Adaptive CDSC-Based open-loop synchronization technique for dynamic response enhancement of active power filters

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The shunt active power filters (SAPFs) are broadly utilized to improve the power quality (PQ) issues of electric power systems. A crucial issue in implementing these filters is the accurate estimation of the grid voltage phase/frequency. Indeed, the dynamic behavior and the performance of the SAPF strongly rely on this point. To deal with this challenge, a fast yet effective open-loop synchronization (OLS) technique based on Cascaded Delayed Signal Cancellation (CDSC) is presented in this paper. The proposed technique can reject the odd-order harmonics, the DC offset of the grid voltage, and its dynamic response during transients take an only half cycle of the fundamental frequency. To adapt the proposed OLS technique to the frequency changes, an efficient frequency estimator is also presented. The effectiveness of the proposed OLS technique is demonstrated using simulation and experimental results.

OriginalsprogEngelsk
Artikelnummer8765714
TidsskriftIEEE Access
Vol/bind7
Sider (fra-til)96743 - 96752
Antal sider10
ISSN2169-3536
DOI
StatusUdgivet - jul. 2019

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Dynamic response
Synchronization
Electric potential
Power quality
Electric power systems

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title = "Adaptive CDSC-Based open-loop synchronization technique for dynamic response enhancement of active power filters",
abstract = "The shunt active power filters (SAPFs) are broadly utilized to improve the power quality (PQ) issues of electric power systems. A crucial issue in implementing these filters is the accurate estimation of the grid voltage phase/frequency. Indeed, the dynamic behavior and the performance of the SAPF strongly rely on this point. To deal with this challenge, a fast yet effective open-loop synchronization (OLS) technique based on Cascaded Delayed Signal Cancellation (CDSC) is presented in this paper. The proposed technique can reject the odd-order harmonics, the DC offset of the grid voltage, and its dynamic response during transients take an only half cycle of the fundamental frequency. To adapt the proposed OLS technique to the frequency changes, an efficient frequency estimator is also presented. The effectiveness of the proposed OLS technique is demonstrated using simulation and experimental results.",
keywords = "Cascaded delayed signal cancellation (CDSC) operators, open loop synchronization (OLS) technique, phase and frequency estimators, shunt active power filter",
author = "Yacine Terriche and Mutarraf, {Muhammad Umair} and Mojtaba Mehrzadi and Abderezak Lashab and Djallel Kerdoun and Guerrero, {Josep M.} and Vasquez, {Juan C.}",
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T1 - Adaptive CDSC-Based open-loop synchronization technique for dynamic response enhancement of active power filters

AU - Terriche, Yacine

AU - Mutarraf, Muhammad Umair

AU - Mehrzadi, Mojtaba

AU - Lashab, Abderezak

AU - Kerdoun, Djallel

AU - Guerrero, Josep M.

AU - Vasquez, Juan C.

PY - 2019/7

Y1 - 2019/7

N2 - The shunt active power filters (SAPFs) are broadly utilized to improve the power quality (PQ) issues of electric power systems. A crucial issue in implementing these filters is the accurate estimation of the grid voltage phase/frequency. Indeed, the dynamic behavior and the performance of the SAPF strongly rely on this point. To deal with this challenge, a fast yet effective open-loop synchronization (OLS) technique based on Cascaded Delayed Signal Cancellation (CDSC) is presented in this paper. The proposed technique can reject the odd-order harmonics, the DC offset of the grid voltage, and its dynamic response during transients take an only half cycle of the fundamental frequency. To adapt the proposed OLS technique to the frequency changes, an efficient frequency estimator is also presented. The effectiveness of the proposed OLS technique is demonstrated using simulation and experimental results.

AB - The shunt active power filters (SAPFs) are broadly utilized to improve the power quality (PQ) issues of electric power systems. A crucial issue in implementing these filters is the accurate estimation of the grid voltage phase/frequency. Indeed, the dynamic behavior and the performance of the SAPF strongly rely on this point. To deal with this challenge, a fast yet effective open-loop synchronization (OLS) technique based on Cascaded Delayed Signal Cancellation (CDSC) is presented in this paper. The proposed technique can reject the odd-order harmonics, the DC offset of the grid voltage, and its dynamic response during transients take an only half cycle of the fundamental frequency. To adapt the proposed OLS technique to the frequency changes, an efficient frequency estimator is also presented. The effectiveness of the proposed OLS technique is demonstrated using simulation and experimental results.

KW - Cascaded delayed signal cancellation (CDSC) operators

KW - open loop synchronization (OLS) technique

KW - phase and frequency estimators

KW - shunt active power filter

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DO - 10.1109/ACCESS.2019.2929615

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