ict4smartdg – general assembly 16th december 2009 ict4smartdg “ict solutions to enable smart...

ICT4SMARTDGICT4SMARTDG“ICT Solutions to enable Smart Distributed “ICT Solutions to enable Smart Distributed Generation”Generation”

1st GENERAL ASSEMBLY1st GENERAL ASSEMBLY

Brussels 16th December 2009Brussels 16th December 2009

ICT4SMARTDG WP2 activities

TELEFÓNICA I+DDate: December 16 th ,2009

© 2009 Telefónica Investigación y Desarrollo, S.A. Unipersonal

Isidro Cabello New Network Technologies

ICT4SMARTDG. ProjectICT4SMARTDG. Project

3

ICT4SMARTDG ObjectivesICT4SMARTDG Objectives

4

Source: Nokia Siemens Networks

Build and expand an European forum for stakeholders for experience and information exchange and consensus building.

Disseminating results to specific targeted audiences i.e., policy makers, ICT community and energy industry and increase awareness of general public.

Overview and provide insight of ICT technologies available for smart distributed generation at domestic level.

Bridge knowledge gaps by interacting with key ICT, Power Generation, Distribution System Operators and the Telecoms Operators and Solutions Providers

Identify and promote benefits of ICT-based solutions available in the short to medium term (2009 – 2015).

Forecast steps forward to promote large-scale implementation of ICT based solutions

Identify inhibitors to large scale implementation and make targeted recommendations to overcome them.

The general objective of this Thematic Network (TN) is to foster and promote large-scale integration of domestic and distributed micro generation and promote improvements

in energy efficiency through the implementation of innovative ICT solutions

into local smart power grids.

The general objective of this Thematic Network (TN) is to foster and promote large-scale integration of domestic and distributed micro generation and promote improvements

in energy efficiency through the implementation of innovative ICT solutions

into local smart power grids. WP2 Achieve

consensus on benefits of available solutions.Project Period month

7-15

DELIVERABLE 2.1Consensus on ICT

solutions for a Smart Distributed

Generation at domestic level




DELIVERABLE 2.2

Event meetings ( At

least 3)

DELIVERABLE 2.2

Event meetings ( At

least 3)

ICT4SMARTDG WP2 TASKSICT4SMARTDG WP2 TASKS

5

T2.1: Identification of current available solutions and stakeholders

T2.2: Analysis of ICT solutions

T2.3: Proposal of ICT solutions

T2.4 Support WP3 in technical features

T2.5 Final document

The objective of this WP is to seek an agreement on the benefits that ICT solutions can provide toeach of the main issues identified in the previous WP.

The objective of this WP is to seek an agreement on the benefits that ICT solutions can provide toeach of the main issues identified in the previous WP.

WP2 Achieve consensus on benefits of available solutions.Project Period month

7-15







DELIVERABLE 2.2

Event meetings ( At

least 3)

DELIVERABLE 2.2

Event meetings ( At

least 3)

Distribution of workDistribution of work

6

Group AGroup AEUTC, ERC, COGEN View Standarization organizations and pilotsAnd impose Conditions to ICT over Smart Grid

WP2 Work assignment and

Distribution

WP2 Work assignment and

Distribution

Group BGroup BTELCO selecction of Network and access Technologies

Final integration Document on benefits

D2.1

Final integration Document on benefits

D2.1

Group CGroup CPower Company Impose Electrical requirements

Group GGroup GSAP Analysis and requirements of Middleware and other sw components of solutions

Group EGroup EAcciona requirements on buildings for ICT over SmartGrig

Group FGroup FSAMARES and DISENCO identify and requirments on Appliances

Group DGroup D ICT Manufacturers identify Tecnology for final solution Group HGroup H

Social Benefits

SKILLS to be UsedSKILLS to be Used

7

Group AEUTC, ERC, COGEN View Standarization organizations and pilotsAnd impose Conditions to ICT over Smart Grid

Group BTELCO selecction of Network and access Technologies

Group CPower Company Impose Electrical requirements

Group D ICT Manufacturers identify Tecnology for final solution

Group GSAP Analysis and requirements of Middleware and other sw components of solutions

Group EAcciona requirements on buildings for ICT over SmartGrig

Group F Distrib Gene SAMARES and ¿ DISENCO? identify and requirerments DG

Group HSocial Benefits

•Look a at standar organization NIST, IEEE,EPRI, NEMA, GRIDWISE smart grid platform etc •Look at some other experiences, California , SmartCity, eEnergy etc Most of them in WP1 stuff •Look at Different Projects related with ICT over Smart Grid SEESGEN , INTEGRAL, etc

•Look a at standar organization NIST, IEEE,EPRI, NEMA, GRIDWISE smart grid platform etc •Look at some other experiences, California , SmartCity, eEnergy etc Most of them in WP1 stuff •Look at Different Projects related with ICT over Smart Grid SEESGEN , INTEGRAL, etc

•Different Technologies ( technologies deployed when possible ) , •specifying accessibility, •reliability,• monitoring possibilities• IP address needs•Write something about Bussiness benefits •

•Different Technologies ( technologies deployed when possible ) , •specifying accessibility, •reliability,• monitoring possibilities• IP address needs•Write something about Bussiness benefits •

•devices , •OSS solutions etc ( OSS solutions as that from Nokia), •AMM from Alcatel, •any other devices • Routers from BT solution for microgrid etc

•devices , •OSS solutions etc ( OSS solutions as that from Nokia), •AMM from Alcatel, •any other devices • Routers from BT solution for microgrid etc

•Requirements of availability, •fail protected , •realtime answer , •control needs,•etc •Write something about Foreseen benefits for the Electrical companies, OPEX reduction reliability of the Smartgrid, possibilities of alarms etc. Mostly Bussiness Criteria

•Requirements of availability, •fail protected , •realtime answer , •control needs,•etc •Write something about Foreseen benefits for the Electrical companies, OPEX reduction reliability of the Smartgrid, possibilities of alarms etc. Mostly Bussiness Criteria

•Use deployed network technology when possible •copper, Wireless, •PowerLine, Fiber •POF ( Plastic Fiber ,etc) etc) •Some other requirements•LOOK AT PROJECTS FROM FP7 RELATED with SMARTBUILDING? Beywatch, Beaware, eDIANA , INTUBE , MESSIB etc ?•Write something about Foreseen benefits for the Distributed Generation technology .

•Use deployed network technology when possible •copper, Wireless, •PowerLine, Fiber •POF ( Plastic Fiber ,etc) etc) •Some other requirements•LOOK AT PROJECTS FROM FP7 RELATED with SMARTBUILDING? Beywatch, Beaware, eDIANA , INTUBE , MESSIB etc ?•Write something about Foreseen benefits for the Distributed Generation technology .

•Distributed generation Equipments available and requirements•Write something about Foreseen benefits for the Distributed Generation technology . Mostly Bussiness Criteria•

•Distributed generation Equipments available and requirements•Write something about Foreseen benefits for the Distributed Generation technology . Mostly Bussiness Criteria•

•Probably some systems for buying and selling service of the smart Grid Distributed Generation . Front end of services•Some other

•Probably some systems for buying and selling service of the smart Grid Distributed Generation . Front end of services•Some other

•Social Impact•Emisions •etc

•Social Impact•Emisions •etc

ICT4 SMARTDG WP2 Final Point ICT4 SMARTDG WP2 Final Point

8

T2.5 Final document

T2.5 Final document

All the results will be compiled in a final

document. “Consensus on ICT solutions for a Smart Distributed Generation at

domestic level”.

All the results will be compiled in a final

document. “Consensus on ICT solutions for a Smart Distributed Generation at

domestic level”.IndexIndex

Wp1 SOLUTIONSGet more Solutions


• 1 Solutions identified for Smart DG T2.1 ( Include Scenarios)

• 2 Forums Identified , Organizations, Experiences and FP7 ProjectsT2.2

• 3 ICT4SMARTDG Reference Architecture T2.2

• 5 Proposed ICT Solutions T2.3 ( NOT CATALOG, RELATE WITH BOX IN ARCHITECTURE and features) Do reference to Solutions analized

• 4 Define requirements and do analysis of solutions T2.2

• 6 Consensus about advantages of ICT for Smart DG. Point of view of :

• Power Companies

• Telcos

• Manufacturers ( Hw and SW)

• Institutions

• etc

Group B Telcos

Discussion All ( Iterative)

Group A ( Vision Forums and Experiences)

Group A

All ( Discussion)

Group D Manufacturers

Group G SW and Middleware

Group C ( Power companies)

Group E ( Distributed Gen Equipments)

GroupF( Buildings, ICT Req)

VISION of Group A ( Only Feedback)

Wp1 Some Fiches , Experiences, SmartCity, ETC


Group B Telcos



Every Group

Group H Social Benefits etc

Work Plan Flow Work Plan Flow

9

First Meeting 16 12 09 ¿?

WP2 PlanningWP2 Planning TasksTasks

Target: Agreement on WP2 structure and work assignment and

(3) architecture

Target: Agreement on WP2 structure and work assignment and

(3) architecture

Second Meeting ¿Audio? 15 02 10

Target: 1 Solutions Identified & Stakeholders

Target: 1 Solutions Identified & Stakeholders

Target: 4 Define Requirements to do analysis of ICT Solutions

Target: 4 Define Requirements to do analysis of ICT Solutions

Third Meeting ¿Audio? 15 03 10

Target: Integration of 2.1 and presentation

Dissemination and WP3 Transition

Target: Integration of 2.1 and presentation

Dissemination and WP3 Transition

Fifth Meeting Audio08 04 10

Target 5 : First proposal of selected solutions according Requirements

Target 5 : First proposal of selected solutions according Requirements

Work on the next Targets

Describe Solutions according to requirements

Possible IndexFinal Document





• 4 Define requirements and do analysis of solutions T2.2 and selection


• Power Companies

• Telcos


• Institutions

• etc

Target: 2 Forums & Other Identified

Target: 2 Forums & Other Identified

Result: Agreement

Result: Agreement

Result: Document , Solutions Identified, Forums Requirements

Result: Document , Solutions Identified, Forums Requirements

Target 6: First proposal of Document about advantages

Target 6: First proposal of Document about advantages

Work on Integration of Final Document

Sixth Meeting F2F 08 04 10

First Meeting 29 01 10¿?

Planning Target: 1 Solutions IdentifiedPlanning Target: 1 Solutions Identified

10




Group B Telcos



Leader ?Leader ?

Date : 29 01 10Date : 29 01 10

Result DocumentResult Document

Planning Planning Target: 2 Forums & Other IdentifiedTarget: 2 Forums & Other Identified

11

Leader ?Leader ?

Date : 15 02 10Date : 15 02 10



Group A



Planning Planning Agreement on WP2 structure and work Agreement on WP2 structure and work assignment and (3) architecture assignment and (3) architecture

12

Decide Today Architecture Reference Framework and Work

plan

Decide Today Architecture Reference Framework and Work

plan

Feedback Group A Feedback Group A

Integrated in whole document Document at

the end of WP2

Integrated in whole document Document at

the end of WP2


Discussion All (Iterative)

VISION of Group A ( Only Feedback)

Planning Planning Target: 4 Define Requirements to do Target: 4 Define Requirements to do analysis of ICT Solutions analysis of ICT Solutions

13

Leader ?Leader ?

Date : 15 02 10Date : 15 02 10


• 4 Define requirements and do analysis of solutions T2.2 and selection

Group A ( Vision Forums and Experiences)

Group C ( Power companies)

Group E ( Distributed Gen Equipments)

GroupF( Buildings, ICT Req)

Planning Planning Target 5 : First proposal of selected Target 5 : First proposal of selected solutions according Requirementssolutions according Requirements

14

Leader ?Leader ?

Date : 15 03 10Date : 15 03 10



All ( Discussion)

Group B Telcos



Planning Planning Target 6: First proposal of Document Target 6: First proposal of Document about advantages. Nearly continous till 30 APRILabout advantages. Nearly continous till 30 APRIL

15

Leader ?Leader ?

Date : 08 04 10Date : 08 04 10



• Power Companies

• Telcos


• Institutions

• etc

Every Group

Group H Social Benefits etc

Control Date : 15 02 10


Control of the CONSESUS part of the Document as it is the center of the WP2

Control of the CONSESUS part of the Document as it is the center of the WP2


Planning Planning Integration Final Document. Integration Final Document. Dissemination & Transition to WP3Dissemination & Transition to WP3

16

Leader ?Leader ?

Date : 30 04 10 Date : 30 04 10






• 4 Define requirements and do analysis of solutions T2.2

• 6 Consensus about advantages of ICT for Smart DG. Point of view of

• Power Companies

• Telcos


• Institutions

• etc

All Groups Feedback to integrator

Some References Models analysis Some References Models analysis

17

E-EnergyE-Energy

PSERC Power Systems Engineering Research

Center

PSERC Power Systems Engineering Research

CenterCisco

Cisco

NSNNSN

SmartGrid PlatformSmartGrid Platform

AlcatelAlcatel

Index Point 3Index Point 3

NIST (NIST (National Institute of Standards and National Institute of Standards and Technology Technology ))

18


19


Standardization Organization , Forums and Other Projects and pilotsStandardization Organization , Forums and Other Projects and pilots

PEHV Mobility APPLICATIONS (PHEV : Plug-in Hybrid Electric Vehicle)PEHV Mobility APPLICATIONS (PHEV : Plug-in Hybrid Electric Vehicle)

Architecture Reference Model Approach in Architecture Reference Model Approach in ICT4SMARTDGICT4SMARTDG

20

Draft Reference Framework Architecture for ICT analysis in

ICT4SMARTDG

Draft Reference Framework Architecture for ICT analysis in

ICT4SMARTDG

SMART METERS- AMISMART METERS- AMI

DG ( Distributed Generation)

DG ( Distributed Generation)Remote SensorsRemote Sensors

Condition MonitorCondition Monitor

Other Devices,SMART GENERATION

Other Devices,SMART GENERATION

AC

CES

S( C

ellu

lar,

Wim

ax, D

SL, F

iber,

Cab

le, B

PL), s

ate

llite

Wid

e A

rea

Netw

ork

Data

Med

iatio

n

an

d m

an

gem

en

t

Cyber Security Management

Demand Management, smart metering , etc

Demand Management, smart metering , etcRenewables aggregationRenewables aggregation

EMS/dms/OMSEMS/dms/OMS

Loss Management Technical/ non Technical

Loss Management Technical/ non Technical

Billing /CRMBilling /CRM

AP

PLIA

NC

Es &

UTIL

ITIE

S /S

DK

AP

PLIA

NC

Es &

UTIL

ITIE

S /S

DK

OP

EN

DELIV

ER

Y S

ER

VIC

E`P

LA

TFO

RM

OP

EN

DELIV

ER

Y S

ER

VIC

E`P

LA

TFO

RM

ICT BUILDINGS REQUIRMENTS

ICT S

erv

ices la

yer

(TIS

PA

N-IM

S )

ICT S

erv

ices la

yer

(TIS

PA

N-IM

S )

WP1 Scenarios•Isolated house to grid•Building to Grid•Microgrid

Other Interoperability Scenarios ( NIST, IEEE etc)

Local Home AppliancesLocal Home Appliances

Building-to-Grid (B2G)

Industrial-to-Grid (I2G)

Home-to-Grid (H2G)

Transmission and Distribution (T&D)

Vehicle to Grid (V2G)

Building-to-Grid (B2G)

Industrial-to-Grid (I2G)

Home-to-Grid (H2G)

Transmission and Distribution (T&D)

Vehicle to Grid (V2G)

MA

RK

ET P

LA

CE F

RO

NT E

ND

MA

RK

ET P

LA

CE F

RO

NT E

ND

IMS provides building blocks allowing faster

integration and deployment of IP –SIP

services

IMS provides building blocks allowing faster

integration and deployment of IP –SIP

services

Backup communications solutions

Backup communications solutions

Restoration Control , ICT resiliance , reliability, against attacks and natural disasterRestoration Control , ICT resiliance , reliability, against attacks and natural disaster

Alarm systems (Stealing, out of order, etc)Alarm systems (Stealing, out of order, etc)

Mid

dle

ware

To IC

T

Serv

ices L

ayer

Analysis Contingency, Simulation Models of the evolution of the SmartGrid and other information to Electrical Company

Analysis Contingency, Simulation Models of the evolution of the SmartGrid and other information to Electrical Company

Connection Network Other microgrids

Connection Network Other microgrids

PHEVPHEV

LEGACY METERS

LEGACY METERS

IEDS intelligent electronic devices

IEDS intelligent electronic devices

SwitchesSwitches

Latency parametersLatency parameters

Other devices

Other devices

Inte

rface to

info

rmatio

n

gen

era

ted

in IC

T, T

elc

o e

tcIn

terfa

ce to

info

rmatio

n

gen

era

ted

in IC

T, T

elc

o e

tc

Update Equipment Status

Update Equipment StatusMesurement DataMesurement Data

Provisioning & Netw MonitoringProvisioning & Netw Monitoring

Alarms & TriggersAlarms & Triggers

Meter Data Management Agent (MDMA)Meter Data Management Agent (MDMA)

Communication Netw Mngmt- Control planes

¿Can we start on this ?


21

Marketplace(Mark Operation, Market

Management, DER aggregation, trading, wholesaling, retailing,

ancilliary ops)

Marketplace(Mark Operation, Market

Management, DER aggregation, trading, wholesaling, retailing,

ancilliary ops)

Project Draft Architecture Marketplace Analysis. From NIST. Possible ICT Solutions

Operations Service Provider

Distribution

Bulk generation

Transmission

Customers

Market managers include ISOs for wholesale markets

or NYMEX for forward markets in many ISO/RTO

regions. There are transmission and services

and demand response markets as well. Some DER Curtailment resources are

treated today as dispatchable generation.

Market managers include ISOs for wholesale markets

or NYMEX for forward markets in many ISO/RTO

regions. There are transmission and services

and demand response markets as well. Some DER Curtailment resources are

treated today as dispatchable generation.

Market Ops Make a particular market function smoothly. Functions include financial

and goods sold clearing, price quotation streams, audit, balancing, and more.

Market Ops Make a particular market function smoothly. Functions include financial

and goods sold clearing, price quotation streams, audit, balancing, and more.

Traders are participants in markets, which include

aggregators for provision and consumption and curtailment, and other

qualified entities. There are a number of companies

whose primary business is the buying and selling of

energy.

Traders are participants in markets, which include

aggregators for provision and consumption and curtailment, and other

qualified entities. There are a number of companies

whose primary business is the buying and selling of

energy.

resources to play in the larger markets. Aggregators combine smaller participants (as providers or customers or

curtailment) to enable distributed

resources to play in the larger markets. Aggregators combine smaller participants (as providers or customers or

curtailment) to enable distributed

Retailers sell power to end customers and may in the future

aggregate or broker DER between customers or into the

market. Most are connected to a trading organization to allow participation in the wholesale

market.

Retailers sell power to end customers and may in the future

aggregate or broker DER between customers or into the

market. Most are connected to a trading organization to allow participation in the wholesale

market.

Ancillary Ops Provide a market to provide frequency support,

voltage support, spinning reserve and other ancillary

services as defined by FERC, NERC and the various ISO.

These markets function on a regional or ISO basis

normally. .

Ancillary Ops Provide a market to provide frequency support,

voltage support, spinning reserve and other ancillary

services as defined by FERC, NERC and the various ISO.

These markets function on a regional or ISO basis

normally. .

TELCOTELCOElectrical

Companies

Electrical

Companies


ICT Players in SmartGridICT Players in SmartGrid

22

Index Point 1 and 4

Index Point 1 and 4

ICT Players in SmartGridICT Players in SmartGrid

23

Index Point 1 and 4

Index Point 1 and 4

ICT Solutions from WP1ICT Solutions from WP1

24

T2.1: Identification of current available

solutions and stakeholders

T2.1: Identification of current available

solutions and stakeholders

Information regarding each solution – in relation with environment, generation and telecom aspects.

Stakeholders, analysis of the ones identified and classification for consultation

Understanding of all the previous aspects identify: possible ICT solutions that cover the needs of the sector and stakeholders involved in distributed generation. In order to classify solutions according to type of stakeholder.

First Results¿Need more ?

First Results¿Need more ?

First analysis of WP1 Work . Some ICT solutions .

• 1 Iberdrola GPRS controller at home for load management Microgeneration

• 3 BT Solution Microgrid Macrogrid

• 4BT home energy management service and associated broadband value‐added services

• 6 EDF AMM Smart Grid project will be able to monitor AMM Smart Metering project will be able to replace 35M of meters

• 7 EDF Forecasting system for wind farm

• 8 Acciona Micro Gen Buildings Requirements

• 9 ACCIONA Building Savings heating ¿ ICT use?

• 10 EUTELSAT Access Satellite Solutions , omni antena

• 11 NSN OSS Telco and Power Network ¿sdk?

• 12 edison Application Smart Grid EV Integration

• 13 TID, MEREGIO Market place

• 14TID full ‐ system automation, monitoring and smart meters for the first group of SmartGridCityTM customers. A Web portal

• 15 ibm cisco Amsterdam Smartmeter Display Pannels

• 16 GPRS/ADSL and M2M platform

• 17 PiaM

• 18 SAMARES ¿?

• 20 SAPTechnical and mass‐market deployment aspects

Collect for classification and

analysis

Collect for classification and

analysis

Index Point 1 and 4

Index Point 1 and 4

Nokia Siemens Networks Open EMS Suite O&M Agent

Suite (OES)solutions NSN Fiche 11

ICT Solutions from WP1 ICT Solutions from WP1

25

FirstIct Collection

from WP1

FirstIct Collection

from WP1

TID Sensor Monitoring solution PIAM Fiche 17

Smart meters App Cisco Fiche 15

AMM EDF Fiche 6

Satellite Access Eutelsat Fiche 10

Micro Grid Macrogrid BT Fiche 2, 3

• 1 Iberdrola GPRS controller at home for load management Microgeneration

• 3 BT Solution Microgrid Macrogrid

• 4BT home energy management service and associated broadband value‐added services

• 6 EDF AMM Smart Grid project will be able to monitor AMM Smart Metering project will be able to replace 35M of meters

• 7 EDF Forecasting system for wind farm

• 8 Acciona Micro Gen Buildings Requirements

• 9 ACCIONA Building Savings heating ¿ ICT use?

• 10 EUTELSAT Access Satellite Solutions , omni antena

• 11 NSN OSS Telco and Power Network ¿sdk?

• 12 edison Application Smart Grid EV Integration

• 13 TID, MEREGIO Market place

• 14TID full ‐ system automation, monitoring and smart meters for the first group of SmartGridCityTM customers. A Web portal

• 15 ibm cisco Amsterdam Smartmeter Display Pannels

• 16 GPRS/ADSL and M2M platform

• 17 PiaM

• 18 SAMARES ¿?

• 20 SAPTechnical and mass‐market deployment aspects

Index Point 1 and 4

Index Point 1 and 4

INITIATIVES and Projects

• E-Energy Meregio

• Smart grid City

• FP7 ADDRESS, AIM, BEYWATCH, SHSG, SMART-A, INTEGRAL,

• Some other ?

FORA and ExperiencesFORA and Experiences

26

Situation of Standarization and

ForaState of the Art

Situation of Standarization and

ForaState of the Art

Needed a view of the situation of industry , standarization Administration

MAIN STANDARIZATION

Organization, Projects and Industry vision

MAIN STANDARIZATION

Organization, Projects and Industry vision

Standarization Organization

• IEEE SCC21 Smart Grid Standards IEEE P2030

• IEC International Electrotechnical Commission

• NIST (National Institute of Standards and Technology)

• EPRI

• NEMA

• AHAM

• UNIAMI

• POWERWATCHER Energy Research Centre Netherlands

• German E-Energy Framework

• SmartGrid Platform

• GRIDWISE

• Oasis CISCO IBM MICROSOFT

• PSERC Power Systems Engineering Research Center

Industry Vision

• ALCATEL,

• Cisco

• Siemens

• IBM

• ABB

• Etc

Establish an ICT4SMARTDG reference

Framework Model of SMART GRID and ICT

Establish an ICT4SMARTDG reference

Framework Model of SMART GRID and ICT

Map ICT solutions

on ICT4SMA

RTDG Referenc

e Framewo

rk

Map ICT solutions

on ICT4SMA

RTDG Referenc

e Framewo

rk


FOR A and ExperiencesFOR A and Experiences

27


28

AMI-SEC System Security Requirements Advanced metering infrastructure (AMI) and Smart Grid end-to-end security

ANSI C12.19/MC1219Revenue metering information model BAC net ANSI ASHRAE 135-2008/ISO 16484-5Building automation DNP3 Substation and feeder device automation IEC 60870-6 / TASE.2Inter-control center communications IEC 61850Substation automation and protection IEC 61968/61970 Application level energy management system interfaces IEC 62351 Parts 1-8 Information security for power system control operations IEEE C37.118 Phasor measurement unit (PMU) communications IEEE 1547 Physical and electrical interconnections between utility and

distributed generation (DG) IEEE 1686-2007 Security for intelligent electronic devices (IEDs) NERC CIP 002-009Cyber security standards for the bulk power system NIST Special Publication (SP) 800-53, NIST SP 800-82Cyber security standards and guidelines for federal information

systems, including those for the bulk power system Open Automated Demand Response (Open ADR) Price responsive and direct load

control OpenHANHome Area Network device communication, measurement, and control ZigBee/HomePlug Smart Energy Profile Home Area Network (HAN) Device

Communications and Information Model

National Institute of Standards and Technology (NIST) Initial Smart Grid Interoperability Standards Framework


Interoperability - Distributed Energy Resources (DER) on Transmission Interoperability - Distributed Energy Resources (DER) on Transmission and Distribution and Distribution

Distribution System

Communications – Information Flow, Data Management, Monitor & Control

Substations

DER Interconnections

Transmission System

Bulk Power

Combined Heat

& Power

Load Managementsensor

s

sensors

Systems Approach • Interconnection & Interfaces • Technical Standards • Advanced Technologies • Systems Integration

(Also, larger DER on transmission)

sensors

sensors

IEEE 2030

IEEE 2030

Dr. W. Charlton AdamsPresident, IEEE Standards Association,

Geneva, 13-16 July 2009

Dr. W. Charlton AdamsPresident, IEEE Standards Association,

Geneva, 13-16 July 2009

30

IEEE 2030

IEEE 2030

Task Forces 1 & 2 • Define information attributes

(Where, When, Who, What)

Task Force 3 Addresses communications interoperability between devices within SmartGrid•Describe layers above PHY/MAC and below Layer 6

• Neutral to PHY/MAC standards used in the Smart Grid

• PHY/MAC standards are being developed by other groups

•Interoperability of electric power systems with end use applications and loads should be maintained regardless of the PHY/MAC

PHY/MAC

IEEE P2030, Draft Guide for Smart Grid Interoperability of Energy Technology and Information Technology Operation with the Electric

Power System (EPS), and End-Use Applications and Loads. Task Force 3:

Communications Technology

Dr. W. Charlton AdamsPresident, IEEE Standards

Association, Geneva, 13-16 July 2009

Dr. W. Charlton AdamsPresident, IEEE Standards

Association, Geneva, 13-16 July 2009

TASK FORCE 1: Power Engineering Technology— Co-Leaders : Sam

Sciacca, Tom Prevost— Recorder: Tom Basso

TASK FORCE 2: Information Technology— Co-Leaders : Bob Grow— Recorder: Mike

Coddington TASK FORCE 3: Communications

Technology— Co-Leaders : Stefano

Galli, Bob Heile— Recorder: Ben

Kroposki

TASK FORCE 1: Power Engineering Technology— Co-Leaders : Sam

Sciacca, Tom Prevost— Recorder: Tom Basso

TASK FORCE 2: Information Technology— Co-Leaders : Bob Grow— Recorder: Mike

Coddington TASK FORCE 3: Communications

Technology— Co-Leaders : Stefano

Galli, Bob Heile— Recorder: Ben

Kroposki

Establish Requirements for Analisys Establish Requirements for Analisys

31

T2.2 Analysis of ICT solutions Possible

Classification Criteria

T2.2 Analysis of ICT solutions Possible

Classification Criteria

• Is important to use technologies deployed

• Use Legacy Meters• Heterogenous technology• Accesibility• Backup?• Restoration capabilities• Compatible with standard• Compatibility with other

technologies• Technology to manage

electromagnetic interference

• Need wireless sensors• Scenarios where to use• COMPATIBILITY with gas

and water metering• Supports IPv6 • Real time ( What is the

delay considered?)

T2.1 Analysis of ICT solutions Analysis of solutions by

different criteria. Identifying benefits and viability of each

solution by different stakeholders and sector.

.

T2.1 Analysis of ICT solutions Analysis of solutions by

different criteria. Identifying benefits and viability of each

solution by different stakeholders and sector.

.

• ICT for smart home (e.g., wireless, PLCs, IPv6, etc.)

• ICT for smart meters (e.g., cellular, PLCs, WiMAX, virtual meters, etc.)

• Design paradigm for distributed control under communication constraints

• Enabling ICT for demand response and distributed energy resources

• Enabling ICT for plug-in hybrid electric vehicle (PHEV) system and network

• Reliable self-healing networking for smart grid

• ICT for wide-area situational awareness (e.g., fault-detection and localization, sensing, etc.)

• Routing for smart grid (e.g., IETF 6LoWPAN, ROLL, etc.)

• Standardization (e.g.,NIST, IEEE P2030, IEC, NEMA, Smartgridplatform, Gridwise, AHAM,UNIAMI, etc.)

• Regulation and Business model

TOPICSTOPICS TOPICSTOPICS

Task 4Task 4

Criteria of Power Companies and

Building Companies are

required

Criteria of Power Companies and

Building Companies are

required

WP2 WP2 Achieve consensus on benefits of available solutions. Achieve consensus on benefits of available solutions. Project Period month 7-15 . OrganizationProject Period month 7-15 . Organization

32

T2.3 Proposal of ICT solutions.

T2.3 Proposal of ICT solutions.

• Identify some solutions that can adapt to blocks in Architecture Reference Model

With the previous analysis we will

make a general and strategic proposal

with short, medium and long term perspective for

their implementation. It

could be a classification of the ICT solutions under

this term perspective..

With the previous analysis we will

make a general and strategic proposal

with short, medium and long term perspective for

their implementation. It

could be a classification of the ICT solutions under

this term perspective..

RUNNING

WP2 WP2 Achieve consensus on benefits of available solutions. Achieve consensus on benefits of available solutions. Project Period month 7-15 . OrganizationProject Period month 7-15 . Organization

33



• Information flow to WP3

Giving continuity to the Thematic

network, this task will consist on the

support to WP3 giving it the

conclusions of the WP2 and also

technical information if

needed during the next 2 months.

.

Giving continuity to the Thematic

network, this task will consist on the

support to WP3 giving it the

conclusions of the WP2 and also

technical information if

needed during the next 2 months.

.

RUNNING

Conclusions WP2Conclusions WP2

34

A lot of activity related with Smart GridMany pilots and experiences, Europe, USA , Korea, TAIWAN,

Australia, etc A lot of work to clarify the best use of ICT over Smart Grid is

needed. No clear Standards for ICT over Smart Grid

A lot of activity related with Smart GridMany pilots and experiences, Europe, USA , Korea, TAIWAN,

Australia, etc A lot of work to clarify the best use of ICT over Smart Grid is

needed. No clear Standards for ICT over Smart Grid

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ict4smartdg – general assembly 16th december 2009 ict4smartdg “ict solutions to enable smart...

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