CONCEPTION OPTIMALE DE LA FIABILITE D’UN PARC EOLIEN

CONCEPTION OPTIMALE DE LA FIABILITE D’UN PARC EOLIEN

In this paper, the design objective is to maximize the reliability of the wind generation and power transmission series-parallel system under cost and performance constraints using the firefly algorithm. We consider the system where redundant electrical components are selected to achieve a desirable...

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Veröffentlicht in:Scientific Bulletin. Series C, Electrical Engineering and Computer Science Electrical Engineering and Computer Science, 2018-01 (4), p.137
Hauptverfasser: Guerraiche, Khaled, Dekhici, Latifa
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Sprache:eng ; fre
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Algorithms
Component reliability
Electric components
Heuristic methods
Redundancy
Reliability analysis
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description In this paper, the design objective is to maximize the reliability of the wind generation and power transmission series-parallel system under cost and performance constraints using the firefly algorithm. We consider the system where redundant electrical components are selected to achieve a desirable level of reliability. The electrical components of each system are characterized by their reliability, capacity and cost. In order to assess the reliability of the system, the Ushakov method (UMGF) is used. The results show that the proposed method is effective in solving the problem of redundancy optimization and reliability.
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subjects Algorithms
Component reliability
Electric components
Heuristic methods
Redundancy
Reliability analysis
title CONCEPTION OPTIMALE DE LA FIABILITE D’UN PARC EOLIEN
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