1 Higher Institute of Applied Techniques of Kinshasa, Electricity Section, Kinshasa, DR Congo.
2 Higher Institute of Applied Techniques of Kinshasa, Electronics Section, Kinshasa, DR Congo.
3 Higher Institute of Applied Techniques of Kasangulu, Electronics Section, Kongo-Central, DR Congo.
4 Higher Institute of Applied Techniques of Gombe-Matadi, Electricity Section, Kongo-Central, DR Congo.
5 National Pedagogical University, Faculty of Sciences, Department of Physics and Applied Sciences, Kinshasa, DR Congo.
World Journal of Advanced Research and Reviews, 2026, 29(01), 1984-1988
Article DOI: 10.30574/wjarr.2026.29.1.0232
Received on 22 December 2025; revised on 28 January 2026; accepted on 31 January 2026
This article presents a comprehensive study on the design, sizing, and optimization of a parallel active filter (FAT1) using a hysteresis control strategy for harmonic current compensation in an industrial environment. The study, conducted at the BRALIMA/Kinshasa industrial complex, is based on experimental measurements revealing a THDi of 43.95% with a dominance of harmonics of rank 5 (38%) and 7 (16%). The article details the analytical sizing methodology, rigorous parametric calculations, and technical compromises necessary for the industrial implementation of the system.
Active Filter; Hysteresis Control; Harmonic Currents; Analytical Sizing; Power Quality; Three-Phase Inverter; Active Compensation
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Christian Vunda Ngulumingi, Narcisse Meni Babakidi, Jordan Kondatata Mbambu, Marcien Tangenyi Okito and God’El Kinyoka Kabalumuna. Study of a harmonic current compensation system using a hysteresis-controlled active filter: Design, sizing and optimization. World Journal of Advanced Research and Reviews, 2026, 29(01), 1984-1988. Article DOI: https://doi.org/10.30574/wjarr.2026.29.1.0232.
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