This paper addresses to some of the latest contributions on the application of Finite Control
Set Model Predictive Control (FCS-MPC) in Power Electronics. In FCS-MPC, the switching …

In order to solve the parameter dependence problem in model predictive control, an
improved model predictive current control (MPCC) method based on the incremental model …

The evolution of power electronics and its control has been mainly driven by industry
applications and influenced by the development achieved in several technologies, such as …

There has been an increasing interest in using model predictive control (MPC) for power
electronic applications. However, the exponential increase in computational complexity and …

In applications such as transportation electrification there are strict requirements regarding
efficiency, reliability, power density, and cost. Therefore, a diverse array of circuit topologies …

This paper presents a comparative study between field-oriented control (FOC) and
Predictive Torque Control (PTC) applied to induction machines. Both strategies are …

Two active capacitor voltage balancing schemes are proposed for single-phase (H-bridge)
flying-capacitor multilevel converters. They are based on the circuit equations of flying …

A major breakthrough in power electronics, which started a revolution in the control of
power, was the thyristor, introduced by General Electric in 1957 [1]. The introduction of this …

Flying-capacitor converters (FCCs), like most multilevel converter topologies, require a
balancing mechanism of the capacitor voltages. FCCs feature natural voltage balancing …

Finite-set model-predictive control (FS-MPC) has many advantages, such as a fast dynamic
response and an intuitive implementation. For these reasons, it has been thoroughly …