ucaiug sponsored cim interoperability test for...

UCAIug Sponsored CIM Interoperability Test for 2010

Margaret Goodrich

October 12, 2010

Introduction• General Information

• Part 13 and Part 4 – CDPSM and Network Synchronization Tests

• Part 3 – Outage Management System Tests

• Part 9 – Meter Reading and Control Tests

• Part 1‐1 and Part 1‐2 – Implementation Profiles

• 61850 – Substation and Control Center Tests; Device Interoperability

• Conclusion

• The UCA has approved a combined IOP Test for Distribution and 61850 that includes the following IEC standards: – 61968‐Part 13

– 61968‐Part 9

– 61968‐Part 3

– 61968‐Part 4

– 61850

• The test will take place the week of March 28th 2011 and will be headquartered in Paris at the offices of ERDF

General Information

• Possible Test Participants include: – GE Energy

– Siemens

– EDF

– Areva

– SISCO

– ABB

– SNC Lavalin

– EPRI

Part 13 and Part 4 – CDPSM and Network Synchronization

• This test will include the following use cases:

– DMS to DMS Full Model Exchange

– Network Initialization ‐ GIS to DMS Full Model Exchange

– GIS to DMS Incremental Model Exchange ‐ Synchronization of as‐built changes to/from GIS (Network Update)

– Incremental Model Exchange ‐ Tap for New Subdivision

Part 13 and Part 4 – CDPSM and Network Synchronization

Part 13 and Part 4 – Network Initializationsd Network Initialization Asset Master

GIS

(from Part 4)

DMS

(from Part 4)

AssetManagement

System

(from Part 4)

System Administrator

(from Part 4)

Start network export()

Created(NetworkDataSet)

Get(AssetCatalog)

Reply(AssetCatalog)

Part 13 and Part 4 – Network Initializationsd Network Initialization GIS Master

GIS

(from Part 4)

DMS

(from Part 4)

AssetManagement

System

(from Part 4)

System Administrator

(from Part 4)

Start network export()


Create(AssetCatalog)

Part 13 and Part 4 – Network Updatesd Network Update Asset Master

GIS

(from Part 4)

DMS

(from Part 4)

AssetManagement

System

(from Part 4)

GIS Operator (cartographer)

(from Part 4)

Update network in GIS()

Deleted(NetworkDataSet)

Updated(NetworkDataSet)

Created(NetworkDataSet

Get(AssetCatalog)

Reply(AssetCatalog)

Part 13 and Part 4 – Network Updatesd Network Update GIS Master

GIS

(from Part 4)

DMS

(from Part 4)

AssetManagement

System

(from Part 4)

GIS Operator (cartographer)

(from Part 4)

Update network in GIS()


Updated(NetworkDataset)


Created(AssetCatalog)

Part 13 and Part 4 – Tap for New Subdivisionsd Tap for New Subdiv ision - Switching in GIS

GIS

(from Part 4)

DMS

(from Part 4)

AssetManagement

System

(from Part 4)

Designer

(from Part 4)

DMS Operator

(from Part 4)

Proposed Design()



Get(AssetCatalog)

Reply(AssetCatalog)

Notify User()

Accept Design with Switching Reconfiguration()

As-Built Design& Switching()


Created(NetworkDataSet

Get(AssetCatalog)

Reply(AssetCatalog)

Updated(UpdateNetwork)

• Possible Test Participants Include:– Telvent

– GE Energy

– SNC Lavalin

– Siemens

– Areva

– SISCO

– ABB

– EPRI

Part 3 – Outage Management System

• The device status message will employ the CIM Measurement profile that allows identification of unique ID for a discrete measurement value, the time of status change, the source of the status change, and the new status value.

• The outage management team will generate an XML schema based on this profile for the purposes of the test.

• In order to participate in the test, vendors are required to either produce or consume a message adhering to this schema.

• The test will employ remote web service communication.


• The participant will generate a wsdl file based on the latest 61968‐1‐2 recommendations.

• Any vendor receiving a device status message is required to implement a web service adhering to this wsdl.

• Any vendor sending a device status message is requirement to implement a web service client adhering to this wsdl.


• Use Cases include:


SCADA notifies OMS and DMS of confirmed device outage.

OMS, DMSSCADAOutage Notification from SCADA

OMS notifies DMS of confirmed device outage.

DMSOMSOutage Notification from Field Crew, Meters or Trouble Call

DescriptionReceiving SystemSending SystemUse Case

• Possible Test Participants Include:– Ecologic Analytics ‐ Elster

– Telvent ‐ eMeter

– SISCO ‐ Itron

– Xtensible Solutions ‐ GE Energy

– Landis & Gyr ‐ Grid‐Net

– Aclara

Part 9 – Meter Reading and Control

Part 9 Messages• EndDeviceEvents Generated by Metering & MDM Systems

• Unsolicited Meter Reading Message (createdMeterReadings) from Metering System and MDM System

• Get MeterReadings Message with Synchronous Reply (initiated by MDM or Test Stubb on ESB)

• EndDeviceControls Request Message (createEndDeviceControls) Generated by MDM System

• New PAN Messages initiated by Metering and MDM Systems

• Meter Initialization Messages

Part 1‐1 and Part 1‐2 – Implementation Profiles

• Test will use the implementation profiles defined in both 61968 Part 1‐1 and 61968 Part 1‐2

• 61968 Part 1‐1 specifies an implementation using an ESB in conjunction with JMS Topics and Queues or Web Services.

• 61968 Part 1‐2 specifies an implementation using Web Services.

Implementation Profile – 61968‐1‐1• Specifies several Integration Patterns for ESB

Implementations

• The Service Interfaces are defined using one or both of the following:

– Web Services Definition Language (WSDL) – where request, response and fault messages are defined

– JMS Message Definition ‐ where an implicit agreement exists concerning the return of a response message to the client

Message Testing Infrastructure Overview For 61968‐1‐1

• Message Bus is based upon draft IEC 61968‐1‐1

• Participant products remotely connect to bus using internet as clients, servers and/or listeners

• Test witnesses monitor tests using web browser

• May be used for all messages

Slide Courtesy of UISOL

Implementation Profile – 61968‐1‐2

• This particular profile was generated on behalf of OpenSG

• Also specifies several Integration Patterns dealing with Web Services

• This document is still in work but is now complete and under review by WG14 in preparation for submission to the IEC.

• Possible Test Participants Include:– 61850 Device Manufacturers

– ABB

– Areva

– Siemens

– SISCO

– EDF

– EPRI

IEC 61850 Interoperability Testing

• Test Cases to include:– 61850 Device Interoperability tests to prove IEC 61850 devices can

communicate with each other and exchange data

• Services and models used driven by the use cases TBD

– Use of IEC 61850 reporting to report outage to SCADA which then sends messages to OMS and DMS via IEC 61968‐3.

IEC 61850 – Test Scenarios

• Test Witnesses will be from Utilities in Europe and North America

• Test Director & Witness is Margaret Goodrich of SISCO

• Test Labs will include ERDF, EPRI, AEP and Consumer’s Energy

• ESB/Web Services Implementation Director is Scott Neumann of UISOL

• ESB/Web Services Assistance provided by ESB Vendors and Lab Managers

Test Director, Test Witnesses & Test Labs

• First test to include Part 3 and Part 4

• First test to include 61850 and 61968 (SCADA) IOP test case

• First test to cover multiple standards in a single test

• First test to include both Implementation Profiles: ESB and Web Services

• First test to be conducted in a Global environment: Message and files will be sent remotely between two continents

• First test to use multiple test labs as source and target

A World of Firsts

• Margaret Goodrich –

–Home Office: 903‐489‐1494

–Cell: 903‐477‐7176–Email: [email protected]

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