A hybrid control topology for standalone PV systems Co2

Solar energy is the most significant energy resource since it is pollution-free, clean, and inexhaustible. A huge number of approaches have been suggested in recent years for tracking the maximum Power and smoothing the performance of the system. In this manuscript, we submit a hybrid control scheme...

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Bibliographic Details
Main Authors: Khazaal, Hasan F., Hburi, Ismail, Ilyas, Muhammad, Mohsin Al-lami, Ameer Mohammed Qasim
Format: Conference Proceeding
Language:English
Subjects:
Clean energy
Controllers
Energy sources
Fuzzy control
Fuzzy logic
Hybrid control
Maximum power
Photovoltaic cells
Predictive control
Solar energy
Topology
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Summary:Solar energy is the most significant energy resource since it is pollution-free, clean, and inexhaustible. A huge number of approaches have been suggested in recent years for tracking the maximum Power and smoothing the performance of the system. In this manuscript, we submit a hybrid control scheme to ensure enduring power and achieve variable load requests in Battery based standalone photovoltaic systems. More specifically, in the submitted scheme, Model Predictive Control (MPC) is joint with Fuzzy logic to achieve the advantages of these two diverse approaches where a fuzzy approach controller is employed for the battery bidirectional DC line and a joint fuzzy-MPC scheme for the inverter (DC-AC) on the load side of the stand-alone system. The suggested controller could enhance the power reliability performance of the solar scheme. According to obtained results, the proposed topology overcomes the traditional PI model by achieving profits in the context of step-overshoot response enhancement around 0.9 % and the reduction in settling time is around 0.19 msec.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0092374