Both the proportional-integral (PI) controller and the super-twisting algorithm (STA) are
attractive alternatives to effectively govern power converters. The PI controller is smooth but …

High penetration of power converters may lead to power ripple, voltage swings, and weak
antidisturbances for microgrids. Confronting these issues, this work proposes a robust …

In this article, on the basis of an existing dual layer nested (DLN) adaptive sliding-mode
control (ASMC) strategy, an observer-based sliding-mode control strategy with an improved …

Reliable control schemes are critical to ensuring converter operation in microgrids. This
work proposes a robust adaptive sliding mode control for the three-level neutral-point …

The layout and configuration of urban infrastructure are essential for the orderly operation
and healthy development of cities. With the promotion and popularization of new energy …

Deadbeat predictive current control (DBPCC) has gained popularity in high-speed motor
drives account for its rapid dynamic response. However, the accuracy of motor modeling and …

T-type three-level power converters find extensive application in various fields, including
microgrids, low-voltage motor drives, and renewable energy conversion systems, etc. Swift …

T-type three-level (T-3L) power converters are broadly applied in low-voltage and high-
current applications, eg, grid-tied renewable energy generation, micro-energy systems …

Three-phase two-level power converter has become one of the most commonly used
converters in industrial applications due to its high efficiency, bidirectional power flow and …

With low-voltage (LV) battery energy storage systems (BESSs), the quasi single-stage
converters (QSSCs) are utilized to reduce power consumption in two-stage conversion …