1999
DOI: 10.1109/59.744495
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A review of selected optimal power flow literature to 1993. II. Newton, linear programming and interior point methods

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Cited by 534 publications
(212 citation statements)
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“…O método de Newton é aplicado ao sistema de equações não-lineares (22) Os vetores das variáveis x, s, λ e π são atualizados usando (15). O parâmetro de barreira µ e o vetor das estimativas dos multiplicadores de Lagrange, ρ, são atualizados utilizando (18) e (19), respectivamente.…”
Section: A -Exemplo Ilustrativounclassified
“…O método de Newton é aplicado ao sistema de equações não-lineares (22) Os vetores das variáveis x, s, λ e π são atualizados usando (15). O parâmetro de barreira µ e o vetor das estimativas dos multiplicadores de Lagrange, ρ, são atualizados utilizando (18) e (19), respectivamente.…”
Section: A -Exemplo Ilustrativounclassified
“…During recent years, the most optimal power flow model, inequality restrictions, condition effective processing, and algorithm improvements have been applied in the power system which has led to new developments [15][16][17][18][19][20][21]. Regarding the power flow control problem, according to the objective of seeking optimized method for single point, the following steps can be taken: convert the operating condition h(x 1 )=0 to be scalar quantity or weighed scalar quantity smooth object function thus, to use the extreme condition method which finally forms the power flow algorithm featured in powerful calculation rules and Newton convergence speed;…”
Section: Condition Extreme Value Methodsmentioning
confidence: 99%
“…Such single point optimization seeking method takes advantage of necessary condition equations for extreme conditions to perform one-time simultaneous equation group solving to satisfy the solution of operating conditions and power flow equation [1,15].…”
Section: Condition Extreme Value Methodsmentioning
confidence: 99%
“…Em particular, têm sido sugeridas para a resolução de problemas de fluxo de potênciaótimo com representação AC (Granville, 1994), obtendo excelente desempenho tanto em termos de eficiência como de robustez (Momoh et al, 1999;Quintana et al, 2000).…”
Section: Introductionunclassified