An advanced layered converter with fuzzy logic management for PV arrays

• Autorzy: Benchaa Youcef , Houari. Merabet Boulouiha , Mouloud Denai

Identyfikatory

ISBN

10.15199/48.2023.08.43

Warianty tytułu

PL

(Zaawansowany konwerter warstwowy z zarządzaniem logiką rozmytą dla paneli fotowoltaicznych

• Języki publikacji: EN

Abstrakty

EN

Due to its potential in the industrial sector, photovoltaic energy transmission has posed a fascinating challenge in recent decades. The utilisation of line transformers, which have a variety of problems including substantial voltage dips, expensive installation costs, and higher load losses, is one of the most urgent difficulties with such a system. This paper provides an alternate method based on a high-gain DC/DC interleaved boost converter with a low input voltage, a high input current, and an output voltage that is more than three times that of the typical boost converter. The input current is split over the three phases of the interleaved converter; as a result, the current stress on the circuit and the semiconductor devices is decreased, which adds to a decrease in total losses. In addition, the voltage stress is minimised compared to the interleaved converter's high output voltage. Additionally, a Maximum Power Point Tracking (MPPT) controller based on fuzzy logic control (FLC) is intended to guarantee that the PV system performs at peak efficiency. Lastly, simulation studies using the MATLAB Simulink environment are shown to demonstrate the efficacy of the suggested architecture.

PL

Ze względu na swój potencjał w sektorze przemysłowym fotowoltaiczna transmisja energii stanowiła fascynujące wyzwanie w ostatnich dziesięcioleciach. Wykorzystanie transformatorów liniowych, z którymi wiąże się wiele problemów, w tym znaczne spadki napięcia, wysokie koszty instalacji i większe straty obciążenia, jest jedną z najpilniejszych trudności związanych z takim systemem. W tym artykule przedstawiono alternatywną metodę opartą na przetwornicy podwyższającej napięcie DC/DC z przeplotem o wysokim wzmocnieniu, przy niskim napięciu wejściowym, wysokim prądzie wejściowym i napięciu wyjściowym, które jest ponad trzykrotnie większe niż w przypadku typowej przetwornicy podwyższającej napięcie. Prąd wejściowy jest rozdzielany na trzy fazy konwertera z przeplotem; w rezultacie zmniejsza się obciążenie prądowe obwodu i urządzeń półprzewodnikowych, co przyczynia się do zmniejszenia całkowitych strat. Ponadto napięcie napięciowe jest zminimalizowane w porównaniu z wysokim napięciem wyjściowym konwertera z przeplotem. Dodatkowo kontroler śledzenia punktu mocy maksymalnej (MPPT) oparty na sterowaniu logiką rozmytą (FLC) ma zagwarantować, że system fotowoltaiczny działa z maksymalną wydajnością. Na koniec pokazano, że badania symulacyjne z wykorzystaniem środowiska MATLAB Simulink demonstrują skuteczność sugerowanej architektury.

Słowa kluczowe

EN

interleaved boost converter; hight voltage gain; PV system; fuzzy logic MPPT controller

PL

przeplatany konwerter doładowania; PV; sterownik MPPT z logiką rozmytą

• Wydawca: Wydawnictwo SIGMA-NOT
• Czasopismo: Przegląd Elektrotechniczny
• Rocznik: 2023
• Tom: R. 99, nr 8
• Strony: 245--250
• Opis fizyczny: Bibliogr. 26 poz., rys., tab.

Twórcy

autor

Benchaa Youcef

• LAAS-National Polytechnic school-Maurice Audin ENP ORAN, Algeria

autor

Houari. Merabet Boulouiha

• LAAS-National Polytechnic school-Maurice Audin ENP ORAN, Algeria

autor

Mouloud Denai

• University of Hertfordshire (U.K.)

Bibliografia

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