INVESTIGAREA RETELEI ELECTRICE A UNUI AVION PILOTAT DE LA SOL, PRIN TREI SCENARII DE SIMULARE A ZBORULUI

Autor/autori: Drd. ing. Diana CAZANGIU, Drd. ing. Gabriel DIMA, Dr. Yves LEMMENS (Belgia), Prof. dr. ing. Ileana ROSCA

Rezumat: Aceste cercetari au facut parte din cadrul unui proiect care a durat mai mult de un an, dezvoltat in colaborare cu compania LMS International din Leuven, Belgia si Universitatea Catolica din Brugge - Oostende. Scopul principal al acestor cercetari a fost dezvoltarea unui model arhitectural optim pentru reteaua electrica a unui avion pilotat de la sol. Modelul arhitectural al retelei electrice a avionului pilotat de la sol a fost proiectat utilizand elemente complexe care contin componente electrice, de semnal, mecanice si termice. Investigarea parametrilor specifici a arhitecturii de referinta proiectata s-a realizat prin intermediul platformei LMS.Imagine.Lab. S-au rulat simulari pentru trei tipuri de scenarii de zbor (test de sol, test de zbor scurt si test de zbor normal)

Cuvinte cheie: drona, arhitectura de referinta, retea electrica, semnal, control de la distanta


Abstract: These researches were a part of a project which lasted more than a year and were done in collaboration with LMS International Company from Leuven, Belgium and Katholieke Hogeschool Brugge Oostende. The main purpose was the development of an optimum architectural model for the UAV electrical network. The architectural model for the UAV electrical network was designed using complex elements which contain electrical, by signal, mechanical and thermal components. It was developed and investigated the UAV electrical network using LMS.Imagine.Lab platform. It run simulations for the three types of flight simulation scenarios (ground test, flight test and normal flight).

Keywords: UAV, reference architecture, electrical network, remote control

 

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