Informations générales
Number of hours
- Lectures 14
- Tutorials 0
- Laboratory works 8
ECTSECTS
1.5
Goal(s)
Analyse of power electronics converters insertion in embedded electrical systems : power quality, dynamic performances, respect of specifications
Analyse and design of hybrid electrical systems with renewables
Contact details
Delphine.Riu@g2elab.grenoble-inp.fr
Content(s)
1) Introduction : more and all-electric trends in embedded systems, massive insertion of power electronic converters, design of embedded systems with hybridation and renewables
2) Modelling and control of power converters
- Mean modelling
- Control design of power converters (Hysteresis, PWM, ...)
3) Design of embedded systems
- Design rules for static behaviour (templates, tools, objectives)
- Dynamic design and analysis:
* storage device participation
* stability analysis (state-space and frequency approach, sensibilities)
* control architecture and controller synthesis design : from classical approach to optimal and robust control
4) Power quality of embedded systems
* Harmonic interactions and pollution
* Design of passive and active filters
Test
Lab session (8h) : design and analysis of a DC power system
Calendar
S1
Additional Information
22h =14 h CM + 8 h BE
Bibliography
P.M. Anderson, A.A. Fouad, ' Power system control and Stability', IEEE PES Series, ISBN 0 7803 1029 2
French State controlled diploma conferring a Master's degree
