Improved iterative learning direct torque control for torque ripple minimization of surface-mounted permanent magnet synchronous motor drives
SAQ Mohammed, HH Choi… - IEEE Transactions on …, 2021 - ieeexplore.ieee.org
This article presents an improved iterative learning direct torque control (IL-DTC) to
remarkably minimize the torque ripples for a surface-mounted permanent magnet …
remarkably minimize the torque ripples for a surface-mounted permanent magnet …
Fuzzy PID control of permanent magnet synchronous motor electric steering engine by improved beetle antennae search algorithm
B Zhang, P Niu, X Guo, J He - Scientific Reports, 2024 - nature.com
The accuracy of control in permanent magnet synchronous motor system significantly affects
overall mechanical structure safety. To satisfy high-performance control for the position …
overall mechanical structure safety. To satisfy high-performance control for the position …
Novel energy management strategy for electric vehicles to improve driving range
This study aims to minimize the losses of an Electric Vehicle (EV) and improve its driving
range by introducing a multidimensional Energy Management Strategy (EMS). The exact …
range by introducing a multidimensional Energy Management Strategy (EMS). The exact …
Enhanced predictive torque control for three-level NPC inverter-fed PMSM drives based on optimal voltage magnitude control method
The major drawback of conventional predictive torque control (PTC) is that it fixes the
magnitude of the reference voltage vector (VV) to 70%. This limitation results in large torque …
magnitude of the reference voltage vector (VV) to 70%. This limitation results in large torque …
[HTML][HTML] Loss Research and Thermal Analysis of BLDC Hollow-Cup Motor Under Reactor Suppression
J Du, Y Sun, J Zhao, B Liu, Y Mi - Applied Sciences, 2025 - mdpi.com
In order to avoid overheating of a BLDC permanent magnet (PM) motor at high speeds, this
paper focuses on the loss reduction of a 90 W 47,000 r/min BLDC hollow-cup motor. It is …
paper focuses on the loss reduction of a 90 W 47,000 r/min BLDC hollow-cup motor. It is …