NDLI: Contrôle MPPT d'un système d'énergie renouvelable à l'aide de la logique floue

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Contrôle MPPT d'un système d'énergie renouvelable à l'aide de la logique floue

Content Provider	Semantic Scholar
Author	Lajoie, Marc J.
Copyright Year	2016
Abstract	RESUME: Le but du projet est de developper un controleur MPPT base sur l’utilisation de la logique floue. Plusieurs recherches ont demontees que l’utilisation d’une approche de controle en logique floue est plus efficace que celle utilisant un simple controleur P&O Le principal objectif est de developper le controleur sur un circuit electronique portable, peu couteux, fiable, facile a programmer et a tester. Le choix du GUI et du langage de programmation est important egalement. Ils doivent etre bien documentes et facile a apprendre. Le langage de programmation doit etre suffisamment de bas niveau pour permettre d’optimiser le code au besoin. Le systeme Raspberry PI repond bien a la plupart de ces exigences. C’est un petit ordinateur qui offre toutes les possibilites d’un ordinateur et possede les peripheriques de communication necessaire pour ‘parler’ avec des circuits simples ou des microcontroleurs. Les interfaces de developpement, programmes et librairies du RPI sont bien documentes. Cet outil permet donc de developper rapidement une application et de passer tout aussi rapidement aux tests. L’optimisation et les corrections se font facilement. L’application MPPT developpe dans ce projet est de type Mamdani avec Max-Min. Les tests unitaires ont donnees de bons resultats. La version 1 des fonctions developpees est fonctionnelle. -- Mot(s) cle(s) en francais : MPPT, FPGA, Logique floue, RaspBerry PI II, Linux, Geany, Python, C. -- ABSTRACT: The project purpose is to develop a MPPT controller based on the use of fuzzy logic. Research has shown that the use of a control approach fuzzy is more effective than using a single controller P&O's. Main objective is to develop the controller on a portable electronic circuit, inexpensive, reliable, easy to program and to test. The choice of GUI and programming language are also important. They must be well documented and easy to learn. The programming language must be sufficiently low level to help optimize the code as needed. The Raspberry PI system meets most of the requirements. It is a small computer that offers all possibilities of a computer and has the communication devices needed to 'talk' with simple circuits or microcontrollers. Interfaces, programs and libraries of the RPI are well documented. This tool makes it possible to quickly develop an application and move just as quickly to the tests. The optimization and corrections are easily made. The MPPT implementation developed in this project is Mamdani kind with Max-Min. Unit tests have given good results. Version 1 of developed functions is functional. -- Mot(s) cle(s) en anglais : MPPT, FPGA, Fuzzy Logic, Raspberry Pi II, Linux, Geany, Python, C.
File Format	PDF HTM / HTML
Alternate Webpage(s)	http://semaphore.uqar.ca/1256/1/Marc_Lajoie_mai2016.pdf
Language	English
Access Restriction	Open
Content Type	Text
Resource Type	Article

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