This dissertation focuses on the predictive control of BTB converter for electrical machine. Given the fast dynamic response and flexible integration of various constraints, MPC is considered to be applied, and the DPVC strategy, which merges the DC-link voltage regulation and power regulation terms into one newly-defined cost function, is proposed. To cope with the parameters mismatch, Kalman filter is added to compensate for the steady-state error. Besides, to save the effort of parameter tuning, the weighting factor is further eliminated from the cost function.
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This dissertation focuses on the predictive control of BTB converter for electrical machine. Given the fast dynamic response and flexible integration of various constraints, MPC is considered to be applied, and the DPVC strategy, which merges the DC-link voltage regulation and power regulation terms into one newly-defined cost function, is proposed. To cope with the parameters mismatch, Kalman filter is added to compensate for the steady-state error. Besides, to save the effort of parameter tuni...
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