Analytical Needs for Composite System Reliability Analysis
* 21PESGM2292, CSR Analysis for VER Generation Integration: G. STEPHEN, National Renewable Energy Laboratory * 21PESGM2293, Approach for Probabilistic CSR analysis for Transmission Planning - ERCOT: S. W. KANG, Electric Reliability Council of Texas * 21PESGM2294, An Overview of Current Industrial Practice for Composite System Reliability Analysis: Z. YANG, Chongqing University * 21PESGM2295, Addressing the Challenges towards Adoption of Risk Based Methods in Reliability Assessment: P. MITRA, EPRI * 21PESGM2296, CSR Analysis at U.S. National Laboratories: M. YUE, BNL * 21PESGM2297, CSR Model Development and Use in Brazil: A. LEITE DA SILVA, Pontifical Catholic University of Rio de Janeiro * 21PESGM2298, Cascading Metrics by Analyzing the Distribution of Cascade Sizes in Transmission Outage Data: I. DOBSON, Iowa State University * 21PESGM2299, An efficient method to deal with weather dependent multiple outages in CSR studies: E. CIAPESSONI, RSE (Italy) * 21PESGM2300, Manitoba Hydro's SRRM Suite of CSR Tools: What It Does and Why: B. BAGEN, Manitoba Hydro
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Members: $5.00PES
IEEE Members: $10.00
Non-members: $20.00
26 Jul 2021
Development of methodologies and tools for composite system reliability (CSR) analysis has been underway for approximately 50 years. However, there is still widespread dissatisfaction with the available tools, according to a survey of industry practices conducted by the CSR TF in early 2020. The TF has been following up with selected respondents to drill down into the various areas of dissatisfaction. The needs have expanded with recent efforts to consider VER and to address cascading as result of physical and cyber component outages and to apply CSR concepts in the operating time frame. This panel session brings together practitioners, researchers, and software developers from the Americas, Asia, and Europe to establish the state-of-the-art in CSR analysis tools and directions for further development. Developers include representatives from commercial software vendors and utilities that have developed their own tools.
Chairs:
Douglas Logan, Walla Walla University, Milorad Papic, Idaho Power
Sponsor Committees:
(AMPS) Reliability and Risk Analysis
