1 ALSTOM © 2010 Confidential GRID Laurent SCHMITT, VP Strategy & Innovation Alstom Grid SmartGrid : the new Data Tsunami

1 ALSTOM © 2010 Confidential1 ALSTOM © 2010 Confidential

GRIDLaurent SCHMITT,

VP Strategy & Innovation

Alstom Grid

SmartGrid : the new Data Tsunami

2 ALSTOM © 2010 Confidential

Power GenerationThermal & Renewables

Low & No-Carbon Energy Solutions

RenewablesEfficiency Improvements

Carbon capture & Storage

Transport

Faster, Cleaner and less congestion

High-speed RailLight Rail

Urban Tramways

Grid

Smarter, more Reliable, more Flexible Power Transmission

Up to 1200 kV substationsAdvanced Network Management

Renewable IntegrationSmart Grid and Super Grid

technologies

Clean Energy and Transport Solutions


New Virtual Power Plant/MicroGrid

A micro subsystem with generation, storage and consumption capacity aggregating 10-50MW interconnected with the global energy wholesale

New Virtual Power Plant/MicroGrid

A micro subsystem with generation, storage and consumption capacity aggregating 10-50MW interconnected with the global energy wholesale

Complex Step Change : Connecting Prosumers with Grids

Smart Energy Positive

Infrastructures

Smart Energy Positive

Infrastructures

Increased energy density during peaks

Increased energy density during peaks

Real-time pricing to end

consumers

Real-time pricing to end

consumers

Complexity to change Grid

footprint

Complexity to change Grid

footprint

Consumers turning to

“Prosumers”

Consumers turning to

“Prosumers”

Integrated Mobility Services

Integrated Mobility Services


Alstom Grid’s technologies and solutions are at the heart of the Smart & Super Grids

Historical activity evolving towards new Smart Grid areas

Alstom Grid is strong technology leader in

Control Room Solutions for Grid

Systems

On-line stabilityRenewable

Connection

Active Demand

Response

Eco-Cities Grid

Connections

NiceGridIssyGrid

Strong international strategy


Internet DSOs

EV

Transmission/WholesaleControl Rooms(EMS-MMS-OSS-AMS-GMS)

TSOs & Market OperatorsAggregators

(Generation, Load)

Distribution/Retail Control Rooms(IDMS, DRMS, MDMS) Cities

Neighborhoods

Metering Concentrator / AMI

Residential

T EHVSAS

StorageCommercial & Industrials

Secondary DSAS

Sub T / Primary DSAS

Gencos

Grid Automation

AssetAutomation & Controls

CorePartners

New Reference Layered Control Architecture

http://www.metaefficient.com/wp-content/uploads/tesla-electric-car.jpg


LV/MVConcentrators

MV Power Line Carrier

Optical FiberSDH/PDH

Wireless AccessMeshed Networks

Control Rooms(EMS/DMS/DRMS)

Digital HV SS

Digital MV SS

Low Resiliency Backbone

High ResiliencyBackbone

New Reference Integrated Telecom Architecture

Smart Metering

Integration of Telecom backbones


Where are we on the Hype Cycle ?Customer is the current challenge !


Where are we on the technology challenge ?Data tsunami ahead !

Mobile data goes live

RTU upgrade

Substation automation system

Workforce managment project

GIS system deployment

Advanced distribution automation

OMS upgrade

Distribution management roll

out

AMI deployment

PCTs come on-line

New HAN devices

0

200

400

600

800

1000

Consumer connection is really data intensive


Demand Response Use Case

DailyEnergy

Efficiency

DailyTime-Of-

UseEnergy

(TOU Rates)

Dynamic Peak Load

Management(Dynamic

Rates)

ScheduledDemand

Response

Real-TimeDemand

Response(Ancillary Reserves)

Regulation(AncillaryServices)

Service LevelsOptimized

Time of UseOptimized

Service LevelsTemporarily Reduced

Increasing Levels of Granularity of ControlIncreasing Speed of Telemetry

Increasing Interactions with Grid (OpenADR & Smart Grid)

Resources Sold Back to Grid

Time Scale of DRSource: LBNL

• Most operational use of demand response (DR) assets today involves many time-consuming manual steps.

• Use of DR cannot scale unless the manual steps are eliminated through automation, and integrated to control center applications.

• Integration and automation is also essential for DR to provide real-time energy and ancillary services.


Strong Implication on SmartGrid Standardization

Use Case Management Generic Use Case Libraries Domain / Actor Role

Reference Architecture Security ManagementStandard Developments


New Standardized Architecture Model

GenerationGeneration

TransmissionTransmission

DistributionDistribution

DERDER

CustomerCustomerPremisePremise

ProcessProcess

FieldField

StationStation

OperationOperation

EnterpriseEnterprise

MarketMarket

DomainsDomains

ZonesZones

Component Layer

Communication Layer

Information Layer

Function Layer

ProtocolProtocolProtocolProtocol

Data ModelData ModelData ModelData Model

Outline of Usecase

Subfunctions

Business Layer

Business ObjectivesPolit. / Regulat.. Framework

GenerationGeneration

TransmissionTransmission

DistributionDistribution

DERDER

CustomerCustomerPremisePremise

ProcessProcess

FieldField

StationStation

OperationOperation

EnterpriseEnterprise

MarketMarket

DomainsDomains

ZonesZones

Component Layer

Communication Layer

Information Layer

Function Layer





Outline of Usecase

Subfunctions

Business Layer

Business ObjectivesPolit. / Regulat.. Framework

Source : SmartGrid Coordination Group / M490 Mandate


ELIA

DERMS (e-storage)

EU

DERMS (Grid4EU)

Smart GridPilots, Innovation, Early Concepts Map

ERDF

DERMS (Vendée)

ERDF

DERMS (NiceGrid)

Veolia

DERMS (Reflexe)

GDF Suez

EMBIX (Greenlys)

UVSQ

EMBIX(Smart

Campus)

Pilots (12)

Issy City

EMBIX (IssyGrid)

BOUTGUES

EMBIX (EPIT)

Duke Energy

DERMS (DOE)

RTE

Digital Substation

WPD

Distribution Automation

(Falcon)UKPN

Distribution Automation

(FPP)

SNCF / Econoving

Program GareCEA

Meshed DC (Winpower)

ESB

Fast Charging DC (Green e-motion)

EU

DC breakers, WAMS

(Twenties1)

MEW - Kuwait

DRMS

MEW - Kuwait

On-line Asset

Innovation, Prototype (7)

Philadelphia

DERMS (Navy yard)

Strategy, Early Concept (12)

BOUYGUES

EMBIX (Eco2charge

)EDF

DRMS B2C

EU

DR Hub (WP2013)

EU

Twenties + (WP2013)

EU

EMBIX (Cooperate)

Energinet.dk

Energinet AVR Cell

Transelectrica

WAMPAC – Shield

(DANCERS)

Infrax

DERMS (Slim)

ELIA / ORES

Active Network

Management

ESB

Smart Energy Port (FINESCE)

BPA

DRMS (DOE)

ELIA

Online Stability (AFTER)


Evolving towards new Grid 2.0 Functions

EMSDMSMMS

Reliability

DistributionMarket Places

Active Network Management

HDAnalytics(Big Data)

• DER / DR Enrollment• Bidding, Clearing

support• Settlement Ancillary services

• FLISR• Local Optimization• Load shedding, Black start µGrids support

• Congestion Mgnt (AFR)• Voltage regulation (VVC)• VPP Operations (P,Q I/E) RES Integration

• RT Monitoring (SM, PMU)

• Condition Monitoring • Demand reduction EE & New usages

WAMSRisk assessment

AMI/MDMPortal

GISForecast

CISMMS, BRP

Integrated Cyber

Security

Schield


Grid 2.0New Analytics

EE & New usages

Manage Demand response process flow, Auto DR, Base Line Methods

EV infrastructure Monitoring & Control Dynamic rating, Limits calculations

and management Condition Monitoring / Asset Care Predict Overload, Look ahead

operations

“Use High Definition monitoring, higher spatial resolution (PMU), higher time resolution (Meters), Enable Data

services, and New electricity usages ”

Short Term

Plans

Energy Efficiency

HDData

Analytics

• RT Monitoring (SM, PMU)

• Condition Monitoring • Demand reduction EE & New usages

Embedded DLR

Functions


Next Steps on Analytics


Welcome in the Smart Grid world !

Documents

1 ALSTOM © 2010 Confidential GRID Laurent SCHMITT, VP Strategy & Innovation Alstom Grid SmartGrid : the new Data Tsunami