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Optimal placement and sizing of capacitor using Limacon inspired spider monkey optimization algorithm
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DOI：10.1007/s12293-016-0208-z.png)
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Abstract
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The power system is a complex interconnected network which can be subdivided into three components: generation, distribution, and transmission. Capacitors of specific sizes are placed in the distribution network so that losses in transmission and distribution is minimum. But the decision of size and position of capacitors in this network is a complex optimization problem. In this paper, Limacon curve inspired local search strategy (LLS) is proposed and incorporated into spider monkey optimization (SMO) algorithm to deal optimal placement and the sizing problem of capacitors. The proposed strategy is named as Limacon inspired SMO (LSMO) algorithm. In the proposed local search strategy, the Limacon curve equation is modified by incorporating the persistence and social learning components of SMO algorithm. The performance of LSMO is tested over 25 benchmark functions. Further, it is applied to solve optimal capacitor placement and sizing problem in IEEE-14, 30 and 33 test bus systems with the proper allocation of 3 and 5-capacitors. The reported results are compared with a network without a capacitor (un-capacitor) and other existing methods.
Keywords:
Spider monkey optimization
Limacon inspired local search
Optimal capacitor placement
Capacitor sizing
Loss minimization
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