In this paper, a high performance dynamic control for traction drives fed by fuel cells and supercapacitor is presented. A tandem converter connected to a permanent magnet in-wheel synchronous motor is considered as drive. The adopted control allows to achieve good power responses for the drive without overloading the fuel cell stack.
Multi-Source Traction Drive for Axial Flux Permanent Magnet In-Wheel Synchronous Motor
ATTAIANESE, Ciro;DI MONACO, Mauro;TOMASSO, Giuseppe
2011-01-01
Abstract
In this paper, a high performance dynamic control for traction drives fed by fuel cells and supercapacitor is presented. A tandem converter connected to a permanent magnet in-wheel synchronous motor is considered as drive. The adopted control allows to achieve good power responses for the drive without overloading the fuel cell stack.File in questo prodotto:
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