CIM Users Group Meeting - UCAIugcimug.ucaiug.org/Meetings/Europe2015/Documents/Siemens_Spectrum... · CIM Users Group Meeting The Role of CIM in Spectrum PowerTM Grid Control Systems

© Siemens AG 2015 All rights reserved. siemens.com/energy-management

CIM Users Group MeetingThe Role of CIM in Spectrum PowerTM Grid Control SystemsGdynia/Gdansk, Poland, 1-4, June 2015

© Siemens AG 2015 All rights reserved.2015-06-01, CIM Users Group Meeting Gdynia/GdanskPage 2 Energy Management – Smart Grid Solutions

CIM in Practice – Spectrum PowerTM

Application Area of Interest within Siemens’ Smart Grid Portfolio

RAIL &MICROGRIDS

PRIMARYEQUIPMENT

CONSUMPTIONTRANSMISSION DISTRIBUTIONGENERATION

COMMUNICATION& AUTOMATION

FIELD DEVICESSENSORS ANDPROTECTION

GRID ANDENTERPRISE IT SER

VICE

&SM

ART

GR

IDSEC

UR

ITY

COMMUNICATIONAUTOMATIONHMI

SMART TRANSMISSION RAIL &MICROGRIDS

SMART DISTRIBUTION

EMSDMS

ADMSMicrogrids

SIGUARD

GRID CONTROL

SMARTMETERS

SENSORS

POWER QUALITYPROTECTION

Control Center SystemsData Engineering

BIG DATA ANALYTICS,IT INTEGRATION

Virtual Power PlantsDemand Response

Meter Data Mgmt.eCar Operation Center

GRID APPLICATION



Application Area of Interest within Siemens’ Smart Grid Portfolio

RAIL &MICROGRIDS

PRIMARYEQUIPMENT

CONSUMPTIONTRANSMISSION DISTRIBUTIONGENERATION



GRID ANDENTERPRISE IT SER

VICE

&SM

ART

GR

IDSEC

UR

ITY

COMMUNICATIONAUTOMATIONHMI

SMART TRANSMISSION RAIL &MICROGRIDS

SMART DISTRIBUTION

EMSDMS

ADMSMicrogrids

SIGUARD

GRID CONTROL

SMARTMETERS

SENSORS

POWER QUALITYPROTECTION

Control Center SystemsData Engineering

BIG DATA ANALYTICS,IT INTEGRATION

Virtual Power PlantsDemand Response

Meter Data Mgmt.eCar Operation Center

GRID APPLICATIONUse Case 1: Inter Control Center

Use Case 2: IT/OT Integration

Use Case 3: Common Engineering


Data Acquisition and ControlData Acquisition and Control

CIM in Practice – Spectrum PowerTM IMMUse-Case 1: One common Engineering Tool

InformationModel Management

CIM-basedData Model

Data migration

Data exchange betweendifferent systems ororganizations

§ Interactive Graphic Editor§ Topology derivation§ Automatic Display Builder§ Interactive Type Editor

System Management

Remote CC &Multi-Site

Applications

Archive

Field resources

System &Processobjects

CIM-RDFImport / Export


The Common Information Model (CIM)… maintained within Spectrum PowerTM IMM

The Domain Object Model (DOM)

CIM

DOM

Resources providedby the IEC standard

Extensions to CIM to meet Spectrum PowerIMM market requirements

Subset of CIM resourcesused in DOM

CIM Usage

• CIM is an information model, not a database(There is no IEC standard defining that!)

• The IMM database schema is derived from theCIM and can hold data defined by the CIM in astructured way

Extending the CIM Model

• Separation of extensions through Namespaceassignments makes it easy to maintain compatibilitywith standard based interfaces

• Standard interfaces consider the Namespace“CIM“ only (ignoring any attributes inherited froman extended class) and remain CIM-compliant.E.g. the IMM import / export interface can be toldto ignore any attributes inherited from an extendedclass

• Solutions-/Project Namespaces extend thestandard Profiles (e.g. “SPC”, “SP7”, “IMM” or“PROJ_XYZ”)


CIM in Practice – Spectrum PowerTM IMMUse-Case 1: Model Driven Integration – Model Management Process

• Common tools,common models,common standards

• Use CIM Tool to developprofiles for static typedefinitions based on theextended CIM

• Use Data Modeler tocomplete type definitions

• Import the type definitionsinto IMM

CIMTool

UML Models

IEC TC57 CIM& Extensionsin XMIFormat

ProfilesinOWL

Export

Import

Generate

IEC TC57CIM Model

IEC CIM &Extensions

DataModeler

Import

OWL ontologyprofiles

TypeDefinitions

IMM

Type Definitions

RepositoryStore

CIM ExtensionModels

Enterprise Architect


SpectrumPower

CIM in Practice – Spectrum Power™Use-Case 2: Seamless integration of operational IT with enterprise IT

è Supply reliability indicesè Loading reports

è Current power system stateç Indications on current and future power

system stability in real-time

è Equipment dataè Geographical maps

è Work requestsç Work status updates

ç Load Profilesç Loss of Supply indications

Asset Management

WorkforceManagement

GeographicalInformation

SystemSAP

Meter DataManagement

Network StabilityCalculationApplications

CustomerInformation

System

Automated VehicleLocation

é Vehicle locationê Status changes

ç New outagesç Expected outage durationè Trouble Calls

é Switching proceduresé Switching instructionsé Truck assignmenté Work orders

ê Switch Actionsê Crew statusê Reports


CIM in Practice – Spectrum Power™Use-Case 2: Seamless integration of operational IT with enterprise IT

• The Spectrum Power™ SOA framework supports integration with external IT components applying acommon underlying data model

• Interfaces support Web Services and Java Messaging Services JMS• Framework for easy definition of events and messages to external IT systems• Security and redundancy requirements met• Comprehensive set of pre-defined events and messages for e.g. Meter Data Management (MDM),

Customer Information System (CIS), Mobile Workforce Mgmt. (MWFM)

• Ensure compatibility of control center software with a wide range of external IT components• Minimize data management costs• Reduce the need for additions or changes to IT components

• Reduced costs and risks with modernized IT components• Lower costs and risks upon integration of new components• Greater freedom from IT system vendors

Siemens solutions

Challenges

Customer benefits


Spectrum PowerTM

Spectrum Power Control Center System Architecture

Enterprise Service Bus

Spectrum Power High Speed Bus

HIS IMM GISI/F

OMS CMS TCS DNA TS SA RO FA PA EMM

Communication withsubstation RTU/SAS andother control centers

Transmission load flow calculation, gridoptimization and what-if studies

Management of infeeds, switchable loadsand storages for minimum cost (power,gas, water)

Real-time and dayahead energymarketmanagement

Base SCADA CFEIFS OPC DSAOPFICCP

ELCTNABase TS LMGLME LMW MERO

Distribution loadflow calculation,grid optimizationand what-if studies

Systematic outage management forfaster and more restoration

Energy resources andproduction planning; loadforecasting for generationand grid operation planning

Base functionality:data model, UI,SCADA, Archive

Generation control formore economic andreliable operation

WorkForceMgmt

MeterData

Mgmt

SAPAssetMgmt

Geo-graphicalInform.System

CustomerInform.System

NetworkPlanning

PhasorData

Concen-trator

......InformationModelManagement

The SpectrumPower InformationModel Management(IMM)

…provides thefunctionality toedit and maintainall power systemrelated data within aCIM-basedcentral repository


Spectrum PowerTM

Spectrum Power Control Center System Architecture

Enterprise Service Bus

Spectrum Power High Speed Bus

HIS IMM GISI/F

OMS CMS TCS DNA TS SA RO FA PA EMM

Communication withsubstation RTU/SAS andother control centers

Transmission load flow calculation, gridoptimization and what-if studies

Management of infeeds, switchable loadsand storages for minimum cost (power,gas, water)

Real-time and dayahead energymarketmanagement

Base SCADA CFEIFS OPC DSAOPFICCP

ELCTNABase TS LMGLME LMW MERO

Distribution loadflow calculation,grid optimizationand what-if studies

Systematic outage management forfaster and more restoration

Energy resources andproduction planning; loadforecasting for generationand grid operation planning

Base functionality:data model, UI,SCADA, Archive

Generation control formore economic andreliable operation

WorkForceMgmt

MeterData

Mgmt

SAPAssetMgmt

Geo-graphicalInform.System

CustomerInform.System

NetworkPlanning

PhasorData

Concen-trator

......InformationModelManagement

SOA SOA SOA SOA SOA SOA SOA SOA SOA

SOA SOA SOA SOA SOA SOA SOA SOA SOA SOA SOA SOA

WANHSB Adapter

SOA Adapter

SOA


• Use CIM Tool to developmessages based on theextended CIM

• Select types, attributesand associations from theextended CIM UML thatneed to be exchangedacross an interface

• Creates profiles formessages that can thenbe exported into XSD formessages that areexchanged


Use-Case 2: Model Driven Integration – Message Definition Process

Generate

Store

EnterpriseArchitect/XMLSpy

WSDL

MessageProfile in

OWL

XSD forMessage

UML

BSC LogicalModels

IEC TC57CIM Model

Analyst

Data ModelCIM ExtensionModels

IEC TC57 CIM& Extensionsin XMIFormat

CIMTool

IEC CIM &Extensions

Import

Generate

Export



Use-Case 3: Common Engineering – CIM-61850 Harmonization

IEC61850

IEC 61970 CIM



GRID ANDENTERPRISE IT

Adopted the core CIM standards together with IEC 61850 aspart of the foundations of the Smart Grid program.

Re-use of 61850 Engineering (SCD)-Data in the ControlCenter has high priority for our customers.

Proprietary vendor solutions exist.

Harmonization CIM - 61850 under way.

Task force exists – weekly telephone calls.


Rainer RüdigerProduct Lifecycle ManagerEM SG SOL GPM

Humboldtstraße 5990459 Nürnberg, Germany


Contact page

siemens.com/spectrum-power


Successfully implemented – today.

Thank youfor your

attention!

See you during the eveningreception at my table.