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Interoperability for Demand Side

Flexibility

Willem Strabbing

A study for the European Commission

DG Communications Networks, Content &

Technology

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OUR MEMBERS

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Demand Side Flexibility

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Generation

Demand

Generation

Demand

Old New

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Consumer Energy

ManagementEnergy Services

Metering Services

Data for billing and

grid management

Data for energy

management

Consumer

premises

Energy market

data

Data for commercial

services

Data flows

55/8

Selection of standards (M441, M490)

CEMSmart

Appliances / Smart Devices

Simple external

consumer display

Actor A

Energy management

gateway (EMG)

Smart Metering gateway (SMG /

LNAP )

Smart meter functionalityActor B

H1

H2

IEC/CLC TC13: 62056-6-1,6-2,5-3

& for TCP/IP: 62056-9-7

CEN TC294: EN13757, FprEN 16836

CLC TC 205 EN 50090 &

prEN 50491-11

Market places

CLC TC205: prEN 50491-11

IEC/CLC TC13: 62056 -7-5

CEN TC294: 13757, FprEN 16836

Actor AActor A

S2S1

ETSI TS 103 264

(SAREF)

CLC TC205 WG18:

prEN 50491-12

General & commercial channel

Metering (AMI) channel

IEC PC118: PAS 62746-10-1 (OpenADR)

IEC TC57 61970 CIM

ETSI TS 103 264 (SAREF)

ETSI TS 103 410-1 (SAREF4ENER)

oneM2M Base Ontology TS 0012

ETSI TS 103 264 (SAREF)

CLC TC205 WG18: prEN 50491-12

CLC TC 59 prEN 50631

IEC TC57 : 62325

System integration on enterprise level

IEC TC57: 61968, 62746

IEC/CLC TC13: 50590, 52056,

52568, 62056

CEN TC294 13757

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Alignment needed

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• Funded by the European Commission DG -

Connect

• Consortium DNV GL, TNO, ESMIG

• To identify necessary alignment of (standard)

data formats for DSF

• In order to achieve seamless data flows

The project

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SAREF ontology

COSEM formetering

SPINE forSmart

Appliances

CIM/OpenADRfor Demand

Response

SAREF for alignment

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Consumer Energy

ManagementEnergy Services

Metering Services

Scope

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• DSF functionalities (Use Cases) as identified by SDO’s

• “Formal” Data standards

• “Multiple interface data”

Scope

1

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• Identify transaction functionalities (Use Cases)

• Identify (parts of) standards that support these functionalities

• Identify alignment needs

• Define and alignment actions

• Instruct SDO’s

• Demonstrate Proof of Concept

The approach

1

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Demonstration at EUW 2017

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Demonstration at the ETSI IoT week

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Management / Algorithms

SAREF4ENER/ oneM2M resource

oneM2MoneM2M protocol

SAREF4ENER/ SPINE resource

SPINEHTTP protocol

public

SAREF4ENER/ SPINE resource

SPINESHIP protocol

Gateway

Towards a common language: the alignment of ETSI

SAREF4ENER, oneM2M Architecture, oneM2M Base Ontology,

oneM2M protocol and EEBus SPINE

SAREF4ENER

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The time line

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March-May June June-July October

Identify Use Cases

and data elements

Identify and analyse

data standards

Stakeholder

workshop

Identify necessary

alignmentsImplementation

Dissemination &

Demonstration

Aug-Sep