Abstract
The set of characteristics that determine the power quality (PQ) can be used to describe the state and efficiency of the power supply system in terms of the influence of electromagnetic interference. The impact of electromagnetic interference on electrical equipment is manifested in the reduction of uptime, additional losses of active power, data loss, etc. The most common sources of interference in modern conditions are consumers with non-linear volt-ampere characteristics. This type of electrical receivers creates a distortion of the current and voltage waveform. In view of the widespread use of these power consumers in daily life and industry, special attention should be paid to the problems of harmonic distortion. This article presents the results of measurements and analysis of the quality of electricity, and also shows the effect of applying an active filter (AF) to ensure the quality of electricity in the distribution network (66/20 kV) of the city of Lattakia in the Syrian Arab Republic. The definition of the optimal capacitance of the AF dc link using the particle swarm method is given in order to minimize the total non- sinusoidal current and voltage in the studied electrical network.
Highlights
For citation: Nasyrov RR, Aljendy R., Kherbek T
Adaptive PI controller of active power filter for compensation of harmonics and voltage fluctuation based on particle swarm optimization (PSO) // Young Researchers in Electrical and Electronic Engineering (EIConRus) 2018 IEEE Conference of Russian. 2018. pp. 719-724
Хербек Тарэк – канд. техн. наук, профессор, кафедры электроэнергетических систем, Тишринский университет, Латакия, Сирия
Summary
Промышленность Сельское хозяйство Обслуживание Добывающая промышленность и переработка нефти. Государственные органы, храмы и уличного освещения Изделия ручной работы и другие. Как видно из приведенной выше таблицы, промышленный сектор является вторым по объему потребляемой электроэнергии в Сирийской Арабской Республике, где большинство городов являются промышленными, например, Дамаск, Алеппо и Латакия [4]. Анализ состояние качества электроэнергии в городе Латакия Исследуемая электрическая сеть г. Латакия состоит из 12 трансформаторных подстанций 66/20 кВ. Нагрузка представляет собой промышленные предприятия, коммунально-бытовые нагрузка и мелкая промышленность. Мощность и число трансформаторы в каждом подстанции представлены в табл..
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