Not only a list of standards –> guidanceby means of SGAM and system breakdown

Not only CEN, CENELEC or ETSI standards considered

Ranking of standards: EN, IEC/ISO/ITU, consortia specifications e.g. IEEE, IETF, W3C Set of standards contains approx 70% - 80% ICT standards

SG-CG represents not only Technical Committees but all relevant European associations (stakeholders of various sectors) in this field: ENTSO-E, Eurelectric, Digitaleurope, T&D Europe, … and others

Consensus and cooperation between ETSI and CEN/CENELEC

in the SG-CG can be seen as best-practice example.

Worldwide influence of the SG-CG

With the M/490 mandate and the work of SG-CG, Europe caught up the already existing discussions on

international and national level, and took partly the leadership in the worldwide development of Smart

Grid standardization (SGAM, set of standards approach, use cases, … -> e.g. mapping tool of IEC).

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Rolling plan acknowledges

the work done and under preparation by the SG-CG.

Rolling Plan for ICT Standardisation, 05/12/2013, page 62 (6.2) Proposed other activities around standardisation No other activities required.

⇒

_{We already have today a lot of smart grids standardization activities}

->

Crystallization points

SG-CG on European level is the crystallization point on European level and IEC on international level (in agreement with ISO and ITU)

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