This paper presents a fuzzy-based decentralized secondary control for frequency restoration and active power-sharing in an islanded microgrid, this controller uses the local frequency error to generate an extra term for compensating the deviation and maintaining accurate active power-sharing. No communication infrastructures are needed, event detection, time dependent-protocols, and state estimation are not required. Its design and implementation are straightforward, also, it offers quick dynamic frequency recovery with accurate active power-sharing. To verify the validity of the proposed controller, several tests have been carried out: frequency restoration and active power-sharing during load disturbances, synchronization with plug and play (PnP) ability, as well the communication latency impact. Moreover, the effect of data drop-out and interferences were analyzed in real-time simulation using Truetime. The results have shown the high capability and the fast response of frequency restoration while maintaining the active power-sharing, no oscillations and ripples were presented in steady-state response, likewise, a smooth dynamic response during PnP test is observed. The communication latency and interferences have no impact on the proposed controller that showing a significant improvement in settling time 50% without frequency packet losses and 81%, 90% in the presence of 30% and 70% of frequency packet losses respectively.
Decentralized secondary control for frequency regulation based on fuzzy logic control in islanded microgrid
2023-01-01
Bennia , I , Harrag , A , Daili , Y , Bouzid , A & Guerrero , J M 2023 , ' Decentralized secondary control for frequency regulation based on fuzzy logic control in islanded microgrid ' , Indonesian Journal of Electrical Engineering and Computer Science , vol. 29 , no. 1 , pp. 85-100 . https://doi.org/10.11591/ijeecs.v29.i1.pp85-100
Article (Journal)
Electronic Resource
English
DDC: | 629 |
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