Sistema inteligente para alocação eficiente de dispositivos indicadores de falta em alimentadores de distribuição / An intelligent system for efficient allocation of fault indicators in distribution feeders
AUTOR(ES)
Wesley Fernando Usida
FONTE
IBICT - Instituto Brasileiro de Informação em Ciência e Tecnologia
DATA DE PUBLICAÇÃO
22/08/2011
RESUMO
Fault Indicator (FIs) devices have contributed to improve the location of faults on primary feeders, and consequently the reliability of distribution systems. However, one of the main problems facing their installation in a large scale in a distribution system is the lack of efficient methods to analyze big networks and to pinpoint exactly on which buses these devices should be placed. Thus, this paper proposes an evolutionary computing strategy to solve the problem of fault indicator placement in primary distribution feeders. Specifically, a genetic algorithm (GA) is employed to search for an efficient configuration of FIs, located at the best positions in the main feeder. The proposed methodology was applied in two actual distribution feeders. Technical and financial viability aspects are also analyzed. Finally, the results confirm the efficiency of the GA approach to the FI placement problem.
ASSUNTO(S)
distribuição de energia elétrica e algoritmos genéticos distribution system and genetic algorithm electric power distribution reliability fault indicator indicadores de falta qualidade do serviço restabelecimento de energia elétrica service quality
Documentos Relacionados
- Abordagem baseada em lógica fuzzy para alocação de indicadores de faltas em sistemas de distribuição de energia elétrica
- Estimador de estado inteligente para análise de perdas em sistemas de distribuição de energia.
- Alocação eficiente de indicadores de faltas em um sistema de distribuição real usando computação evolutiva
- Evolutionary algorithm computationally efficient for distribution system reconfiguration
- Automatic fault diagnostic methodology in primary feeders of spot networkdistribution system.