Most of the reported control algorithms for uninterruptible power supplies use either inductor currents or capacitor currents of their filter as feedback variables to regulate the output voltage. This paper proposes a simple non linear control using current and voltage of a DC/AC inverter of an isolated three phase power network. Theoretical analysis and simulation results demonstrate fast response, and develop a good performance. This nonlinear control algorithm is applicable to both single-phase and three-phase systems. Theory and simulation results are presented in the paper
In this paper, a nonlinear controller is proposed for a three-phase rectifier so that its input curr...
The first part of the paper presents a systematic method for the modeling of power electronic networ...
This research work introduces a new method for feedback control of power electronics with non-linear...
The use of three-phase voltage inverters (DC to AC converters) is frequently met in the electric po...
This work deals with the problems of uninterruptible power supplies (UPS) based on the single-phase ...
The use of three-phase voltage inverters (DC to AC converters) is frequently met in the electric po...
Conventional control of switching power conversion is based on a linear model of the system, which l...
The problem of controlling three-phase series active power filter (TPSAPF) is addressed in this pape...
Abstract: The active power filter produces equal but opposite harmonic currents to the point of con...
Increasing demands on efficient power management and conversion, together with demands on reduced ha...
In many applications of power converters, an AC voltage with a controllable/variable frequency and v...
This paper proposes a high-performance control strategy for dc–dc converters supplying combined load...
International audienceIn this paper, the problem of controlling three-phase boost power converter is...
In this paper, a nonlinear controller is proposed for a three-phase rectifier so that its input curr...
The first part of the paper presents a systematic method for the modeling of power electronic networ...
This research work introduces a new method for feedback control of power electronics with non-linear...
The use of three-phase voltage inverters (DC to AC converters) is frequently met in the electric po...
This work deals with the problems of uninterruptible power supplies (UPS) based on the single-phase ...
The use of three-phase voltage inverters (DC to AC converters) is frequently met in the electric po...
Conventional control of switching power conversion is based on a linear model of the system, which l...
The problem of controlling three-phase series active power filter (TPSAPF) is addressed in this pape...
Abstract: The active power filter produces equal but opposite harmonic currents to the point of con...
Increasing demands on efficient power management and conversion, together with demands on reduced ha...
In many applications of power converters, an AC voltage with a controllable/variable frequency and v...
This paper proposes a high-performance control strategy for dc–dc converters supplying combined load...
International audienceIn this paper, the problem of controlling three-phase boost power converter is...
In this paper, a nonlinear controller is proposed for a three-phase rectifier so that its input curr...
The first part of the paper presents a systematic method for the modeling of power electronic networ...
This research work introduces a new method for feedback control of power electronics with non-linear...