Composite Load Modeling & System Studies

Date Published	09/2015
Publication Type	Presentation

Abstract	The workshop seeks to bring together the power system and end-use manufacturing communities to review jointly what is now known about FIDVR and the related activities currently underway to ensure the reliability of the U.S. electric power system. Session Six: Composite Load Modeling & System Studies (Panel Discussion) Experience using the composite load model for bulk transmission planning studies – lessons learned, technical challenges, identified problems, and solutions. A focus on the development of the model, utilization of the model, and planning around a more detailed load model. Noah Badayos, Southern California Edison (SCE) Dmitry Kosterev, Bonneville Power Administration (BPA) Rob O'Keefe, American Electric Power (AEP) Dean LaTulipe, National Grid Scott Ghiocel, Mitsubishi Electric Power Products
Secondary Title	2015 Workshop on Fault-Induced Delayed Voltage Recovery (FIDVR) & Dynamic Load Modeling
Venue	2015 Workshop on Fault-Induced Delayed Voltage Recovery (FIDVR) & Dynamic Load Modeling
Year of Publication	2015
Keywords	FIDVR FIDVR-002
Organizations	Energy Technologies & Systems Division Grid Integration Group Consortium for Electric Reliability Technology Solutions (CERTS)
Research Areas	FIDVR RTINA
File(s)	SCE FIDVR Study Experience PDF BPA System Impact Studies (Kosterev) PDF AEP Experience with CMLD (O'Keefe) PDF National Grid Experience with Composite Load Model (LaTulipe) PDF Composite Load Model Sensitivity Study (Ghiocel) PDF
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