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Author: search.filters.author.Habi, I.Subject: search.filters.subject.PV

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    Active power filter impact on power quality improvement for industrual plant supplied by photovoltaique station
    (2023) Bourourou, F.; Tadjer, S. A; Habi, I.
    This work deals on industrial electrical power quality improvement using an active power filter (APF) based on fuzzy logic controller. The studied system is a PV conversion chain used to supply linear and non-linear industrial loads of 200 kw plant. The PV station is modeled then simulated under Matlab Simulink, with standard conditions consideration in the first time then under real irradiation and sun power variation during the day hours, to obtain the true parameters design of the PV station to be able to give the needed power during the climatic conditions changing. APF parameters design and control loop structure are well studied to have an optimal control. MPPT technique is used in PV station control with the P&O algorithm. Also PV panel fault diagnosis has been done by using alarm for fault indicator and protection over under power. Simulation results are analyzed and discussed comparison with real signals, produced by the FLUK 6001B reference source with the use of the PRS 600 and the Teledyne 3,5 GHz-40Gs/s oscilloscope as measurement instrument, to improve the effectiveness of APF on electrical power quality, THD, amelioration and harmonic minimization in the industrial installation
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    PV plant integration effect on industrial control applied on DTC-SVM of PMSMG
    (IEEE, 2022) Bourourou, F.; Tadjer, S.; Habi, I.
    this work deals with a new approach based on production power system control strategy based on the Permanent Magnetic Synchronous Generator supplied by inverter connected to PV plant. For that, a mathematical model of the chain simuled on Matlab environment was developed with mixing control techniques, using on load side converter of direct torque control, DTC, based on space vector modulation, SVM, where the PI regulator assure the speed and the DC-bus voltage control. Simulation obtained results of the system are presented and analysed to improve the performance of the used correctors and show performances