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This paper presents a new idea to benefit of eliminated harmonics current by using a new topology of hybrid active power filter (HAPF) to compensate harmonics current to be sinusoidal in order to feed some loads. The design and simulation of a new three phase HAPF circuit using a shunt active power filter (APF) connected in parallel with a capacitor (C) line of a (LC) low pass filter (LPF) has been...
This paper presents a new method for designing passive filters by using a minimization technique for time-varying nonlinear loads. The proposed procedure takes into account the non-convex behavior of any objective function in case of considering harmonics below the tuned frequencies of the filters. Hence, it is always assured that the optimal filter is obtained with respect to an optimization criterion...
This paper presents a software-based tool for designing passive filters by using an optimization technique. The proposed procedure takes into account the non-convex behavior of any objective function in case of considering harmonics below the tuned frequencies of the filters. In this sense, it is always assured that the optimal filter is obtained with respect to an optimization criterion. The implemented...
The interest shown by the discussers in the authors' work is greatly appreciated. The very in-depth discussion has provided an opportunity to further clarify the work as well as to correct some small errors. Most important, the request to include additional test-case data has provided the opportunity to provide a more detailed case study.
This paper proposes a new single phase hybrid passive filter (SPHPF) for compensating load voltage and current harmonics, correct power factor, eliminate the chances of series and parallel resonance and eliminates large variation of power factor and terminal voltage with varying loads under stiff and distorted source conditions. The harmonics analysis is performed in order to observe the percentage...
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