CIM for Dynamic 2010 CIM Workshop

Transcription

1 Answers for energy. CIM for Dynamic 2010 CIM Workshop T&D Service Solutions Chuck DuBose Siemens PTI September 09, 2010.

2 History CIM for Planning Interop New York: 11/11/2008 EPRI CIM for Planning Results and CIM for Dynamics Kickoff Workshop San Francisco: 11/27/2007 Brainstormed ideas on how to proceed EPRI CIM for Dynamic Models Workshop Denver: 04/28/2008 Defined Scope and Designated three groups to work on standard CIM for Dynamic Models project Workshop Dallas: 12/02/2008 Set the scope of the Interop UCTE CIM for Planning Interop Paris: 03/23/2009 Interrupted work but refined the Planning CIM model definition CIM for Dynamics Interop Dallas: 11/16/2009 Successful Interoperation between venders ENTSO-E Interop Brussels: 07/12/2010 Page 2

3 Problem Page 3

4 Use Cases Generators represented using Industry Standard Models Customized Models Replace One or More Components of Standard Model But Retains Standard Connections Standard Model with Connection Changes Generators represented using complete Customized Model with no Standard Components Proprietary Models Page 4

5 Three Task Forces Standard Models TF: Lead Bill Price Compile list of Standard Models Group Models and define Data Requirements User Defined Model TF: Lead Chuck DuBose Compile list of Model Blocks Define Rules for Blocks CIM Modeling TF: Lead Kendal Demaree Invent Modeling Method Decide where to Attach the new CIM to the Existing CIM Page 5

6 Standard Models vs. Customized Standard Models Well Documented in the Public Domain Standard Coefficients for each Model Standard Connections between the Model Components User Defined Models Represent the Mechanical Equation Defined by a group of Connected Blocks May be a variation of a Standard Model May be Proprietary Page 6

7 Standard Model for a Sync Generator Vcomp Voltage Comp. [VCIEEE] Etr, Eti Itr, Iti generator terminal bus PSS [PSS2B] Vst Excitation System [ESAC2A] Efd LadIfd Pe Generator [GENROU] speed Transformer Governor-Turbine [HYGOV] Pm Page 7

8 Standard Model Qualify a group of models that are very straightforward to define: Same model used by all venders Always use the same coefficient definition Always connected the same Well documented in the open Just associate the models with a generator and list the Coefficients Page 8

9 Standard Model for a Sync Generator Vcomp Voltage Comp. [VCIEEE] Etr, Eti Itr, Iti generator terminal bus PSS [PSS2B] Vst Excitation System [ESAC2A] Efd LadIfd Pe Generator [GENSYNC] speed Transformer Governor-Turbine [HYGOV] Pm Page 9

10 Round Rotor, Salient Pole, Transient, Type F, and Type J Gen Models Page 10

11 User Defined Model Models are defined by a network of control blocks Define the connections between the blocks List of documented control blocks Define the coefficients for the blocks Insert a group of blocks in place of one of the standard models Page 11

12 User Models Page 12

13 User Model Components Page 13

14 User Model Blocks Page 14

15 UML Model Page 15

16 What Next? WG 13: Matriculate Dynamics changes into the CIM Address other model types Not much has been done for Induction Machines More Testing at Interop Page 16

17 Questions?? Page 17.