Parallel inverters are widely used in the microgrid systems to meet the demand for increased
power capacity and enhanced reliability. However, unbalanced connections between the …

Due to its good reliability, high modularity, zero-sequence current (ZSC) path, and lower size
and cost, the parallel four-leg source voltage inverter's topology is a perfect choice for many …

This paper presents a new data driven control for a class of discrete-time multiple input and
multiple output nonlinear systems which uses the principles of model-free adaptive control …

Parallel T-type three-level converter (3LT 2 C) system has been widely concerned with its
high-quality output current and improved efficiency in low-voltage applications. However, for …

This article proposed a generalized extended state observer (GESO)-based data-driven
predictive control (DDPC) strategy with multi-vector for three-level inverters, which is …

Reinforcement learning, as an efficient method for solving uncertainty decision making in
power systems, is widely used in multi-stage stochastic power dispatch and dynamic …

To quickly output sufficient current for plasma excitation control, parallel operation of a
structure of multiple branches is adopted in the Experimental Advanced Superconducting …

For medium and high-power renewable energy applications, parallel four-leg inverters are
highly recommended to increase the power capability, power rating, and the efficiency of the …

This paper proposes a data-driven finite control set model predictive control (FCS-MPC) to
enhance the performance of solar photovoltaic (PV) systems in low-voltage microgrids …

This paper presents a parallel single-phase to three-phase drive system, using two single-
phase rectifiers. The rectifiers are not isolated from the grid by low-frequency transformers …