GENETIC ALGORITHM-BASED ACTIVE POWER FILTER ALLOCATION AND SIZE DETERMINATION

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KEY POUR R.; SEYFI HOSSEIN; YAZDIAN A.

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Journal: ESTEGHLAL Year:2002 | Volume:21 | Issue:1 Page(s): 29-41

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Information Journal Paper

Title

GENETIC ALGORITHM-BASED ACTIVE POWER FILTER ALLOCATION AND SIZE DETERMINATION

Author(s)

KEY POUR R. | SEYFI HOSSEIN | YAZDIAN A. | Issue Writer Certificate

Keywords

GENETIC ALGORITHMQ2

ACTIVE POWER FILTERQ4

HARMONICSQ4

ALLOCATIONQ3

OPTIMIZATIONQ2

Abstract

In this paper, two algorithms have been developed for ALLOCATION and size determination of ACTIVE POWER FILTERs (APF) in power systems. In the first algorithm, the objective is to minimize harmonic voltage distortion. The objective in the second algorithm is to minimize the new APF injection currents while satisfying harmonic Standards. GENETIC ALGORITHM is proposed for these two OPTIMIZATION problems. The simulation results for an 18-bus system show the effectiveness of the GENETIC ALGORITHM for these two OPTIMIZATION problems.

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APA: Copy

KEY POUR, R., SEYFI, HOSSEIN, & YAZDIAN, A.. (2002). GENETIC ALGORITHM-BASED ACTIVE POWER FILTER ALLOCATION AND SIZE DETERMINATION. ESTEGHLAL, 21(1), 29-41. SID. https://sid.ir/paper/6050/en

Vancouver: Copy

KEY POUR R., SEYFI HOSSEIN, YAZDIAN A.. GENETIC ALGORITHM-BASED ACTIVE POWER FILTER ALLOCATION AND SIZE DETERMINATION. ESTEGHLAL[Internet]. 2002;21(1):29-41. Available from: https://sid.ir/paper/6050/en

IEEE: Copy

R. KEY POUR, HOSSEIN SEYFI, and A. YAZDIAN, “GENETIC ALGORITHM-BASED ACTIVE POWER FILTER ALLOCATION AND SIZE DETERMINATION,” ESTEGHLAL, vol. 21, no. 1, pp. 29–41, 2002, [Online]. Available: https://sid.ir/paper/6050/en

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