The interest in predictive control approach and multiphase drives has been steadily growing
during the last decade. Predictive control techniques have been recently introduced as a …

Predictive control techniques have recently been applied with success to conventional and
multiphase electrical drives. The additional degrees of freedom in multiphase drives make …

Multi-phase machines are being proposed in research and industry applications due to their
inherent advantages. Finite Control Set Model Predictive Controllers (FCS MPC) constitute a …

Optimizing the cost function in predictive control of multi-phase drives is computationally
intensive. This poses a challenge since the required sampling period for drives falls within …

The multi‐step direct model predictive control (M‐DMPC) could reduce the switching
frequency and improve the efficiency of the motor drive system while ensuring good steady …

Energy efficiency in drives is an important issue. In converter-supplied variable-speed
drives, switching losses can amount to a significant portion of all losses. This has been …

To reduce the amount of computation in traditional model predictive current control, to
improve the flexibility in choosing the direction and amplitude in the voltage vector synthesis …

This paper investigated and compared two types of modified model predictive control
methods with finite set for six-phase PMSM MTPA control. The first one has conventional …

This paper presents a method to validate state of charge (SOC) estimations in batteries for
their use in remotely manned aerial vehicles (UAVs). The SOC estimation must provide the …

The interest in predictive control techniques and multiphase drives has re-emerged in the
last decade, and predictive control techniques have been recently presented as a viable …