Enhanced model predictive current framework for a PMSM
Model predictive current control for a 3-level NPC inverter driving a permanent magnet synchronous motor. The suggested approach matches FCS-MPC performance while
Synchronized SVPWM schemes for closed-loop current
This method is particularly well-suited for three-level inverters operating under closed-loop current control, especially in scenarios where the sampling times per sector are even.
Research on the SVPWM Grid-connected System with Double
In order to improve the stability and power quality of two-level inverters when connected to the grid, an NPC three-level inverter and SVPWM dual closed-loop control strategy were designed
Synchronized SVPWM schemes for closed-loop current control of
In this study, two SSVPWM algorithms for three-level inverters using current closed-loop control were investigated. The main contributions of this paper are summarized as follows.
Getting started with an NPC converter
In this tutorial, the considered setup is a 3-phase 3-level NPC converter supplied by a DC voltage source and connected to a resistive
Getting started with an NPC converter
In this tutorial, the considered setup is a 3-phase 3-level NPC converter supplied by a DC voltage source and connected to a resistive load. It is controlled by an open-loop
A grid-operated NPC inverter control using voltage and current control
The goal of this work is to model a dual loop controlled 3-level (3-L) neutral point clamped (NPC) inverter that is operating in grid-tied mode. The adopted con
A grid-operated NPC inverter control using voltage and current
The goal of this work is to model a dual loop controlled 3-level (3-L) neutral point clamped (NPC) inverter that is operating in grid-tied mode. The adopted con
Neutral Point Clamped Inverter (NPC)
This note covers modulation and control techniques for a Neutral Point Clamped Inverter (NPC) with a focus on their practical implementation.
Simulink-Based SVPWM Current Control Technique for Multilevel Diode NPC
This article mainly describes an SVPWM current control technique for multilevel, 3-phase NPC inverter topologies, focusing on three- and five-level topologies implemented with
SVPWM Control of a Grid-Connected Three-Level NPC Inverter
This demo model shows the simulation of a grid-connected NPC inverter in closed current loop using SVPWM (Space-Vector PWM) and a neutral-point balancing technique.
Simulink-Based SVPWM Current Control Technique for Multilevel
This article mainly describes an SVPWM current control technique for multilevel, 3-phase NPC inverter topologies, focusing on three- and five-level topologies implemented with
Closed-Loop Control Design for a Three-Level Three-Phase
The closed-loop control is designed for the case of a renewable energy source connected to the ac mains and its performance is analyzed through simulation and experiments.
Research on the SVPWM Grid-connected System with Double Closed-loop
In order to improve the stability and power quality of two-level inverters when connected to the grid, an NPC three-level inverter and SVPWM dual closed-loop control strategy were designed