IEC TC57 WG14,19 UCA CIMUg Executive Committee 4... · 2016. 11. 7. · TC57 WG9 Distribution...

EPCC 9 EPCC 9 –– Ullensvang Ullensvang –– NorwayNorwayJuneJune 1010--13, 200713, 2007

Return of experience using CIM : methodology, tools, studies

Eric LAMBERTProject ManagerEDF R&D Measurements & IS for Electrical Networks

IEC TC57 WG14,19UCA CIMUg Executive Committee

EPCC 9th – June 2007

IT System and Electricity Network are more and more tied together

More integration points means more integration costs !

Needs for Network IT Systems that are flexible enough to reflect in « real time » market, operational changes and business needs

Deregulation impact on Network IT System

Org E

Division C

Org A Process X

Process Y

C

Org B

Org D

Org C

Division A

Division B

Division D

E

EE

E

C C

C

C

C

CC

C

But how to do that ?


EDF R&D CIMERGY Project (2004-2006)

WHAT :Define methodology and tools requirements in order to use IEC TC57 standards 61970, 61968.

WHY :Help to manage complexity, and reduce integration costs

HOW :Participate actively in the TC57 standardization effortDo pilot CIM projects for EDF Operational Divisions

Answer the question :Does CIM is a good opportunity for EDF operational divisions ?


MultiSpeak(NRECA)

OLEProcessControl(OPC)

WG14DMS

Coordination

WG19

WG13EMS

WGs 10Substations

OpenApplication

Group

WG7ControlCenters

TC57WG9

DistributionFeeders

EPRIUCA2ProjectEPRI

CCAPIProject

W3C

CIM/61850

ebXMLObjectMgmt.Group

WG17

WG16

WG18

OASIS

UCA InternationalUser groups

INTERNATIONAL NORMATIVE CONTEXT


Memorandum of Understanding among UN/Cefact, ISO, ITU, IEC

Build a formalized cooperation on standardization in the field of electronic business

Standards developped by these bodies WG will be « interoperable and technically consistent »

All types of information should be brought within a «single framework »

IEC TC57 is quoted as one of the involved working groups


Electrical World

Network Application

CommonInformation Model (CIM)

Model_of

InformationExchangeModel

profile


SCADA Application

Private_view

Substation& FeederDeviceModel

Model_of


AssetApplication

AssetModel

Model_of

Private_view

Technical Context : CIM for exchanging data …


… using an Entreprise Service Bus

IEC 61968 Compliant Middleware Services

(NE)Network

ExtensionPlanning

(CS)CustomerSupport

(MR)Meter

Reading &Control

(AM)Records &

AssetManagement

(MC)Maintenance

&Construction

InterfaceStandard: Part 4





(ACT)CustomerAccount

Management

(FIN)Financial

(PRM)Premises

(HR)Human

Resources

(EMS)Energy

Management &Energy Trading

(RET)Retail


(SC)Supply

Chain andLogistics

(NO)Network

Operation


(OP)OperationalPlanning &

Optimization








Electric Distribution NetworkPlanning, Constructing,

Maintaining, and Operating

Generation and Transmission Management,Enterprise Resource Planning, Supply Chain, and

General Corporate Services

Business FunctionsExternal To Distribution

Management

Distribution ManagementBusiness Functions


FIRST CIM APPROACH : « TOP-DOWN »

« from Information Model to Messages »

Model Driven Integration approach

METHODOLOGY :Based on the UN-CEFACT Modelling Methodology(Core Components Technical Specification), CIM Model, and ISO 11179

« Rules to derive an XML Message from a UML model »

Uses cases completed with Distribution Division : Customer switching from ebIX

UN-CEFACT Methodology adopted by EDF and by French e-governement agency

Tools experimented : MDI Workbench (Xtensible Solutions)MEGA UML with a specific EDF add-inCIMTOOL (Langdale)

on-going process


Methodology : from Information Model to Messages, Profiles

Information Model

Contextual Information Model

Message/Profile Model

Syntaxic level(XML, RDF, …)

UMLSelections&Restrictions

UN/CEFACT CoreComponent Technical

Specification 3.0(CCTS)

Core ComponentMessage Assembly

Syntax BindingXML NDR

BusinessProcess

CIM 61970-301 + 61968-11


« field driven specific applications »

EPRI Interop Test #9compliance test

XML XSD + GES UIB

Outage Record Management

HSDA Interop Test #7HSDAEDF Micro-Turbine OPC ServerGeneration

Going-onGID APIsBenchmark SISCO UIB / EAIWebmethod

provided to EPRI Interop #7,8XML RDFCPSM profile

UCTE DEF to CIM CPSM

EPRI Interop Test #7, internal prototype

XML RDFCPSM profile

EUROSTAGTransmission

EPRI Interop Test #6XML RDFCDPSM profile

MV Planification (PRAO)& CIM EDF MV DataBase

Rolled-out (2006), GIS connection

XML XSDMV Load Calculation

Rolled-out (2006), GIS connection

XML XSDLV Planification

Rolled-out (2004)XML XSDLoad ProfilingDistribution

StatusCIM,GID APIFunctionBusiness Domain

SECOND APPROACH : « BOTTOM-UP »


Distribution Division : CIM MV-LV interfaces

MV-LVAsset

DB

MV PLANIFICATIONTOOLS

CIM-XML LV NETWORKDESCRIPTION

BAGHEERA

MV NETWORK DESCRIPTIONWITH LOADS ADJUSTED

MV ELECTRICALRESULTS & STATISTICS

CRIT-BT

CIM-XML MV NETWORKDESCRIPTION

SUBSTATION LOADSADJUSTED

Load-Flow

LV ELECTRICAL RESULTS& STATISTICS

MV LOADCalculation HMI

LV Components

MV Components

MVStatistics

MERCATOR CIM-XML

(LV)

CIM-XML(MV)

MVEXPORT

GISGISsystemsystem

MV/LV components with CIM API


Impact of DER on Distribution Networks

CIM Box

CPSM/CDPSM

Adapt PRAO

StabilityStabilitystudiesstudies

MV PlanificationMV Planification

9th EPRI9th EPRI InteropInterop TestTest

CIMCIM

ProfilesProfiles

EUROSTAG Adapt

Vendor Product

Adapt

Import/exportImport/export


Use of third-party tools : Google Map/Earth with Mercury from Strathclyde University

CIM-EDF MV NETWORK

2. EVENTS IN REAL TIMEBASED ON CIM XML MESSAGES(DYNAMIC)

1. STATIC IMPORT OF THE CIM EDF NETWORK EXPRESSED IN CDPSM

(Geographical Coordinates are in CIM)

http://cimphony.org/mercuryhttp://cimphony.org/mercury


1.6 M Customers (incl. 3000 MV),3.3 GW Peak power,36 Primary SS (225/20 kV)7000 MV/LV TR Stations,2500 Remote Controlled MV or MV/LV stationsfuture DMS system : PSI Control EE® (contract awarded in April 2007 – completion expected mid 2008)

Renewal of the Parisian Distribution Control Centre : DANY4


Strategic Objectives: take opportunity of the DMS & GIS system renewalto :

Ensure Better integration of the DMS system in the EDF application environnement (assets Mgt - planning studies, field operation maintenance, outage statistics Mgt, customers outages Mgt)

Limit manual maintenance efforts of DMS and various « connected » applications (error prone), thus on both data and graphic issuesSolve semantic inconsistancies,Solve granularity issues (due to te different level of network « views » – operation/ planning/asset),

keep & increase applications « independence »

RETAINED SOLUTION : CIM IMPLEMENTATION (CDPSM)Dany 4 Paris is Pilot project for all EDF distribution Centres (30 covering

France) regarding GIS – DMS integration

DANY 4 Project integration Objectives


Studies for RTE :

ETSO TF14 – IEC TC57 Harmonization ETSO defines messages without an Information ModelIEC TC57 WG16 : decided to incorporate ETSO Role Model in CIM Target to get EPRI Interoperability tests on ESS in 2008

Study for French National Grid Operator : UCTE Data Exchange Format could be derived from CIM Model

CIM Information Model

ETSO Contextual Information Model

ETSO Messages Model

ETSO XML messages

UCTE Contextual Information Model

UCTE profile Model

UCTE Data Exchange Format

targettargetexistexist

CPSM RDF

6197061970--452 : CIM Model 452 : CIM Model exchangeexchange

6197061970--501, 552501, 552--4 CIM4 CIM--XMLXML


Global Semantic Integration approach

Application Components

Hardware

Enterprise Service Bus and registries

Business Processes

Organisations/Actors

Functional Applications

Exchangedinformations

a c t o r

a c t o r

a c t o ra c t o r

a c t o r

Messages

Business Objects

Data Types

Electrical Network

METHODOLOGY


CONCLUSION

Based on the 2 approaches we experimented, CIM provides an interesting integration scheme

Combining IEC CIM & UN-CEFACT standards seems to be valuable« CIM should become the Core Component model of the electrical industry »

CIM is a good opportunity for Operational Divisions to define their information model (CIM + EDF extensions)

EDF needed and still needs to succeed its operational projects based on CIM

Harmonization issues are in-progress (CIM/UN-CEFACT, CIM-61850, IEC CIM/OAG …)


Thanks for your attention…

QUESTIONS ?

http://sharepoint.ucausersgroup.org/CIMhttp://sharepoint.ucausersgroup.org/CIM


Acronysms

CIM : Common Information ModelCPSM : Common Power System ModelCDPSM : Common Distribution Power System ModelDEF : Data Exchange FormatETSO : European Transmission System Operator

IEC TC57 WG14,19 UCA CIMUg Executive Committee 4... · 2016. 11. 7. · TC57 WG9 Distribution...

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