Ingegneria meccanica - Mechanical Engineering

1. Introduction on electric drives (1 credit) Transducers 2. DC Drives (3 credits) The operating principle of d.c. machines Mechanical and electrical characteristics Dynamic Model Analysis of the speed transient d.c. drives with switching converters (full-bridge converter) Current control for d.c. drives Introduction to speed control Flux weakening for d.c. drives 3. Permanent Magnet Synchronous Motor (PMSM) drives (2 credits) Classification Coordinate transformations: arbitrary reference frame Coordinate transformations: the rotating vector Brushless ac drives: mathematical model Brushless ac drives: control schemes Brushless ac drives: constant power speed range (field weakening)

Conoscenze di base di Controlli Automatici

1. W. Leonhard - “CONTROL OF ELECTRICAL DRIVES” - Ed. Springer-Verlag 2. P. C. Krause, O. Wasynczuk, S. D. Sudhoff - “ANALYSYS OF ELECTRIC MACHINERY” - Ed. IEEE Press 3. P. Pillay et alii - “PERFORMANCE AND DESIGN OF PERMANENT MAGNET AC MOTOR DRIVES” - IEEE Industry Applications Society Tutorial Course, 1991 4. D. W. Novotny, T. A. Lipo - “VECTOR CONTROL AND DYNAMICS OF AC DRIVES” - Ed. Oxford Science Publications

Frequenza non obbligatoria, ma fortemente consigliata

La valutazione consiste in un colloquio orale in cui lo studente dovrà dimostrare: - la sua conoscenza degli argomenti trattati, - la sua capacità di articolare il discorso in maniera logica e rigorosa, facendo uso di terminologia appropriata, - di saper giustificare tecnicamente le sue affermazioni.

Traditional face-to-face, with supporting computer simulations.

1. Introduction on electric drives (1 credit) Transducers 2. DC Drives (3 credits) The operating principle of d.c. machines Mechanical and electrical characteristics Dynamic Model Analysis of the speed transient d.c. drives with switching converters (full-bridge converter) Current control for d.c. drives Introduction to speed control Flux weakening for d.c. drives 3. Permanent Magnet Synchronous Motor (PMSM) drives (2 credits) Classification Coordinate transformations: arbitrary reference frame Coordinate transformations: the rotating vector Brushless ac drives: mathematical model Brushless ac drives: control schemes Brushless ac drives: constant power speed range (field weakening)

Conoscenze di base di Controlli Automatici

1. W. Leonhard - “CONTROL OF ELECTRICAL DRIVES” - Ed. Springer-Verlag 2. P. C. Krause, O. Wasynczuk, S. D. Sudhoff - “ANALYSYS OF ELECTRIC MACHINERY” - Ed. IEEE Press 3. P. Pillay et alii - “PERFORMANCE AND DESIGN OF PERMANENT MAGNET AC MOTOR DRIVES” - IEEE Industry Applications Society Tutorial Course, 1991 4. D. W. Novotny, T. A. Lipo - “VECTOR CONTROL AND DYNAMICS OF AC DRIVES” - Ed. Oxford Science Publications

Frequenza non obbligatoria, ma fortemente consigliata

La valutazione consiste in un colloquio orale in cui lo studente dovrà dimostrare: - la sua conoscenza degli argomenti trattati, - la sua capacità di articolare il discorso in maniera logica e rigorosa, facendo uso di terminologia appropriata, - di saper giustificare tecnicamente le sue affermazioni.

Traditional face-to-face, with supporting computer simulations.