A Single-Phase Active Power Filter With One-Cycle Control Under Unipolar Operation

Qiao, Chongming; Smedley, K.M.; Maddaleno, F.

doi:10.1109/tcsi.2004.832801

Cited by 65 publications

(26 citation statements)

References 5 publications

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“…Each technique has its advantages and disadvantages. Selection of any technique depends on load characteristics; accuracy required and eases of implementation [80][81][82][83]. The specifications of this paper are listed in Table 1.…”

Section: Selection Of Current Control Tech-niquementioning

confidence: 99%

Current Controllers of Active Power Filter for Power Quality Improvement: A Technical Analysis

Dey

Mekhilef

2015

Automatika

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Original scientific paperNon-linear load deteriorates the quality of current waveforms at the point of common coupling of various consumers. Active power filter (APFs) is used to mitigate the most concern harmonic pollution in an electrical network. The controller part is the nucleus of an active power filter configuration. Active power filter performance is affected significantly by the selection of current control techniques. The active filter and its current control must have the capability to track sudden slope variations in the current reference to compensate the distorted current drawn by the voltage source inverter. Therefore, the choice and implementation of the current regulator is more important for the achievement of a satisfactory performance level. In this survey, technical reviews of various types of controllers covering a wide range have been presented. This work also reveals the advantages and disadvantages of the practiced control strategies. The effectiveness of the study will help the researchers to choose the proper control methods for various applications of active power filter. Key words: Active power filters, Control algorithms, Current controllers, Comparison, Harmonic currents Power quality, Total harmonic distortion, Root mean square (RMS) errorRegulatori struje aktivnih filtara snage za poboljšanje kvalitete snage: Tehnička analiza. Nelinearni tereti pogoršavaju kvalitetu strujnih valova u točki u kojoj se spaja više potrošača. Aktivni filtar snage se koristi za ublaža-vanje najvažnijeg harmoničkog onečišćenja strujne mreže. Jezgra aktivnog filtra snage je regulator. Na performanse aktivnog filtra snage značajno utječe odabir upravljačke tehnike. Aktivni filtar i njegova tehnika upravljanja strujom moraju imati mogućnost pratiti nagle skokove u referentnoj vrijednosti struje kako bi mogli kompenzirati izobličenja struje koju vuče inverter naponskog izvora. Zato su izbor i implementacija regulatora struje iznimno važni za postizanje zadovoljavajuće razine performansi. U ovom pregledu su predstavljene tehničke recenzije koje pokrivaju širok raspon regulatora. Ovaj rad takoer otkriva prednosti i mane korištenih strategija upravljanja. Efektivnost ovog pregleda pomoćiće istraživačima da izaberu ispravnu metodu upravljanja za različite aplikacije aktivnog filtra snage.

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Section: Selection Of Current Control Tech-niquementioning

confidence: 99%

Current Controllers of Active Power Filter for Power Quality Improvement: A Technical Analysis

Dey

Mekhilef

2015

Automatika

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“…This paper presents the implementation of APF in order to verify the performance comparison of the PI and P+RES controllers. From the literature reviews, the control strategy for APF can be implemented by analog circuits (one cycle control [19], PI control [20], quasi steady state control [21]) and digital techniques (adaptive linear element (Adaline) control [22], PI control [23], hysteresis control [24], fuzzy logic control [25], predictive control [26], one cycle control [27]). The advantages of analog circuits are fast computational time (no sampling time) and low cost.…”

Section: Introductionmentioning

confidence: 99%

The Implementation of Active Power Filter using Proportional plus Resonant Controller

Santiprapan¹,

Areerak²

2017

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Abstract. This paper presents the harmonic elimination using an active power filter (APF) for three-phase system. The design and performance comparison study of the compensating current controllers are explained. The performance of the PI controller and the proportional plus resonant (P+RES) controller are compared in the paper. Moreover, the hardware implementation of the considered system is also presented in this paper. For the experimental results, the P+RES controller can provide a good performance to control the compensating current compared with using the PI controller.

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“…Various control strategies have been proposed in recent publications for this type of active filters [5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20][21][22][23]. These control strategies have their own advantages and disadvantages related to control complexity, switching frequencies, and dynamic responses.…”

Section: Introductionmentioning

confidence: 99%

Double-band hysteresis current-controlled single-phase shunt active filter for switching frequency mitigation

Kömürcügil

2015

International Journal of Electrical Power & Energy Systems

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A Single-Phase Active Power Filter With One-Cycle Control Under Unipolar Operation

Cited by 65 publications

References 5 publications

Current Controllers of Active Power Filter for Power Quality Improvement: A Technical Analysis

Current Controllers of Active Power Filter for Power Quality Improvement: A Technical Analysis

The Implementation of Active Power Filter using Proportional plus Resonant Controller

Double-band hysteresis current-controlled single-phase shunt active filter for switching frequency mitigation

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