Conventional model-free predictive current control (MFPCC) for doubly fed induction
generator (DFIG) systems presents high steady-power ripples and current harmonics …

Here, a novel satisfactory model predictive control based on current variance (CV‐SMPC) is
proposed for three level neutral point clamped (NPC) rectifiers. CV‐SMPC achieves global …

In this paper, a family of a novel single-phase three-level PFC based on a switch-capacitor
cell is proposed. The proposed PFC topologies have the characteristics of high power factor …

This paper proposes a model predictive control strategy for induction motors driven by three‐
level inverters, enabling effective switching frequency adjustment. First, a three‐dimensional …

Pulse width modulation (PWM) control is investigated for the Mecanum-wheeled mobile
robot (MWMR) driven by servo motors with random disturbance. As a preliminary, PWM …

In the field of heavy-duty transportation of electric locomotives, the power of traction
converters can reach MW, but the switching frequency needs to be kept at several hundred …

It is difficult to simultaneously ensure the radio frequency (RF) performance and mechanical
strength of 65 GHz millimeter‐wave connectors. To address this, satisfaction‐based …

This paper investigates the influence of inductance on the performance of Finite Control Set-
Model Predictive Direct Power Control (FCS-MPDPC) in Vienna rectifiers. While FCS …

Railway is of great strategic and economic significance to a country. Electric power is the
only source of power for modern electrified railway, and the traction transmission device of …

The induction machine remains the workhorse for industrial, commercial, and even
residential activities. It constitutes about 70% of the load on electrical grids. For small and …