A Novel Method for Optimal Conductor Selection of Radial Distribution Feeders Using Genetic Algorithm
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In this paper, a novel method for selecting an optimal branch conductor in a radial distribution system is presented. Power loss and voltage regulation as a function of length and cross section of a feeder conductor and an objective function for optimizing conductor cross section have been formulated. The main objective of optimal size conductor selection is to minimize the objective function which is the sum of capital investment and capitalized energy costs determined for each feeder using genetic algorithm approach. Maximum current carrying capacity and voltage constraints of feeder are taken into consideration. A 32 feeder radial distribution network is considered to demonstrate the effectiveness of proposed method. The advantage of this method lies in its faster convergence towards a global optimal solution.
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Ponnavaiko M. and Rao K.SP, Optimal Distribution System planning, IEEE Trans on PAS, pp.2969-2977. June 1981.
Kiran W. C and Adler RB, A distribution system cost model and its application of conductor sizing, IEEE Trans on PAS, Vol. PAS-IOI.,pp.271-275. Feb 1982.
Funk Houser AW, A method for determining ACSR conductor sizes for the distribution systems, AIEE Trans. On PAS, pp. 479-484. June 1955.
Tram H. N and Wall D. L, Optimal Conductor selection in planning radial distribution spems, IEEE Trans. On Puwr Systems, Vol. 3, Nu. I, pp. 200-206. Feb. 1988.
Z. Wang et.al, A practical approach to the conductor size selection in planning radial distribution system, IEEE Trans on Power Delivery, Vol. 15, no. 1 pp.350-353 Jan 2000.
Ponnavaiko M. and Rao K.S.P, An approach to optimal distribution system planning through conductor grading, IEEE Trans on PAS, Vol. PAS-IOI., pp.1735-1742. June1982.
Adams R. N. and Laughton MA, Optimal planning of power networks using mixed integer programming, PrucIEE, Vol.121. Nu. 2, pp. 139-145. Feb 1974.
D. I. San et al., Optimal distribution substation and primary feeder planning via the fixed charge network formulation, IEEE Trans. PAS, vol. 101, no. 3, pp. 602–609, Mar. 1982.
D. Das, H. S. Nagi and D. P. Kothari, Novel method for solving radial distribution networks, IEE Proc.gener. Transm.Distrib., Vol. 141, No.4, July 1994.
T. Gonen, Electric power distribution system engineering, (McGraw-Hill Book Company, 1986).
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