In this paper, non-integer order control is applied to improve the performance of a buck-boost dc-dc power converter with ultracapacitor based on state feedback techniques. The approach is based on stabilization in the Lyapunov's sense for linear rational-order systems. The ultracapacitor can overcome the classical problems of energy losses due to the use of batteries, giving more accuracy, autonomy and efficiency to the electrical vehicles.Peer Reviewe
Abstract—In this paper fractional order mathematical modeling and state space average modeling of Bu...
Additional degrees of freedom in a fractional-order control strategy for power electronic converters...
Chaos and control analysis for the fractional-order nonlinear circuits is a recent hot topic. In thi...
In this paper, non-integer order control is applied to improve the performance of a buck-boost dc-dc...
Ultracapacitors are devices that their behaviour are suitable modelled using fractional(non-integer)...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modelling of a DC-DC buck-boost converter, suitable in solarpo...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper presents the design and control of power electronic synchronous buck converter. Even thou...
In this paper, an adaptive fractional order sliding mode control (AFSMC) scheme is designed for the ...
This paper presents the control design of a bidirectional converter used to support a DC microgrid. ...
<div><p>This paper presents an adaption of the fractional order terminal sliding mode control (AFTSM...
Abstract—In this paper fractional order mathematical modeling and state space average modeling of Bu...
Additional degrees of freedom in a fractional-order control strategy for power electronic converters...
Chaos and control analysis for the fractional-order nonlinear circuits is a recent hot topic. In thi...
In this paper, non-integer order control is applied to improve the performance of a buck-boost dc-dc...
Ultracapacitors are devices that their behaviour are suitable modelled using fractional(non-integer)...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modelling of a DC-DC buck-boost converter, suitable in solarpo...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper deals with the fractional modeling of a DC-DC buck-boost converter, suitable in solar-pow...
This paper presents the design and control of power electronic synchronous buck converter. Even thou...
In this paper, an adaptive fractional order sliding mode control (AFSMC) scheme is designed for the ...
This paper presents the control design of a bidirectional converter used to support a DC microgrid. ...
<div><p>This paper presents an adaption of the fractional order terminal sliding mode control (AFTSM...
Abstract—In this paper fractional order mathematical modeling and state space average modeling of Bu...
Additional degrees of freedom in a fractional-order control strategy for power electronic converters...
Chaos and control analysis for the fractional-order nonlinear circuits is a recent hot topic. In thi...