This paper proposes a fault diagnosis system for inverters based on a cerebellar model
articulation controller (CMAC). First, a three-level T-type inverter was implemented and used …

This study combines extension theory and chaos theory to create a three-level T-type
inverter fault diagnosis system that uses single-phase line voltage signals. First, the three …

Three-level T-type inverters have lower total harmonic distortion in output voltage, higher
power density and lower voltage stress of power switches compared with conventional two …

Recently, a few fault-tolerant control strategies have been proposed for T-type three-level
inverters to improve the reliability of the inverter system. However, the neutral-point (NP) …

In recent years, a three-level T-type inverter has attracted considerable attention due to its
advantages, such as simple structure and higher efficiency. However, the reliability of a …

In recent years, T-type three-level inverter (TLI) has attracted attentions due to its
advantages, such as simple structure and higher efficiency. Neutral point voltage (NPV) is …

For three-level T-type inverter (3LT2I), the unbalanced neutral-point (NP) voltage is required
in some photovoltaic (PV) generation systems. Meanwhile, the unbalanced NP voltage …

This paper proposes a fault-tolerant control strategy for a T-type three-level inverter when an
open-circuit fault occurs. The proposed method is explained by dividing fault into two cases …

Multi-level inverters (MLI's) breakthrough in the current industrial market for various high
power and high voltage applications mold the energy needs with renewable energy …

The conventional three-level T-type inverter (3L-T2I) can solve open-circuit fault (OCF) at
any switching devices by itself. However, the conventional fault-tolerant (FT) methods for …