EFFECTS OF LOAD HARMONICS VARIATIONS ON PERFORMANCE OF SHUNT ACTIVE FILTERS

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PISHVAEE M.; FATHI S.H.; GHARAHPETIAN G.B.

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Journal: AMIRKABIR Year:2006 | Volume:17 | Issue:64-A Page(s): 55-61

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Information Journal Paper

Title

EFFECTS OF LOAD HARMONICS VARIATIONS ON PERFORMANCE OF SHUNT ACTIVE FILTERS

Author(s)

PISHVAEE M. | FATHI S.H. | GHARAHPETIAN G.B.

Keywords

NONLINEAR LOAD

HANNONIC CONTENT

SHUNT ACTIVE FILTER

CURRENT HARMONICS COMPENSATION

REFERENCE SIGNAL PRODUCTION

Abstract

This paper presents the study of SHUNT ACTIVE FILTERs which inject compensating current into the network with time delays. It is shown that the performance of the filter is influenced by the variations of the NONLINEAR LOAD harmonic contents. Measurement results are obtained from several industrial and domestic loads. The samples of the load currents are analyzed by fast Fourier transform. The delay in the compensating current injection is simulated by Matlab software and harmonics of the source current after compensation are compared with the standard permitted harmonic levels (IEEE 519). It is shown that the compensation is not completed for NONLINEAR LOADs and, in some cases, does not satisfy the standard requirements. Thus, it is concluded that before selecting a control strategy for the active filter (even, before selecting an active filter for compensation purpose), behavior of the NONLINEAR LOAD must be studied and inspected from harmonic content variations point of view.

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APA: Copy

PISHVAEE, M., FATHI, S.H., & GHARAHPETIAN, G.B.. (2006). EFFECTS OF LOAD HARMONICS VARIATIONS ON PERFORMANCE OF SHUNT ACTIVE FILTERS. AMIRKABIR, 17(64-A), 55-61. SID. https://sid.ir/paper/532425/en

Vancouver: Copy

PISHVAEE M., FATHI S.H., GHARAHPETIAN G.B.. EFFECTS OF LOAD HARMONICS VARIATIONS ON PERFORMANCE OF SHUNT ACTIVE FILTERS. AMIRKABIR[Internet]. 2006;17(64-A):55-61. Available from: https://sid.ir/paper/532425/en

IEEE: Copy

M. PISHVAEE, S.H. FATHI, and G.B. GHARAHPETIAN, “EFFECTS OF LOAD HARMONICS VARIATIONS ON PERFORMANCE OF SHUNT ACTIVE FILTERS,” AMIRKABIR, vol. 17, no. 64-A, pp. 55–61, 2006, [Online]. Available: https://sid.ir/paper/532425/en

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