The problem of induction motor state estimation and control without AC current measurements is considered. A state observer is designed by using a suitably reformulated output equation of the motor dynamic model. A field oriented control scheme and a decoupling controller with two independent current control loops is also presented. The proposed scheme is suitable for series hybrid electric vehicles, so as confirmed by simulations carried out with Matlab/Simulink.
Current Sensorless Induction Motor Observer and Control for Hybrid electric Vehicles / Barba, G; Glielmo, L; Perna, V; Vasca, F. - (2001), pp. 1224-1229. ( IEEE Power electronis specialists conference Vancouver, BC; Canada 17 June 2001 through 21 June 2001) [10.1109/PESC.2001.954286].
Current Sensorless Induction Motor Observer and Control for Hybrid electric Vehicles
Glielmo L;Vasca F
2001
Abstract
The problem of induction motor state estimation and control without AC current measurements is considered. A state observer is designed by using a suitably reformulated output equation of the motor dynamic model. A field oriented control scheme and a decoupling controller with two independent current control loops is also presented. The proposed scheme is suitable for series hybrid electric vehicles, so as confirmed by simulations carried out with Matlab/Simulink.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
