Using CIM-IEC Harmonization for Detailed Data Modeling

Transcription

1 Using CIM-IEC Harmonization for Detailed Data Modeling Ralph Mackiewicz SISCO, Inc. 2 June 2015 CIM Users Group Gdynia, Poland 1-4, June 2015

2 Agenda Review of the CIM IEC Harmonization activities IEC UML Modeling Activities Why Use IEC to Extend CIM? The Challenge Integrating IEC UML with CIM Example of IEC Data Model as CIM Extensions Applications 2

3 CIM vs. IEC 61850: What they define Detailed Power System Topology Asset Model Consumer and load models Financial Scheduling and transactions Market operations Work management SCADA and Measurements GIS Location CIM IEC Business Messaging (WG14) using these models Power System Topology Model Device Configuration Description Device Models Power System Object Models Naming Convention Service Models Reporting Controls Protection Performance/Requirements Protocols using these models for: Protection Transducer SCADA/Monitoring/Control

4 CIM IEC Harmonization Project IEC TC 57 WG 19 activity impacting WG 10 and WG 13 work Initial harmonization plan documented in an EPRI project. 4

5 Harmonization Tasks Aligning Network Connectivity/Topology Equipment containership in IEC will be enhanced (All IEC topology is currently within a substation) IEC (SCL) updated with MRID/GUIDs in addition to using naming for identifying elements. Communications addressing of IEC will be added to CIM With extensions to support DNP3/IEC and ICCP-TASE.2 Measurement Model alignment Support for vector measurements for synchrophasors in CIM CIM to use SI units for all measurements 5

6 IEC UML WG 10 developing UML to represent existing IEC data models per parts 7-2 (Service Model), 7-3 (Common Data Classes) and 7-4 (Logical Nodes). Primary objective is to be able to produce much of the IEC document from the UML. A side effect of this work is an IEC UML package that can be used for other work. 6

7 IEC UML LN Groups 7

8 Switchgear Supervision (SSWI) Line Supervision SIGL Liquid SIMG Gas Measurements: Op. Counts Op. Speed React. Time Temp. Status: Alarms Warnings Measurements: Moisture Nitrogen Oxygen+ Levels Temp. Status: Alarms Warnings 8

9 Challenges Using IEC UML Measurement LN MMXU Measurement Functional Constraint = FX Functionally Constrained Data Attribute (FCDA) PhV Some CIM tooling needs compounds to represent complex data elements for measurements IEC UML is driven primarily by spec generation requirements and uses inheritance to combine elements into complex data types 9

10 Compounding IEC UML MMXU.MX.PhV.PhsA.cVal.mag.f 10

11 Results for PMU Metering 11

12 Results for Transformer Supervision 12

13 Application to an Analytic Tool 13

14 Application: Wind Farm Management Wind Turbines are complex. Wind farms more so. IEC based turbine controls are commonly available Monitoring and analyzing the large amount of data lends itself well to the model driven approach 14

15 Application: Wind Farm Management Wind Turbine Monitoring Wind Turbine Supervisory Control Turbine Maintenance Analytics 15

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18 Leading the Way in Electricity C-RAS Architecture EMS CIM messaging with IEC extensions Control Center Backup Control Center IEC GOOSE SISCO UAP 18 SOUTHERN CALIFORNIA EDISON

19 Applications Where These Concepts Have Been Applied Wind Farm Management Wind turbine controls and monitoring Asset Management Analytics Modeling of Assets using IEC naming MicroGrid Control Modeling of power systems, controls and monitoring Wide Area Protection Remedial Action Controllers - EMS integration The only constraint on applying these concepts to other applications is the will to do it. 19

20 Questions? 20

21 Dziękuję Ralph Mackiewicz SISCO, Inc. 2 June 2015 CIM Users Group Gdynia, Poland 1-4, June 2015