Resumen

BOLANOS OCAMPO, Ricardo Andrés; CORREA FLOREZ, Carlos Adrián  y  ESCOBAR ZULUAGA, Antonio Hernando. Multiobjective transmission expansion planning considering security and demand uncertainty. Ing. Investig. [online]. 2009, vol.29, n.3, pp.74-78. ISSN 0120-5609.

This paper presents a methodology for resolving the transmission expansion planning problem by considering single contingency criteria (N-1). Each bus bar in the power system considered future demand uncertainty. The planning problem was divided into an investment problem (calculating investment costs) and an operative problem (resolving power flows). A modified evolutionary elitist non-dominated sorted genetic algorithm (NSGA-II) was used for resolving the investment problem, determining several investment proposals where feasibility was evaluated by solving the operative problem. On the other hand, a high order interior point (HOIP) method was proposed for solving load flow problems. The methodology was tested by using two systems found in the specialised literature: IEEE-24 bus and Garver or IEEE-6 bus systems. The results, when compared with traditional ones, showed the proposed method’s power and the multiobjective technique’s convenience.

Palabras clave : evolutionary algorithm; single contingency criteria; demand uncertainty; interior point; DC model; multiobjective optimisation; transmission expansion planning.

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