A FLC (fuzzy logic controller) is applied to the speed control of an SRM (switched reluctance motor) drive. The FLC has been designed in terms of state evaluation control rules derived from a rough formulation of a sliding mode control of the drive. The control rules have been selected to force the drive in the sliding regime when the speed error is high and to decrease the reaching of the steady state when the speed error becomes low. In this way the drive dynamics takes advantage of the intrinsic robustness of the sliding mode control, avoiding the problem of both the switching control and the chattering phenomenon in the steady state. The resulting drive has been simulated and significant tests have been carried out. The traces are in line with the expectations, confirming that the FLC represents a powerful tool to give the drive superior performance.
Fuzzy logic control of a switched reluctance motor drive
BOLOGNANI, SILVERIO;ZIGLIOTTO, MAURO
1993
Abstract
A FLC (fuzzy logic controller) is applied to the speed control of an SRM (switched reluctance motor) drive. The FLC has been designed in terms of state evaluation control rules derived from a rough formulation of a sliding mode control of the drive. The control rules have been selected to force the drive in the sliding regime when the speed error is high and to decrease the reaching of the steady state when the speed error becomes low. In this way the drive dynamics takes advantage of the intrinsic robustness of the sliding mode control, avoiding the problem of both the switching control and the chattering phenomenon in the steady state. The resulting drive has been simulated and significant tests have been carried out. The traces are in line with the expectations, confirming that the FLC represents a powerful tool to give the drive superior performance.
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