POSSIBILITIES OF USING FILTER COMPENSATING DEVICES IN ELECTRICITY SUPPLY SYSTEMS OF INDUSTRIAL FACILITIES

Panchev H.I.; Duganov M.S.; Lukov M.L.

Scientific paper ID 2529 : 2024/3

POSSIBILITIES OF USING FILTER COMPENSATING DEVICES IN ELECTRICITY SUPPLY SYSTEMS OF INDUSTRIAL FACILITIES

Panchev H.I., Duganov M.S., Lukov M.L.

Filter compensating devices (FCU) are designed to increase the quality of electrical energy (EE) and achieve effective compensation of reactive loads. The work presents and analyzes the circuit and technical layouts for the implementation of the FCU, composed of one unit and several units. A study of parallel and series passive and active filters was carried out according to energy efficiency criteria. A classification was made based on convectors, topology, type of power supply system and control algorithm. Application-specific active filters are analyzed depending on the type of compensation, considering current, voltage and mixed compensation, representing a combination of active parallel and active series filter. Methodological guidelines for calculating and optimizing the parameters of the FCU are presented.

• Reload article • Open/Download as PDF

Методи на компенсиране филтрокомпенсиращи устройства пасивни филтри активни филтриCompensation methods filter compensating devices passive filters active filters.Panchev H.I. Duganov M.S. Lukov M.L.

BIBLIOGRAPHY

[1]. Chikov V. Ch., Elektromagnitna savmestimost Varna, 2016.
( [1]. Чиков В. Ч., Електромагнитна съвместимост Варна, 2016. )

[2]. Bosh V.I., Rezonansnyye yavleniya ot garmonicheskih sostavlyayushtih v sistemah elektrosnabzheniya, PE, 2006, №7. |3], Arrilaga, Dzh., Bradli, D., Bodzher, P., Garmoniki v elektricheskih sistemah, Energoatomizdat, Moskva, 1990g.
( [2]. Бош В.И., Резонансные явления от гармонических составляющих в системах электроснабжения, ПЭ, 2006, №7. |3], Аррилага, Дж., Брадли, Д., Боджер, П., Гармоники в электрических системах, Энергоатомиздат, Москва, 1990г. )

[4], Zeveks, G.,V., Monkin, P., A., Netushenko, A., V., Strahov, A., V., Osnovy teorii tsepey, Energoatomizdat, Moskva, 1990g.
( [4], Зевекс, Г.,В., Монкин, П., А., Нетушенко, А., В., Страхов, А., В., Основы теории цепей, Энергоатомиздат, Москва, 1990г. )

[5], Singh, B., Al-Haddad, K., A Review of Active Filters for Power Quality 3 Improvement, IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, VOL. 46, NO. 5, OCTOBER 1999

[6]. Akagi, H., Trends in active power line conditioners, IEEE TRANSACTIONS ON POWER ELECTRONICS, VOL. 9, NO. 3, MAY 1994

[7]. Vasilev, N., Siderov, S., Elektrosnabdyavane na promishleni predpriyatiya, Tehnika, Sofiya, 1991g.
( [7]. Василев, Н., Сидеров, С., Електроснабдяване на промишлени предприятия, Техника, София, 1991г. )

[8]. Dobrusin L.A., Avtomatizatsiya rascheta filtrokompensiruyushtih ustroystv dlya elektricheskih setey, pitayushtih preobrazuvateli, PE,№5, 2004.
( [8]. Добрусин Л.А., Автоматизация расчета фильтрокомпенсирующих устройств для електрических сетей, питающих преобразуватели, ПЭ,№5, 2004. )