TECHICAL Series MATHEMATICS  INFORMATICS  PHYSICS Series PHILOLOGY Series ECONOMIC SCIENCES Sereies EDUCATIONAL SCIENCES Series LAW AND SOCIAL SCIENCES Series
Advanced Control of the Electric and Hybrid Vehicles
(Reglarea avansată a vehiculelor electrice şi hibride)
Vol LVIII • No. 2bis/2006
Iulian Ţopa, Adrian Dănilă, Laurenţiu Diaconu
"Transilvania? University of Braşov,
e-mail: topa@marconi.unitbv.ro

 Keywords   electric and hybrid vehicles, adaptive speed controller, brushless d.c. motor, switched reluctance machine.

 Abstract
In the paper the advanced control of the electric and hybrid vehicles especially for the transmission and the differential is presented. We are focusing on the electrical drives with brushless direct current motors and switched-reluctance motors. The high-grade performance sensorless technologies are used into these applications. The sensorless vector control with modified model reference adaptive system was developed for brushless direct current motors. A method for prediction of rotor position at standstill and rotating shaft conditions in switched reluctance machines is presented in the paper. This method doesn't require additional hardware or memory.

 Rezumat
In aceasta lucrare este prezentata reglarea avansata in special ale transmisiei si diferentialului vehiculelor electrice si hibride. Lucrarea se concentreaza asupra actionarilor electrice cu motoare de curent continuu fara perii si motoare sincrone cu reluctanta variabila. In cadrul acestor aplicatii se utilizeaza reglarea tehnologiile avansate de reglare fara senzori. Reglarea vectoriala fara senzori cu sistem adaptiv cu model de referinta modificat a fost dezvoltata pentru motoarele de curent continuu fara perii. In aceasta lucrare este prezentata o metoda de predictie a pozitiei rotorului in repaus si miscare de rotatie pentru masinile cu reluctanta variabila. Aceasta metoda nu necesita capacitati hardware sau de memorie suplimentare.



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Vol LVIII • No. 2bis/2006
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