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FME Transactions
2019, vol. 47, br. 3, str. 524-533
Dizajn MPPT sistema za monokristalni silicijumski solarni modul korišćenjem Arduino mikrokontrolera i sinhronog step-down konvertera
Mohammed Sarah Adil, Hashim Emad Talib
University of Baghdad, Department of Energy Engineering, Iraq

e-adresa: emadhashim1970@gmail.com
Ključne reči: photovoltaic MPPT system; P&O algorithm; DC-DC converter; Arduino microcontroller; tracking techniques
Sažetak
Maksimalna izlazna energija i efikasnost fotonaponskog (RV) sistema za određene uslove može se ostvariti primenom strategije maksimalne snage (MRRT). U tu svrhu razvijeni su brojni algoritmi praćenja. Rad prikazuje dizajniranje i metodologiju izrade fotonaponskog kontrolera napunjenosti u cilju postizanja maksimalne snage. Kontroler napunjenosti nije dizajniran samo da maksimizira snagu iz solarnog modula već ima i dodatne karakteristike koje čine sistem korisnim za istraživače. Predloženi sistem koristi R&O MRRT metod za dizajn i implementaciju. Kod ove tehnike, kontroler isporučuje PWM signal pomoću Arduino mikrokontrolera u cilju regulisanja napona. Sinhroni DC-DC step-down konverter se koristi za spajanje RV modula sa opterećenjem. Rezultati se dobijaju za dva sistema: - MRRT kontrolisana mikroprocesorom radi iz RV modula a PV modul je spojen direktno sa opterećenjem. MRRT je efikasna strategija, obezbeđuje najveću snagu za opterećenje u promenljivim vremenskim uslovima spoljašnje sredine. Eksperimentalni rezultati pokazuju da je u uslovima oblačnog vremena upotreba MRRT pogodna jer poboljšava snagu PV produkcije u poređenju sa situacijom kada je PV modul povezan sa fiksnom otpornošću.
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O članku

jezik rada: engleski
vrsta rada: neklasifikovan
DOI: 10.5937/fmet1903524M
objavljen u SCIndeksu: 10.10.2019.
Creative Commons License 4.0

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