This thesis proposes the utilization of DT interior permanent magnet synchronous machines. Compared to the available body of literature, the main contributions of the carried-out work are: (i) identifying the machine non-linearities; (ii) modeling and simulating the machine dynamics; (iii) efficient operation coupled with a zero steady-state error current regulator; and (iv) deriving a post-fault optimization without exceeding the machine ratings (i.e. currents and voltages). Experimental results are provided for the sake of validation.
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This thesis proposes the utilization of DT interior permanent magnet synchronous machines. Compared to the available body of literature, the main contributions of the carried-out work are: (i) identifying the machine non-linearities; (ii) modeling and simulating the machine dynamics; (iii) efficient operation coupled with a zero steady-state error current regulator; and (iv) deriving a post-fault optimization without exceeding the machine ratings (i.e. currents and voltages). Experimental res...
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