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[HTML][HTML] Design of an integral terminal-based sliding mode controller for PV and BESS-based DC microgrids
Conventional power generation is undergoing a dramatic upheaval, and renewable-based
microgrids are playing an important part in this energy sector revolution. An integral terminal …
microgrids are playing an important part in this energy sector revolution. An integral terminal …
Adaptive controller design for speed control of DC motors driven by a DC-DC buck converter
A nonlinear adaptive controller for controlling the desired velocity of DC motors driven by DC-
DC buck converters is proposed in this paper. The proposed controller is designed …
DC buck converters is proposed in this paper. The proposed controller is designed …
Power flow control in dc microgrids using an integral sliding mode control approach
This paper represents a strategy to control the voltage of DC bus and to ensure the active
power flow of DC microgrids within the system alongside using an Integral Sliding Mode …
power flow of DC microgrids within the system alongside using an Integral Sliding Mode …
Robust adaptive backstep** sliding mode controller for a DC-DC buck converter fed DC motor
A nonlinear control scheme is employed in this paper for controlling the speed of DC motors
which are driven by DC-DC buck converters. The hybrid robust adaptive backstep** …
which are driven by DC-DC buck converters. The hybrid robust adaptive backstep** …
Implementation of PSO based gain-scheduled PID and LQR for DC motor control using PLC and SCADA
In this work, we use PSO to adaptively adjust gains of PID and LQR controllers to regulate
speed and position of a DC motor with load variation. The proposed framework is …
speed and position of a DC motor with load variation. The proposed framework is …
Speed control of a DC-DC buck converter fed DC motor using an adaptive backstep** sliding mode control approach
A nonlinear hybrid control approach is proposed in this paper to control the speed of a DC-
DC buck converter driven DC motor. An adaptive backstep** sliding mode control theory …
DC buck converter driven DC motor. An adaptive backstep** sliding mode control theory …
[HTML][HTML] Diseño de un Controlador Adaptativo por Modelo de Referencia Usando la Regla del MIT Aplicado a un Convertidor DC-DC Reductor de Voltage
Los convertidores electrónicos de potencia se encuentran presentes en una gran cantidad
de sistemas electrónicos modernos, y son utilizados en aplicaciones que exigen cada vez …
de sistemas electrónicos modernos, y son utilizados en aplicaciones que exigen cada vez …
A Hybrid Reaching Law Based Double-Integral Sliding Mode Controller Design to Mitigate SSR Effects in a DFIG-Based Wind Farm
This work proposes a double-sliding mode controller based on a hybrid reaching rule to
improve dynamic performance while reducing the sub-synchronous resonance (SSR) …
improve dynamic performance while reducing the sub-synchronous resonance (SSR) …
A fast power reaching law-based robust integral sliding mode controller design for maintaining power-sharing in DC microgrids
A nonlinear robust integral-sliding mode controller for maintaining power balance in DC
microgrids using a fast power reaching law is proposed in this paper. It is well-known that a …
microgrids using a fast power reaching law is proposed in this paper. It is well-known that a …
Nonlinear robust controller design for a grid-connected PV system using DPC approach
A nonlinear robust controller based on the direct power control (DPC) approach for a voltage
source inverter (VSI) based three-phase grid-connected solar photovoltaic (PV) system is …
source inverter (VSI) based three-phase grid-connected solar photovoltaic (PV) system is …