Generating Capacity Reliability Evaluation Based on Monte Carlo Simulation and Cross-Entropy Methods

This paper presents a new Monte Carlo simulation (MCS) approach based on cross-entropy (CE) method to evaluate generating capacity reliability (GCR) indices. The basic idea is to use an auxiliary importance sampling density function, whose parameters are obtained from an optimization process that mi...

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Published in:IEEE transactions on power systems Vol. 25; no. 1; pp. 129 - 137
Main Authors: Leite da Silva, Armando M., Fernandez, Reinaldo A. G., Singh, Chanan
Format: Journal Article
Language:English
Published: New York IEEE 01-02-2010
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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Abstract This paper presents a new Monte Carlo simulation (MCS) approach based on cross-entropy (CE) method to evaluate generating capacity reliability (GCR) indices. The basic idea is to use an auxiliary importance sampling density function, whose parameters are obtained from an optimization process that minimizes the computational effort of the MCS estimation approach. In order to improve the performance of the CE-based method as applied to the GCR assessment, various aspects are considered: system size, rarity of the failure event, number of different units, unit capacity sizes, and load shape. The IEEE Reliability Test System is used to test the proposed methodology, and also various modifications of this system are created to fully verify the ability of the proposed approach against both, a crude MCS and an extremely efficient analytical technique based on discrete convolution. A configuration of the Brazilian South-Southeastern generating system is also used to demonstrate the capability of the proposed CE-based MCS method in real applications.
AbstractList This paper presents a new Monte Carlo simulation (MCS) approach based on cross-entropy (CE) method to evaluate generating capacity reliability (GCR) indices. The basic idea is to use an auxiliary importance sampling density function, whose parameters are obtained from an optimization process that minimizes the computational effort of the MCS estimation approach. In order to improve the performance of the CE-based method as applied to the GCR assessment, various aspects are considered: system size, rarity of the failure event, number of different units, unit capacity sizes, and load shape. The IEEE Reliability Test System is used to test the proposed methodology, and also various modifications of this system are created to fully verify the ability of the proposed approach against both, a crude MCS and an extremely efficient analytical technique based on discrete convolution. A configuration of the Brazilian South-Southeastern generating system is also used to demonstrate the capability of the proposed CE-based MCS method in real applications.
Author Singh, Chanan
Fernandez, Reinaldo A. G.
Leite da Silva, Armando M.
Author_xml – sequence: 1
  givenname: Armando M.
  surname: Leite da Silva
  fullname: Leite da Silva, Armando M.
  organization: Institute of Electric Systems and Energy, Federal University of ItajubÁ UNIFEI, Brazil
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  givenname: Reinaldo A. G.
  surname: Fernandez
  fullname: Fernandez, Reinaldo A. G.
  organization: Institute of Electric Systems and Energy, Federal University of ItajubÁ UNIFEI, Brazil
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  givenname: Chanan
  surname: Singh
  fullname: Singh, Chanan
  organization: Department of Electrical and Computer Engineering, Texas A&M University, USA
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SubjectTerms Assessments
Brazil
Brazil Council
Capacity planning
Computational efficiency
Computer simulation
Conferences
Convolution
Cross-entropy (CE) method
Density
Density functional theory
Frequency
generating capacity reliability (GCR)
Importance sampling
importance sampling (IS)
Mathematical analysis
Monte Carlo methods
Monte Carlo simulation
Monte Carlo simulation (MCS)
Optimization
Power system reliability
Power system simulation
rare events
risk analysis
Studies
System testing
Title Generating Capacity Reliability Evaluation Based on Monte Carlo Simulation and Cross-Entropy Methods
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